Report Contents
Market Overview
The global Connected Motorcycle market is emerging from its early adoption phase, with revenue expected to reach about USD 0.92 billion in 2025 and accelerate toward USD 1.34 billion in 2026. Over the 2026 to 2032 period, the market is projected to compound at a robust 46.00% CAGR, driven by rising demand for vehicle-to-everything connectivity, over-the-air updates, and advanced rider assistance systems. As OEMs, Tier-1 suppliers, and digital service providers converge, connected platforms are rapidly shifting from optional add-ons to core elements of premium and mid-range motorcycle portfolios.
In this environment, scalability of cloud-native platforms, localization of services for diverse regulatory and riding conditions, and deep technological integration between hardware, software, and telecom infrastructure become decisive strategic imperatives. Converging trends such as 5G rollout, embedded sensors, subscription-based telematics, and smart-city interoperability are expanding the market’s scope from pure safety and navigation toward data-driven mobility ecosystems and new revenue models. This report positions itself as an essential strategic tool, providing forward-looking analysis of key investment decisions, competitive opportunities, and disruptive forces that will define how stakeholders navigate and profit from the Connected Motorcycle industry’s next growth cycle.
Market Growth Timeline (USD Billion)
Source: Secondary Information and ReportMines Research Team - 2026
Market Segmentation
The Connected Motorcycle Market analysis has been structured and segmented according to type, application, geographic region and key competitors to provide a comprehensive view of the industry landscape.
Key Product Application Covered
Key Product Types Covered
Key Companies Covered
By Type
The Global Connected Motorcycle Market is primarily segmented into several key types, each designed to address specific operational demands and performance criteria.
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Factory-integrated connected motorcycles:
Factory-integrated connected motorcycles represent the most advanced and premium segment of the market, where connectivity hardware and software are embedded directly into the vehicle architecture by original equipment manufacturers. This segment already captures a significant portion of high-end motorcycle sales, especially in touring, adventure, and performance categories, and it sets the benchmark for reliability and seamless user experience. ReportMines estimates that the overall market will grow from USD 0.92 Billion in 2025 to USD 10.70 Billion by 2032 at a 46.00% CAGR, and factory-integrated platforms are positioned to secure a disproportionately high share of this incremental value.
The competitive advantage of factory-integrated connected motorcycles lies in their deep integration with engine control units, braking systems, and advanced rider-assistance systems, which can improve diagnostics accuracy and feature uptime by well over 30.00% compared with bolt-on solutions. Over-the-air (OTA) software updates enable manufacturers to reduce recall-related workshop visits, which can cut lifecycle service costs by an estimated 15.00% to 25.00%. The primary growth catalyst for this type is the rapid electrification and digitalization of premium motorcycles, reinforced by regulatory pressure for enhanced safety analytics and predictive maintenance capabilities.
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Aftermarket connectivity devices:
Aftermarket connectivity devices serve the large installed base of legacy motorcycles that lack native connectivity, making this type crucial for penetration in price-sensitive and emerging markets. These devices, which include plug-and-play dongles, retrofit modules, and external trackers, allow riders to access connected features without replacing their motorcycles. As the connected motorcycle ecosystem scales with an overall 46.00% CAGR, aftermarket solutions are expected to remain a significant revenue contributor because the global park of existing motorcycles far exceeds annual new vehicle sales.
The competitive advantage of aftermarket devices is their low upfront cost and brand-agnostic compatibility, which can reduce connectivity adoption expenses by 40.00% to 60.00% compared with purchasing a new connected motorcycle. Installation time often remains under one hour per unit, allowing workshops to scale deployments efficiently and service dozens of vehicles per day. Their primary growth catalyst is rising demand for basic telematics, theft recovery, and fleet monitoring in regions where average motorcycle prices are relatively low but smartphone penetration exceeds 70.00%, enabling rapid uptake of app-linked devices.
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Telematics control units:
Telematics control units form the hardware backbone of the connected motorcycle stack, managing data acquisition from sensors and communication with cloud platforms. They are embedded both in factory-integrated motorcycles and in higher-end aftermarket kits, making them a core value-creation node in the supply chain. As the market scales toward the projected USD 10.70 Billion size by 2032, telematics control units are expected to underpin a significant share of hardware revenue, particularly in models targeting fleet and commercial usage.
The competitive advantage of telematics control units is their ability to process multi-sensor data in real time, often handling dozens of signals per second with data compression rates that can reduce cellular traffic volumes by around 20.00% to 40.00%. This efficiency directly lowers operating costs for connectivity service providers while maintaining high data fidelity for analytics and over-the-air diagnostics. The primary growth catalyst is the surging demand for high-resolution usage-based insurance, predictive maintenance, and remote diagnostics, all of which rely on robust and secure telematics hardware.
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Connected motorcycle infotainment systems:
Connected motorcycle infotainment systems focus on rider experience, providing navigation, media, communication, and smartphone integration through handlebar controls and helmet audio interfaces. This type has become a key differentiator in premium and touring motorcycles, where riders expect car-like connectivity during long-distance travel. As the overall market expands at a 46.00% CAGR, infotainment systems are expected to capture a material share of value in high-margin vehicle segments.
The competitive advantage of these systems lies in their ability to integrate turn-by-turn navigation, real-time traffic data, and hands-free calls while maintaining minimal distraction, often reducing manual smartphone interaction by more than 60.00%. Integration with Bluetooth headsets and, in some cases, 4G or 5G modules enhances user convenience and encourages riders to use OEM ecosystems rather than third-party gadgets. The primary growth catalyst is the convergence of navigation, entertainment, and communication expectations between automotive and motorcycle buyers, pushing manufacturers to bundle advanced infotainment as a standard or high-value optional feature.
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Vehicle-to-everything communication modules:
Vehicle-to-everything communication modules represent a safety- and infrastructure-focused segment that enables motorcycles to communicate with other vehicles, road infrastructure, and cloud-based traffic management systems. Although still in the early stages of commercial deployment, this type is strategically important because it addresses motorcycle vulnerability in mixed traffic environments. As the market grows toward USD 10.70 Billion by 2032, V2X solutions are projected to gain traction, especially in regions investing in intelligent transport systems.
The competitive advantage of V2X modules lies in their ability to reduce collision risk by delivering latency-optimized warnings, often targeting communication delays as low as 10.00 to 20.00 milliseconds in 5G and cellular V2X environments. This performance can lead to meaningful reductions in severe accidents when scaled across fleets and urban corridors. The primary growth catalyst is regulatory and policy momentum around cooperative intelligent transport systems, which is gradually encouraging pilot deployments and standardization of motorcycle-specific V2X profiles.
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Cloud-based telematics platforms:
Cloud-based telematics platforms operate as the digital nervous system of the connected motorcycle ecosystem, aggregating and analyzing data from telematics control units, infotainment systems, and mobile applications. This type delivers software-as-a-service revenue streams to manufacturers, fleet operators, insurers, and mobility service providers. As the overall market compounds at 46.00% annually, recurring software and analytics revenues from cloud platforms are expected to grow faster than hardware, increasing their share of total industry value.
The competitive advantage of cloud-based telematics platforms stems from their scalability and advanced analytics capabilities, with modern architectures often handling millions of data points per day per customer and enabling uptime levels above 99.90%. These systems can automate alerts, optimize maintenance schedules, and support usage-based pricing, generating measurable cost reductions of 10.00% to 30.00% in fleet operations. The primary growth catalyst is the shift toward data-driven business models, including subscription-based rider services, dynamic insurance, and OEM-branded digital ecosystems that require robust, secure, and flexible cloud infrastructure.
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Rider safety and assistance systems:
Rider safety and assistance systems comprise features such as emergency call functions, collision detection, adaptive cruise support, and context-aware alerts linked to connectivity. This type is central to the value proposition of connected motorcycles, especially in markets where road safety remains a critical concern. With the global market scaling from USD 0.92 Billion in 2025, safety-centric solutions are expected to command increasing attention from regulators, riders, and insurers.
The competitive advantage of these systems lies in their measurable impact on risk mitigation, with connected emergency call and incident detection functions able to reduce response times by 40.00% or more in many deployment scenarios. Integration with telematics allows continuous monitoring of riding behavior, enabling targeted coaching and insurance incentives that can lower claim frequencies. The primary growth catalyst is the regulatory and societal focus on reducing motorcycle fatalities, which encourages adoption of advanced rider-assistance technologies as standard equipment in connected models.
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Mobile applications and digital services:
Mobile applications and digital services form the primary user interface for many connected motorcycle features, including remote vehicle status, ride logs, geo-fencing, and community-based functions. This type extends the motorcycle experience beyond the physical ride, fostering daily engagement and stickier relationships between riders, manufacturers, and service providers. As the connected motorcycle market approaches USD 10.70 Billion by 2032, app-driven services are expected to capture a growing portion of recurring revenue through subscriptions and value-added features.
The competitive advantage of mobile applications and digital services lies in their extremely low marginal cost and rapid update cycles, enabling new features and improvements to be rolled out to thousands of users in a single software release. Well-designed apps can increase active user engagement by more than 50.00%, which strongly supports upselling of premium navigation, insurance, or maintenance bundles. The primary growth catalyst is the ubiquity of smartphones and the expectation of always-on digital experiences, which drives riders to favor brands that pair hardware innovation with robust, user-centric mobile ecosystems.
Market By Region
The global Connected Motorcycle market demonstrates distinct regional dynamics, with performance and growth potential varying significantly across the world's major economic zones.
The analysis will cover the following key regions: North America, Europe, Asia-Pacific, Japan, Korea, China, USA.
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North America:
North America is a strategically important region for the Connected Motorcycle market because it combines high disposable income with advanced telematics, 5G coverage and cloud infrastructure. The United States and Canada jointly act as the core innovation hubs, with strong participation from motorcycle OEMs, Tier 1 suppliers and mobility-platform providers integrating vehicle-to-everything, over-the-air diagnostics and advanced rider-assistance systems into premium and mid-range models.
The region accounts for a significant portion of global connected motorcycle revenue, contributing a mature and relatively stable demand base that supports early adoption of new safety and infotainment features. Untapped potential lies in converting a large installed base of conventional motorcycles through retrofit connectivity kits and expanding services to rural touring segments, although regulatory fragmentation between states, cybersecurity concerns and rider data-privacy requirements remain key challenges to unlocking this growth.
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Europe:
Europe holds a pivotal role in the Connected Motorcycle industry due to stringent safety regulations, strong urban mobility initiatives and a dense network of premium motorcycle brands. Germany, Italy, France, Spain and the United Kingdom lead regional demand, with regulators encouraging intelligent transport systems and eCall-type emergency connectivity that accelerates integration of telematics control units and cloud-based analytics into both combustion and electric motorcycles.
The region is estimated to represent a substantial share of global market value, acting as both a technology incubator and a driver of standardized connectivity architectures across the value chain. Major opportunities exist in cross-border roaming services for touring riders, integration of connected motorcycles into smart-city traffic-management platforms and subscription-based safety analytics for insurers. However, fragmented telecom tariffs, varying data-protection regimes and slower adoption in Eastern and Southern Europe constrain full penetration, leaving a sizable pool of riders still unconnected.
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Asia-Pacific:
The broader Asia-Pacific region, excluding the individually considered markets of Japan, Korea and China, is a high-growth engine for the Connected Motorcycle market, driven by large two-wheeler populations and rapid smartphone penetration. India, Indonesia, Vietnam, Thailand and Australia are the principal growth centers, where motorcycles serve as primary transportation and connectivity solutions focus on navigation, theft prevention, fleet monitoring and usage-based insurance for both individual riders and delivery platforms.
Asia-Pacific is estimated to capture a growing percentage of global revenue as the overall connected motorcycle market expands from an expected USD 920.00 Million in 2025 to USD 10.70 Billion by 2032 at a 46.00% CAGR. Untapped potential is especially significant in commuter and low-cost motorcycle segments, where basic telematics, app-based diagnostics and fuel-efficiency coaching can reach millions of riders. Key obstacles include price sensitivity, inconsistent mobile networks in rural corridors and limited awareness of digital safety services, which must be addressed through low-cost embedded modules, partnerships with telecom operators and localized apps.
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Japan:
Japan represents a technologically advanced but relatively niche segment of the Connected Motorcycle market, characterized by high expectations for reliability, seamless human–machine interfaces and robust integration with consumer electronics ecosystems. Domestic OEMs anchor the market by embedding advanced rider-assistance systems, cloud connectivity and over-the-air software updates into both premium touring bikes and urban commuter models, often synchronized with in-vehicle infotainment and smartphone platforms.
Japan contributes a moderate yet influential share of global connected motorcycle revenue, functioning as a reference market for highly refined telematics, precise mapping and safety engineering. Growth opportunities remain in aging-rider support services, vehicle-to-infrastructure connectivity for smart intersections and integration with national emergency-response systems. Nonetheless, a shrinking motorcycle population, strict homologation procedures and conservative adoption of subscription-based services limit rapid expansion, suggesting that value growth will depend more on high-end service bundles than on unit volume.
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Korea:
Korea is an emerging but strategically important Connected Motorcycle market, leveraging its advanced 5G infrastructure, strong electronics ecosystem and rapidly evolving mobility-as-a-service landscape. Although total motorcycle volumes are lower than in neighboring countries, a growing community of leisure riders and last-mile delivery fleets in cities such as Seoul and Busan is driving demand for high-bandwidth connectivity, real-time tracking and integrated safety analytics.
The region accounts for a smaller share of global connected motorcycle revenue today but offers high-growth potential as telecom operators, platform companies and OEMs collaborate on bundled data plans and subscription services. Untapped opportunities exist in connected delivery fleets, smart-helmet integration and analytics-driven maintenance for sharing platforms, while barriers include stringent urban traffic regulations, limited parking infrastructure for motorcycles and consumer perceptions that associate motorcycles more with leisure than daily commuting.
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China:
China is one of the most dynamic and scalable markets for Connected Motorcycles, underpinned by massive two-wheeler usage, rapid electrification and nationwide investments in digital infrastructure. Large coastal cities and manufacturing hubs such as Shanghai, Shenzhen, Guangzhou and Chongqing are at the forefront, with domestic OEMs and technology firms embedding connectivity into electric motorcycles and high-performance models used by couriers, ride-hailing services and private owners.
China is expected to capture a rapidly increasing proportion of global connected motorcycle revenue as the overall market accelerates from USD 1.34 Billion in 2026 toward multi-billion levels by 2032. Major opportunities lie in integrating connected motorcycles into super-app ecosystems for navigation, payments and maintenance scheduling, as well as in optimizing logistics fleets through real-time telematics. Key challenges include compliance with evolving cybersecurity and data-localization rules, intense price competition from low-cost manufacturers and uneven enforcement of traffic regulations across smaller cities and rural areas.
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USA:
The United States, while part of North America, warrants individual attention due to its distinct consumer behavior, regulatory framework and brand landscape in the Connected Motorcycle space. The market is anchored by a strong culture of heavyweight cruisers, adventure bikes and performance motorcycles, with connectivity increasingly bundled into premium models for features such as turn-by-turn navigation, predictive maintenance alerts, emergency response and smartphone-based keyless access.
The USA accounts for a dominant share of North American connected motorcycle revenue and serves as a proving ground for high-margin digital services including subscription-based navigation, cloud ride-logging and integration with rider communities. Substantial untapped potential exists in converting traditional cruiser owners to connected platforms, as well as in deploying telematics to support insurance telematics and fleet management for police and delivery motorcycles. However, rural coverage gaps, dealer-level variability in promoting connectivity features and concerns about long-term data ownership continue to slow full-scale adoption despite strong underlying purchasing power.
Market By Company
The Connected Motorcycle market is characterized by intense competition, with a mix of established leaders and innovative challengers driving technological and strategic evolution.
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BMW Motorrad:
BMW Motorrad is positioned as a technological frontrunner in the connected motorcycle market, leveraging its premium brand, advanced telematics, and integration with automotive connectivity ecosystems. The company focuses on high-end touring, adventure, and performance motorcycles, where riders are willing to pay a premium for features such as embedded eCall, over-the-air updates, integrated navigation, and smartphone-based vehicle status monitoring. Its early adoption of connected services and close alignment with the broader BMW Group’s digital platforms give it strong credibility among safety-conscious and tech-oriented riders.
In 2025, BMW Motorrad’s connected motorcycle and related digital services revenue is estimated at USD 0.11 billion , corresponding to an approximate connected motorcycle market share of 11.50% . These figures highlight BMW’s role as a global premium segment anchor, capturing a disproportionate share of value relative to its unit volumes through high attachment rates of connectivity packages and recurring subscription services. The company’s revenue base indicates strong pricing power and a robust installed base of telematics-enabled bikes that can be monetized over the vehicle lifecycle.
BMW Motorrad’s strategic advantages stem from its deep electronics integration, mature human–machine interface design, and tight coupling with BMW’s automotive cloud, mapping, and safety platforms. This allows the brand to roll out V2X pilots, predictive maintenance, and advanced rider assistance in a coordinated manner across regions such as Europe and North America. Compared with peers, BMW competes on system sophistication rather than low cost, using connectivity as a differentiator for touring and premium adventure riders who prioritize reliability, safety, and long-range connectivity. This positioning helps BMW defend margins while expanding its influence on industry standards and data-driven service models.
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Harley-Davidson:
Harley-Davidson plays a distinctive role in the connected motorcycle market by combining heritage cruiser appeal with connected infotainment and safety solutions. Its focus on long-distance touring and community-driven riding cultures makes connectivity especially relevant for navigation, group ride coordination, and theft tracking. Harley’s branded app ecosystem and infotainment systems on touring models are central to the company’s efforts to modernize its image and attract younger, tech-savvy riders without alienating its core customer base.
For 2025, Harley-Davidson’s connected motorcycle-related revenue is estimated at USD 0.07 billion , representing a connected segment market share of about 7.80% . This revenue profile underscores Harley’s solid but not dominant scale in connectivity, reflecting a strong presence in North America and selective penetration in Europe, with more limited reach in Asia-Pacific. The company’s market share indicates that while it trails some global volume manufacturers in total connected units, it benefits from high per-bike connectivity value and strong adoption among premium touring customers.
Harley-Davidson’s competitive differentiation lies in its integration of connectivity with lifestyle features such as ride planning, dealership-based service scheduling, and community events. By embedding connectivity into the ownership experience rather than treating it as a purely technical add-on, the company builds loyalty and incremental revenue through service plans and accessories. While not always first to market with cutting-edge telematics, Harley’s strength is in curated experiences, brand-driven apps, and partnership opportunities with navigation, insurance, and security providers tailored to cruiser and touring use cases. This positions Harley as a strong niche leader in connected heavyweight motorcycles.
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Honda Motor Co., Ltd.:
Honda Motor Co., Ltd. is one of the largest global players in motorized two-wheelers and brings that scale into the connected motorcycle segment through a broad portfolio spanning commuters, scooters, and premium motorcycles. The company has steadily introduced smartphone-based connectivity, turn-by-turn navigation, and ride-tracking features, particularly in Asia and Europe, where urban mobility and cost-efficient commuting dominate. Honda’s strategy emphasizes reliability, affordability, and mass adoption of basic connectivity functions over ultra-premium feature sets.
In 2025, Honda’s connected motorcycle revenue is estimated at USD 0.14 billion , translating into a connected motorcycle market share of approximately 15.20% . These figures emphasize Honda’s role as a scale-driven leader that drives global penetration of connected features in mid-range motorcycles and scooters. The company’s large installed base and extensive dealer network support rapid deployment of connectivity upgrades, firmware updates, and app-based services across emerging and developed markets.
Honda’s strategic advantage lies in its capability to industrialize connectivity at high volumes and competitive costs, supported by strong relationships with chipset suppliers, telecom operators, and navigation service providers. Compared with European premium brands, Honda focuses on pragmatic features such as anti-theft, route optimization, fuel-efficiency monitoring, and integration with popular smartphone ecosystems. This approach enables Honda to capture a significant portion of new connected two-wheeler sales in Asia-Pacific while gradually upscaling to more advanced telematics and ADAS on higher-end models, thereby reinforcing its leadership across multiple price tiers.
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Yamaha Motor Co., Ltd.:
Yamaha Motor Co., Ltd. occupies a pivotal role in the connected motorcycle space with a strong presence in both performance motorcycles and high-volume commuter segments. Yamaha has progressively integrated connectivity into its sport and naked bike lineups, enabling riders to log track sessions, analyze riding behavior, and configure performance settings via mobile applications. Simultaneously, the company targets urban riders with app-based diagnostics, maintenance reminders, and location services on smaller displacement models.
By 2025, Yamaha’s connected motorcycle revenue is estimated at USD 0.10 billion , with an approximate market share of 10.90% . This performance demonstrates Yamaha’s strong competitive standing, especially among performance enthusiasts who value data-driven tuning, as well as riders in emerging markets who see connectivity as a practical enhancement for daily commuting. Yamaha’s scale and diversified product mix allow it to spread development costs and maintain competitive price points for connected features.
Yamaha’s core capabilities include sophisticated engine control electronics, rider mode configuration, and integration of track telemetry capabilities into consumer-friendly interfaces. The company differentiates itself through racing-derived technologies that feed into connected features such as lap-time analytics and lean-angle monitoring, while also building strategic partnerships with navigation and telematics providers. Compared with some volume-focused rivals, Yamaha emphasizes experiential and performance-oriented connectivity, strengthening its appeal among younger riders and motorsport enthusiasts while still addressing urban mobility requirements.
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Kawasaki Heavy Industries, Ltd.:
Kawasaki Heavy Industries, Ltd. operates as a performance and sport-oriented brand in the connected motorcycle ecosystem, focusing on mid to large displacement machines. Kawasaki’s early efforts in integrating smartphone connectivity, ride modes, and diagnostic data access have positioned it as a solid competitor in developed markets. The brand leverages its engineering heritage in aerospace and heavy industries to emphasize precision, performance, and reliability in its connected platforms.
For 2025, Kawasaki’s connected motorcycle revenue is estimated at USD 0.05 billion , corresponding to a market share of around 5.40% . These numbers suggest a focused but meaningful presence, particularly in North America, Europe, and selected Asian markets where mid and high-displacement motorcycles are popular. Kawasaki’s market share reflects strong engagement with performance riders, although its total connected volume is lower than mass-market players with broader commuter offerings.
Kawasaki’s strategic strengths include advanced powertrain electronics, integration of rider assistance functions, and branded app ecosystems that support ride logging, maintenance management, and performance analysis. The brand differentiates by tying connectivity to high-performance characteristics, offering riders granular control and insights on track and sport riding. Compared with competitors that concentrate heavily on lifestyle features, Kawasaki leans toward technical and performance-centric functionality, carving out a distinct positioning among enthusiast segments who value data and tunability.
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Suzuki Motor Corporation:
Suzuki Motor Corporation participates in the connected motorcycle market with a broad lineup that includes street bikes, adventure motorcycles, and scooters, particularly in Asia and Europe. The company has introduced connectivity features such as smartphone-based navigation, call and message notifications, and basic vehicle health monitoring. These capabilities are particularly relevant in urban and peri-urban environments where riders depend on their motorcycles for daily commuting and require seamless integration with mobile devices.
In 2025, Suzuki’s connected motorcycle revenue is estimated at USD 0.04 billion , giving it an approximate market share of 4.30% . This share reflects a meaningful yet secondary role in the connected segment, constrained in part by conservative rollout of advanced telematics compared with some peers. Nevertheless, Suzuki benefits from a large customer base and has the potential to rapidly scale connectivity via model refreshes and retrofit solutions for popular commuter bikes.
Suzuki’s competitive differentiation lies in offering practical, cost-effective connectivity packages that enhance daily usability without significantly increasing vehicle prices. The company focuses on lightweight, intuitive user interfaces and basic but reliable cloud connectivity, which appeals to cost-conscious riders and fleet operators in markets such as India and Southeast Asia. While Suzuki has not yet leveraged connectivity for extensive subscription services, its installed base and dealership network provide a strong foundation for future expansion into value-added digital services like insurance partnerships and predictive maintenance.
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Ducati Motor Holding S.p.A.:
Ducati Motor Holding S.p.A. is a premium performance and lifestyle brand that uses connectivity to reinforce its positioning in sport, naked, and adventure segments. Ducati integrates advanced rider aids, track telemetry, and smartphone-based configuration across many of its high-end models, enabling riders to tailor suspension, engine response, and electronic assists. Connectivity also supports Ducati’s emphasis on safety, with features such as emergency alerts and location tracking associated with premium touring and adventure products.
By 2025, Ducati’s connected motorcycle revenue is estimated at USD 0.03 billion , equating to a market share of roughly 3.30% . While modest in absolute size compared to mass-market manufacturers, this revenue reflects high per-unit connectivity value and strong adoption of digital packages among premium buyers. Ducati’s connected market share underlines its role as a technology-forward niche player with influence over high-end feature trends and user experience design within the segment.
Ducati’s key advantages are rooted in its integration of racing-derived electronics with consumer-friendly apps, as well as its association with high-performance European engineering. The brand competes by offering sophisticated dashboards, track performance analytics, and seamless pairing with wearable devices used by enthusiasts. Compared with volume-focused Asian manufacturers, Ducati prioritizes depth and refinement of connected features over broad coverage, enabling the company to maintain a premium brand image and command strong margins while serving a relatively smaller but highly engaged customer base.
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KTM AG:
KTM AG is a leading player in off-road, adventure, and performance street motorcycles and has actively embraced connectivity to enhance its brand proposition. The company offers navigation overlays, ride logging, and adjustable ride modes that can be configured via smartphones, particularly on adventure and dual-sport models. This focus aligns well with KTM’s core customer base, which values exploration, off-road capability, and data-driven performance insights.
In 2025, KTM’s connected motorcycle revenue is estimated at USD 0.04 billion , corresponding to a market share of around 4.60% . These metrics highlight KTM’s outsized influence relative to its total global unit volume, as buyers of mid to high-end KTM machines have a high propensity to opt for connected features and navigation upgrades. Connectivity contributes to strengthening KTM’s positioning in Europe and expanding its footprint in North America and Asia.
KTM’s competitive differentiation arises from its emphasis on off-road and adventure use cases, where riders particularly benefit from route recording, waypoint planning, and terrain-aware navigation. The company leverages partnerships with mapping and software suppliers to provide specialized features for trail and rally environments, setting it apart from brands that focus primarily on urban commuting. This targeted strategy enables KTM to deepen brand loyalty and generate incremental revenue from software updates and navigation subscriptions tailored to adventure riding communities.
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Triumph Motorcycles Ltd.:
Triumph Motorcycles Ltd. is a prominent British manufacturer that leverages connectivity to enhance its retro, roadster, and adventure product ranges. Triumph integrates smartphone connectivity, turn-by-turn navigation, and integrated media control into modern classics and performance models, enabling riders to combine heritage styling with contemporary technology. This approach supports Triumph’s brand promise of blending tradition with innovation.
For 2025, Triumph’s connected motorcycle revenue is estimated at USD 0.03 billion , capturing an approximate market share of 3.10% . This reflects a focused presence, particularly in Europe and North America, where riders value both style and technology. While Triumph does not match the volume of major Japanese OEMs, its connected offerings help it compete effectively within the middle and upper pricing tiers.
Triumph’s strategic advantages include well-designed user interfaces, integration of navigation and media into minimalist instrument clusters, and strong dealer support for software updates and customization. The brand differentiates by delivering connectivity that is visually discreet yet fully functional, resonating with riders who appreciate classic aesthetics but expect modern digital capabilities. This positioning enables Triumph to occupy a distinctive niche where connectivity is treated as an integral, but unobtrusive, component of the riding experience.
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Royal Enfield:
Royal Enfield plays a vital role in democratizing connected motorcycle features within the mid-capacity retro and adventure segments, especially in India and other emerging markets. The company has rolled out connected instrument clusters, turn-by-turn navigation, and trip logging on several models, aligning with its strategy to modernize its classic portfolio without losing its vintage appeal. Connectivity is particularly important for younger urban buyers who want digitally enhanced riding experiences at accessible price points.
In 2025, Royal Enfield’s connected motorcycle revenue is estimated at USD 0.03 billion , equating to a market share of about 3.10% . These figures underscore Royal Enfield’s growing influence in the connected segment, driven by high sales volumes in India and increasing traction in export markets. While per-unit revenue from connectivity is comparatively modest, the company’s scale in the mid-capacity category provides substantial upside as more models receive connected upgrades.
Royal Enfield’s competitive differentiation lies in its ability to integrate navigation and ride analytics into classic-styled clusters, making technology feel natural rather than intrusive. The company also benefits from a strong community of riders who share routes and experiences, creating opportunities for app-based engagement and services. Compared with higher-priced premium brands, Royal Enfield competes on value, delivering essential connected features that enhance touring and daily riding without significantly increasing acquisition costs, thereby capturing a significant portion of new connected mid-capacity motorcycle buyers in its core markets.
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TVS Motor Company:
TVS Motor Company is a major Indian two-wheeler manufacturer that has become a key driver of connected motorcycle and scooter adoption in price-sensitive markets. The company offers Bluetooth connectivity, turn-by-turn navigation, call and SMS alerts, and ride analytics across several commuter and premium commuter models. TVS leverages connectivity to differentiate in crowded segments and to appeal to tech-savvy riders who demand smartphone integration even in lower displacement vehicles.
By 2025, TVS’s connected motorcycle revenue is estimated at USD 0.04 billion , with an approximate market share of 4.80% . This performance indicates strong adoption within its home market and a growing presence in export regions such as Africa and Latin America. TVS’s connected offerings help it move up the value chain, generating incremental margins on products that traditionally compete primarily on price and fuel efficiency.
TVS’s strategic advantages include rapid product refresh cycles, agile software development capabilities, and collaborative partnerships with navigation and telematics providers. The company differentiates by integrating connectivity deeply into its instrument clusters and mobile apps, enabling riders to access ride statistics, service reminders, and location sharing features. Compared with global OEMs focusing on high-end models, TVS drives mass-market penetration of essential connected features, making it a critical contributor to connected two-wheeler adoption in developing markets.
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Hero MotoCorp Ltd.:
Hero MotoCorp Ltd., the world’s largest motorcycle manufacturer by volume, plays a central role in scaling connected features in entry-level and commuter segments. The company has introduced connected dashboards, smartphone pairing, and navigation features on select models, particularly in the premium commuter and scooter categories. Hero’s large rural and semi-urban footprint presents a significant opportunity to extend connectivity beyond major metropolitan areas.
In 2025, Hero MotoCorp’s connected motorcycle revenue is estimated at USD 0.04 billion , reflecting a market share of approximately 4.60% . These figures indicate that while a relatively small fraction of Hero’s overall volume is currently connected, its absolute scale still translates into a meaningful footprint in the connected motorcycle market. As the cost of connectivity modules declines, Hero is well positioned to expand these features to more models and price points.
Hero’s competitive strengths include its extensive dealer and service network, cost engineering capabilities, and deep understanding of commuter rider needs. The company focuses on practical applications such as navigation to unfamiliar areas, service scheduling, and basic vehicle health alerts, which directly address customer pain points in its core markets. Compared with premium OEMs, Hero remains value-oriented, but its ability to roll out connectivity at scale positions it as a major catalyst for mainstream adoption in India and other developing regions.
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Piaggio Group:
Piaggio Group, which includes brands such as Vespa and Aprilia, contributes to the connected motorcycle and scooter market by combining stylish urban mobility with digital functionality. Connectivity on Piaggio and Vespa models often centers on smartphone pairing, navigation, and infotainment, tailored to city commuting and lifestyle riding. Aprilia, in contrast, emphasizes performance-oriented connectivity, offering telemetry and track analytics on sports motorcycles.
For 2025, Piaggio Group’s connected motorcycle and scooter revenue is estimated at USD 0.03 billion , with a market share of roughly 3.30% . This reflects its strong position in European urban mobility markets and growing presence in Asia. While Piaggio’s volumes are moderate compared with large Japanese and Indian manufacturers, its focus on premium scooters and performance motorcycles leads to relatively high connectivity uptake within its customer base.
Piaggio’s strategic advantage lies in blending design, lifestyle branding, and user-friendly digital interfaces to create an appealing connected urban mobility experience. The company differentiates by offering aesthetically refined displays and intuitive apps that align with its fashion-forward Vespa clientele, while providing more advanced performance data for Aprilia riders. This dual positioning allows Piaggio to capture diverse connected use cases, from daily city commuting to track-day performance tuning, strengthening its competitive profile across multiple rider segments.
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Bosch Mobility:
Bosch Mobility is one of the most influential technology suppliers in the connected motorcycle ecosystem, providing electronic control units, telematics modules, ABS, traction control, and connectivity platforms to multiple OEMs. Instead of selling branded motorcycles, Bosch enables connectivity across a wide range of vehicles, making it a critical enabler of the overall market. Its solutions power functions such as emergency call, over-the-air diagnostics, and smartphone integration on numerous brands worldwide.
In 2025, Bosch Mobility’s revenue attributable to connected motorcycle and two-wheeler solutions is estimated at USD 0.09 billion , corresponding to a market share of around 9.80% . This share reflects Bosch’s broad penetration as a Tier 1 supplier across Europe, Asia, and emerging markets. Because its modules and software are embedded in many OEM products, Bosch influences a significant portion of the connected motorcycle installed base, even if end customers are not always aware of the brand behind the technology.
Bosch’s strategic advantages include deep expertise in automotive electronics, safety systems, and software, as well as the ability to leverage economies of scale across multiple vehicle categories. The company differentiates by delivering integrated platforms that combine connectivity, safety, and powertrain control, which simplifies implementation for OEMs. Compared with niche suppliers, Bosch offers long-term product roadmaps, strong cybersecurity capabilities, and global support, making it a preferred partner for manufacturers that seek robust, future-ready connected solutions.
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Continental AG:
Continental AG plays a key role as a technology and systems supplier in the connected motorcycle space, providing instrument clusters, connectivity units, and software platforms. The company applies its experience from automotive telematics and human–machine interfaces to two-wheelers, focusing on high-reliability hardware and intuitive display designs. Continental’s solutions support functions such as cloud communication, navigation, and integration with rider smartphones.
By 2025, Continental’s connected motorcycle-related revenue is estimated at USD 0.05 billion , translating into a market share of approximately 5.40% . This underscores Continental’s impact as a mid-scale but technologically advanced supplier. Its customer portfolio includes both premium and volume OEMs, enabling it to serve diverse regions and use cases, from touring motorcycles to commuter scooters.
Continental’s competitive differentiation rests on its strength in display technology, cybersecurity, and compliance with functional safety standards. The company offers modular platforms that can be tailored to different OEM requirements, reducing development time and enabling harmonized feature sets across multiple models. Compared with smaller telematics providers, Continental brings extensive validation capabilities and global manufacturing, which are critical for long-term reliability and regulatory compliance in connected motorcycle applications.
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Robert Bosch Engineering and Business Solutions:
Robert Bosch Engineering and Business Solutions serves as the software and engineering services arm supporting connected vehicle initiatives, including motorcycles. It provides embedded software development, cloud backend services, analytics, and application development tailored to OEM requirements. In the connected motorcycle field, this unit often collaborates with Bosch Mobility hardware teams to deliver end-to-end solutions covering devices, connectivity, and cloud platforms.
In 2025, revenue associated with connected motorcycle engineering and digital services from this entity is estimated at USD 0.03 billion , representing a market share of about 3.30% . This indicates a focused but impactful role, as its work underpins connectivity stacks for several large motorcycle OEMs. While the revenue scale is smaller than that of hardware-focused divisions, the strategic importance is high because software defines much of the user experience and feature roadmap.
The unit’s competitive strengths include deep domain expertise in embedded systems, cloud architectures, and data analytics, along with the ability to offer custom solutions for different markets and regulatory environments. Compared with independent software vendors, Robert Bosch Engineering and Business Solutions benefits from tight integration with Bosch hardware platforms and long-standing OEM relationships. This allows it to deliver highly optimized, secure, and maintainable software for connected motorcycles, strengthening Bosch’s overall value proposition as a full-stack connectivity partner.
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Panasonic Automotive Systems:
Panasonic Automotive Systems participates in the connected motorcycle market primarily through telematics control units, batteries, and infotainment-related hardware adapted from automotive platforms. While traditionally focused on cars, Panasonic has been extending connectivity solutions to two-wheelers, especially for premium and electric motorcycles that demand robust communication modules and high-quality displays. Its expertise in consumer electronics also supports the development of rider-centric interfaces and audio solutions.
For 2025, Panasonic Automotive’s revenue attributable to connected motorcycle applications is estimated at USD 0.03 billion , equating to a market share of roughly 3.30% . This share reflects selective but growing adoption by OEMs that prefer established telematics and battery suppliers with a strong track record in automotive. Panasonic’s involvement is particularly significant in higher-end and electric models, where connectivity requirements overlap with advanced energy management and infotainment.
Panasonic’s strategic advantages include its global manufacturing footprint, strong relationships with telecom and navigation partners, and extensive know-how in ruggedized electronics. The company differentiates by offering highly integrated modules that combine communication, GPS, and sometimes audio in compact, energy-efficient packages, which is crucial for motorcycles with limited space and power budgets. Compared with smaller niche vendors, Panasonic can provide long-term supply stability and cross-platform compatibility, which appeals to OEMs planning multi-year connected product strategies.
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Harman International:
Harman International, known for its expertise in connected car systems and audio, is an emerging contributor to the connected motorcycle ecosystem. Harman brings advanced infotainment, cloud connectivity, and audio processing technologies that can be adapted to premium tourers and performance motorcycles. These solutions enable features such as high-quality helmet audio, integrated voice assistants, and seamless smartphone mirroring for navigation and media.
In 2025, Harman’s revenue tied to connected motorcycle solutions is estimated at USD 0.02 billion , representing a market share of approximately 2.20% . This indicates a niche but strategically significant role, focused largely on collaborations with premium OEMs that prioritize high-fidelity audio and sophisticated user experience. While current volumes are modest, the growing demand for advanced infotainment on touring motorcycles creates room for expansion.
Harman’s competitive edge lies in its integrated approach to connectivity, audio, and user interface design, supported by cloud-based platforms for over-the-air updates and data services. Compared with traditional two-wheeler suppliers, Harman brings deep experience from connected automotive cockpits, enabling it to introduce voice control, personalization, and multi-device integration into motorcycle environments. This differentiation positions Harman as a preferred technology partner for OEMs seeking to elevate the in-helmet and on-bike entertainment and communication experience.
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Thales Group:
Thales Group is a global leader in secure connectivity and telecommunications, contributing to the connected motorcycle market through embedded SIMs, security modules, and communication infrastructure solutions. Its technology is crucial for enabling reliable, secure vehicle-to-cloud communication, particularly for eCall, location tracking, and future vehicle-to-everything use cases in two-wheelers. Thales focuses on ensuring that connectivity in motorcycles meets stringent security and privacy standards.
By 2025, Thales’s revenue linked to connected motorcycle and two-wheeler applications is estimated at USD 0.02 billion , translating into a market share of around 2.20% . This reflects its specialized role as an enabler of secure connectivity rather than a broad-based telematics supplier. Many OEMs and Tier 1 suppliers integrate Thales technologies within their own modules, making Thales’ influence greater than its direct revenue might suggest.
Thales’ strategic advantages are centered on cybersecurity, identity management, and robust cellular connectivity solutions that can operate reliably across regions. Compared with consumer-focused connectivity providers, Thales emphasizes mission-critical reliability and compliance with regulatory requirements, which is vital for safety-related functions such as eCall. This positioning makes Thales a strong partner for motorcycle manufacturers and system suppliers who need a trusted foundation for secure, scalable connected services.
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Sena Technologies, Inc.:
Sena Technologies, Inc. is a prominent specialist in Bluetooth communication systems for motorcyclists, including helmet intercoms, headsets, and integrated communication devices. In the connected motorcycle ecosystem, Sena enables rider-to-rider communication, smartphone integration, and audio access, complementing on-bike connectivity systems provided by OEMs. Its products are widely used across touring, adventure, and commuter segments where group communication and hands-free operation are valuable.
In 2025, Sena’s revenue from connected motorcycle communication solutions is estimated at USD 0.02 billion , corresponding to a market share of about 2.20% . This highlights Sena’s niche but influential role as a rider equipment and aftermarket connectivity provider. While it does not supply vehicle-embedded telematics, its installed base of helmet systems significantly shapes how riders experience connectivity on the road.
Sena’s competitive differentiation comes from its focus on rider ergonomics, long battery life, and multi-device interoperability, including integration with motorcycle infotainment systems and smartphones. Compared with generic Bluetooth headset brands, Sena offers motorcycle-specific durability, weather resistance, and firmware support, making it a preferred choice for serious riders. As OEMs increasingly integrate helmet communication into their connected ecosystems, Sena’s expertise positions it as a valuable technology partner and aftermarket leader.
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NIU Technologies:
NIU Technologies is a leading manufacturer of connected electric scooters and light motorcycles, with a strong presence in China and an expanding footprint in Europe and other regions. Connectivity is central to NIU’s value proposition, with virtually all vehicles equipped with telematics that enable real-time tracking, battery monitoring, anti-theft alerts, and over-the-air software updates. This makes NIU one of the most digitally integrated two-wheeler brands globally.
For 2025, NIU’s connected two-wheeler revenue within the motorcycle and scooter context is estimated at USD 0.05 billion , equating to a market share of approximately 5.40% . These figures illustrate NIU’s outsized role in the electric and urban micro-mobility segment, where connectivity is effectively standard. The company’s strong alignment with app-centric urban mobility trends positions it well in markets with growing environmental and congestion concerns.
NIU’s strategic strengths include vertically integrated telematics, cloud analytics, and battery management systems, all accessible through a mature mobile app. Compared with traditional ICE-focused OEMs, NIU operates more like a technology company, using data to optimize fleet performance, support sharing schemes, and develop new services. This digital-first approach enables rapid feature iteration, strong customer engagement, and opportunities for ancillary revenue streams based on data and software, strengthening its competitive edge in the connected electric two-wheeler space.
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Zero Motorcycles, Inc.:
Zero Motorcycles, Inc. is a pioneer in electric motorcycles and leverages connectivity as a key differentiator in performance, diagnostics, and user experience. Zero’s app allows riders to customize performance parameters such as torque delivery and regenerative braking, monitor battery health, and receive over-the-air firmware updates. This high degree of configurability and transparency is particularly attractive to early adopters and technology enthusiasts.
In 2025, Zero’s connected motorcycle revenue is estimated at USD 0.03 billion , giving it a market share of roughly 3.30% . Although total volumes remain modest compared to mainstream OEMs, Zero’s connectivity penetration is high across its lineup, making connectivity a core aspect of its brand identity. The company’s revenue and share underscore its influence in shaping expectations for digital features on electric motorcycles.
Zero’s competitive differentiation lies in its combination of electric powertrain innovation with flexible, app-based control over riding dynamics. Unlike many ICE-focused competitors, Zero integrates connectivity deeply with the propulsion system, enabling unique features such as ride mode downloads and remote diagnostics tailored to high-voltage components. This integration positions Zero as a benchmark for connected electric motorcycles and helps the company maintain a technology leadership narrative in the growing electric two-wheeler segment.
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BluArmor:
BluArmor is an emerging player focused on smart helmet and rider accessory solutions, with a strong emphasis on thermal comfort, communication, and connectivity. Its products integrate cooling technologies, Bluetooth communication, and smartphone connectivity, transforming helmets into connected devices that enhance rider safety and comfort. BluArmor targets commuters and touring riders in hot climates, where helmet comfort is a critical factor.
By 2025, BluArmor’s revenue related to connected rider gear and helmet systems is estimated at USD 0.01 billion , representing a market share of around 1.10% . This indicates a niche but growing position in the broader connected motorcycle ecosystem, where rider equipment is increasingly seen as an extension of the vehicle’s connectivity system. BluArmor’s focus on emerging markets, especially India, gives it access to large numbers of daily riders.
BluArmor’s strategic advantages stem from its specialization in climate-adaptive helmets and integration of connectivity into comfort-focused products. Unlike generic helmet communication providers, BluArmor addresses both environmental comfort and communication, making its offerings particularly attractive in regions with high heat and humidity. As OEMs and insurers place greater emphasis on rider safety and gear usage, BluArmor’s integrated approach offers collaboration opportunities and reinforces its position as an innovative challenger in connected rider equipment.
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Vodafone Automotive:
Vodafone Automotive contributes to the connected motorcycle market through telematics, vehicle tracking, and insurance-related connectivity services. Building on its telecommunications infrastructure and experience in automotive telematics, Vodafone provides connectivity platforms, SIM solutions, and backend services that can be adapted for motorcycles. These solutions enable stolen vehicle recovery, usage-based insurance, and fleet management for two-wheeler fleets and sharing operators.
In 2025, Vodafone Automotive’s revenue from motorcycle-related connectivity services is estimated at USD 0.02 billion , corresponding to a market share of about 2.20% . This reflects its specialized role in connectivity infrastructure rather than end-user hardware. A significant portion of its activities involve partnerships with OEMs, insurers, and fleet operators that bundle telematics into broader service propositions.
Vodafone Automotive’s competitive differentiation lies in its combination of telecom network ownership, telematics expertise, and experience with regulatory requirements for eCall and vehicle tracking. Compared with standalone telematics device vendors, Vodafone can offer integrated connectivity, data plans, and cloud solutions under a unified framework. This makes it a compelling partner for motorcycle manufacturers and mobility platforms seeking scalable, cross-border connected services for security, insurance, and fleet optimization.
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Qualcomm Technologies, Inc.:
Qualcomm Technologies, Inc. is a foundational player in the connected motorcycle ecosystem as a provider of chipsets, modems, and connectivity platforms used in telematics units and infotainment systems. Its cellular, Wi-Fi, Bluetooth, and GNSS solutions enable reliable communication, positioning, and device-to-device integration across a wide range of two-wheelers. Qualcomm’s advancements in 5G and C-V2X are particularly relevant for future-ready connected motorcycle applications.
For 2025, Qualcomm’s revenue attributable to chipsets and platforms used in connected motorcycle solutions is estimated at USD 0.06 billion , equating to a market share of approximately 6.50% . This share highlights Qualcomm’s pervasive, albeit often behind-the-scenes, role as a technology enabler for multiple OEMs and Tier 1 suppliers. As demand for richer data, low-latency communication, and precise positioning grows, Qualcomm’s influence on feature capabilities and performance will increase.
Qualcomm’s strategic advantages include its leadership in cellular technologies, extensive ecosystem of software partners, and strong intellectual property portfolio in wireless communication and positioning. Compared with smaller chipset vendors, Qualcomm can deliver highly integrated system-on-chip solutions optimized for power efficiency, security, and multimedia performance, all critical attributes for motorcycles where space and power are constrained. This positions Qualcomm as a key architect of next-generation connected motorcycle platforms that will support advanced rider assistance, cloud-enhanced navigation, and eventually V2X safety functions.
Key Companies Covered
BMW Motorrad
Harley-Davidson
Honda Motor Co., Ltd.
Yamaha Motor Co., Ltd.
Kawasaki Heavy Industries, Ltd.
Suzuki Motor Corporation
Ducati Motor Holding S.p.A.
KTM AG
Triumph Motorcycles Ltd.
Royal Enfield
TVS Motor Company
Hero MotoCorp Ltd.
Piaggio Group
Bosch Mobility
Continental AG
Robert Bosch Engineering and Business Solutions
Panasonic Automotive Systems
Harman International
Thales Group
Sena Technologies, Inc.
NIU Technologies
Zero Motorcycles, Inc.
BluArmor
Vodafone Automotive
Qualcomm Technologies, Inc.
Market By Application
The Global Connected Motorcycle Market is segmented by several key applications, each delivering distinct operational outcomes for specific industries.
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Personal mobility:
Personal mobility is the foundational application for connected motorcycles, focusing on enhancing the everyday riding experience for individual consumers. The core objective is to provide riders with safer, more convenient, and more personalized journeys through features such as route optimization, remote monitoring, and ride analytics. As the overall market scales from USD 0.92 Billion in 2025 toward USD 10.70 Billion by 2032, a substantial portion of demand originates from personal mobility users who expect automotive-grade connectivity on two-wheelers.
The unique operational outcome of connected personal mobility lies in its ability to integrate telematics, navigation, and smartphone-based services into a single experience, often reducing travel time in dense urban environments by 10.00% to 20.00% through improved routing and traffic-aware navigation. Riders gain real-time alerts on vehicle status and security, which can materially lower theft risk and unexpected breakdowns. Growth in this application is fueled primarily by rising urbanization, increasing motorcycle ownership in emerging economies, and widespread smartphone adoption that enables seamless app-to-bike interaction.
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Motorcycle fleet management:
Motorcycle fleet management targets commercial and institutional operators that manage multiple vehicles, such as courier companies, corporate mobility programs, and service networks. The main business objective is to optimize asset utilization, reduce operating costs, and improve service reliability by using real-time tracking, driver behavior monitoring, and automated reporting. Within the rapidly expanding connected motorcycle market, fleet management applications are becoming a major value driver because they directly influence operating margins.
The distinctive operational outcome of connected fleet management is the ability to raise vehicle utilization and reduce idle time, with many deployments achieving fuel savings and route efficiency improvements in the range of 10.00% to 25.00%. Connectivity enables dispatchers to monitor riding patterns, schedule maintenance based on actual usage, and minimize unplanned downtime, which can shorten payback periods for telematics investments to as little as 12.00 to 24.00 months. The primary growth catalyst for this application is the expansion of on-demand delivery, e-commerce logistics, and professional ride services, all of which require granular, real-time visibility into motorcycle fleets.
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Rider safety and emergency services:
Rider safety and emergency services are designed to mitigate accident severity and improve post-crash outcomes by leveraging connectivity for real-time incident detection and rapid assistance. The business objective is to protect riders through automated emergency calls, crash notifications, and location sharing with response teams and trusted contacts. This application carries high strategic significance as regulators and insurers seek ways to lower motorcycle fatality and injury rates.
The operational advantage of connected safety and emergency services is evident in their impact on response times, with connected e-call and crash detection solutions capable of reducing time-to-notification by around 40.00% or more compared with manual reporting. Earlier intervention can significantly improve survival odds and reduce long-term healthcare costs, making these services compelling for public authorities and insurance partners. Growth in this application is driven primarily by safety-focused regulations, increasing availability of low-latency networks, and consumer willingness to pay for enhanced protection features integrated into their motorcycles.
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Usage-based insurance:
Usage-based insurance leverages telematics data from connected motorcycles to price policies according to actual riding behavior, mileage, and risk exposure. The core business objective is to align premiums with real-world risk profiles, rewarding safe riders with lower costs while enabling insurers to manage loss ratios more effectively. As the connected motorcycle market expands at a 46.00% CAGR, insurers are increasingly viewing telematics-enabled products as a way to differentiate and access new segments of motorcycle riders.
The unique operational outcome of usage-based insurance is the ability to reduce claim frequency and severity by using driving scores, real-time feedback, and targeted coaching, which can lower loss ratios by an estimated 10.00% to 30.00% in mature telematics programs. Riders benefit from premium reductions that can reach double-digit percentages when they consistently demonstrate safer riding patterns, creating a strong incentive loop. The primary growth catalyst is the convergence of regulatory openness to telematics, advances in data analytics, and competitive pressure within the insurance sector to innovate pricing models and improve underwriting accuracy.
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Navigation and infotainment services:
Navigation and infotainment services focus on delivering turn-by-turn guidance, media streaming, and communication capabilities tailored to motorcycle riding conditions. The main business objective is to enhance rider comfort and convenience while maintaining safety through hands-free interfaces and optimized display layouts. This application is particularly significant in the premium and touring segments, where riders demand integrated digital experiences comparable to connected cars.
The operational outcome that differentiates this application is its ability to reduce rider distraction and manual device handling, with integrated navigation and voice control systems often cutting direct smartphone interaction by more than 50.00%. Riders gain access to real-time traffic, weather updates, and route planning that can shorten journey times and lower fuel consumption through more efficient routing. Growth is primarily fueled by advances in Bluetooth and 4G or 5G connectivity, rising expectations for continuous digital access, and OEM strategies that bundle navigation and infotainment into higher-value trim levels and subscription packages.
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Vehicle diagnostics and predictive maintenance:
Vehicle diagnostics and predictive maintenance applications use real-time sensor data and cloud analytics to monitor the health of critical motorcycle components. The core business objective is to reduce unplanned breakdowns, extend asset life, and optimize service intervals based on actual usage instead of fixed schedules. This application is strategically important both for individual owners and fleet operators who seek to maximize uptime and control lifecycle costs.
The operational advantage of connected diagnostics is the ability to identify anomalies before they lead to failures, which can reduce unplanned downtime by an estimated 20.00% to 40.00% compared with traditional maintenance practices. Predictive algorithms can recommend service only when needed, lowering maintenance costs and extending component life by several percent across large fleets. The primary growth catalyst is the maturation of cloud-based telematics platforms and analytics engines, combined with OEM interest in creating recurring revenue through service contracts and extended warranty offerings tied to connected maintenance insights.
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Logistics and delivery services:
Logistics and delivery services leverage connected motorcycles for last-mile and ultra-urban distribution, especially in densely populated cities where two-wheelers can navigate congestion more efficiently than vans. The main business objective is to increase delivery throughput, improve on-time performance, and reduce overall cost per drop by using real-time routing and driver performance data. As e-commerce volumes continue to grow, motorcycles are becoming central assets in agile delivery networks.
The distinctive operational outcome of connectivity in this application is the ability to boost delivery efficiency, with connected routing and performance monitoring enabling improvements in completed stops per hour that often range from 10.00% to 25.00%. Dispatch centers can reassign tasks dynamically, track service-level adherence, and optimize driver allocation based on live conditions, which shortens delivery windows and enhances customer satisfaction. Growth is driven primarily by the acceleration of online retail, rising consumer expectations for same-day or next-day delivery, and the economic pressure on logistics operators to trim last-mile costs while managing urban congestion and emissions constraints.
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Shared mobility and rental services:
Shared mobility and rental services apply connected motorcycle technology to short-term access models, including station-based rentals, free-floating sharing, and subscription-based access. The business objective is to maximize fleet utilization and improve user experience by enabling keyless access, automated billing, and real-time vehicle availability information through mobile applications. This application is increasingly relevant in urban centers where younger users favor access over ownership and municipalities encourage modal shifts away from cars.
The operational outcome that sets this application apart is its ability to maintain high fleet utilization while controlling operating costs, with connectivity-enabled sharing platforms often achieving utilization improvements of 15.00% to 30.00% compared with non-connected fleets. Remote diagnostics, geofencing, and theft prevention functionalities further reduce losses and maintenance overhead, leading to more predictable unit economics. The primary growth catalyst is the convergence of app-based mobility platforms, supportive urban mobility policies, and investor interest in asset-light transport models that can scale quickly using connected motorcycles as flexible, efficient vehicles for city travel.
Key Applications Covered
Personal mobility
Motorcycle fleet management
Rider safety and emergency services
Usage-based insurance
Navigation and infotainment services
Vehicle diagnostics and predictive maintenance
Logistics and delivery services
Shared mobility and rental services
Mergers and Acquisitions
The connected motorcycle market has seen a noticeable uptick in deal flow as OEMs, Tier‑1 suppliers, and software platforms race to secure telematics, V2X, and cloud analytics capabilities. Recent consolidation reflects a shift from experimental pilots to scaled deployment, mirroring the market’s rapid expansion toward an estimated USD 1.34 Billion in 2026. Strategic investors increasingly favor acquisitions that deliver integrated safety, infotainment, and fleet management stacks rather than isolated hardware components.
Many transactions over the last 24 months focus on acquiring embedded software IP, data platforms, and over‑the‑air (OTA) competencies. This pattern aligns with the projected 46.00% CAGR, as incumbents seek end‑to‑end connectivity solutions that can monetize post‑sale services, subscription features, and data‑driven insurance products.
Major M&A Transactions
Yamaha Motor – Ride Vision
Advanced computer-vision collision warning stack for premium connected safety platforms.
Bosch – SenSight Telemetrics
Cloud-native telematics and OTA diagnostics layer to deepen supplier control of data.
Hero MotoCorp – Intellect Design Mobility
End-to-end connectivity suite for low-cost emerging-market commuter motorcycles.
Harley-Davidson – UrbanRide Connected Services
Subscription-based infotainment and concierge platform targeting touring riders.
BMW Motorrad – Nordic V2X Systems
Dedicated V2X communication modules enhancing cooperative safety with infrastructure.
TVS Motor – MapFlow Analytics
AI-driven routing, ride scoring, and insurance telematics to support new revenue streams.
Continental – BlueLink Mobility Cloud
Scalable device-to-cloud backbone for multi-brand motorcycle connectivity offerings.
Piaggio Group – SmartHelmet OS Labs
Integrated helmet HUD and voice interface for seamless rider interaction experiences.
Recent mergers and acquisitions are steadily increasing market concentration as diversified automotive suppliers and leading motorcycle OEMs consolidate critical software and connectivity assets. Smaller telematics start-ups often exit through trade sales rather than scaling independently, which pushes more negotiating power toward incumbents that can bundle hardware, cloud services, and lifecycle analytics in one contract. This consolidation favors players capable of supporting high-volume platforms across multiple brands.
Valuation multiples for connected motorcycle software and data platforms typically reflect growth‑stage expectations, often benchmarking off broader mobility SaaS comps rather than traditional component suppliers. Even relatively small deals, such as sub‑USD 0.10 Billion technology tuck-ins, command premium revenue multiples when the target owns differentiated ADAS algorithms, V2X stacks, or recurring subscription revenue. Buyers justify these valuations by modeling cross‑portfolio deployment and data monetization over the projected 10.70 Billion market size by 2032.
Strategically, acquirers are using M&A to move up the value chain from ECU supply or hardware integration into recurring service models, including predictive maintenance, pay‑per‑use insurance, and premium connectivity tiers. Control of the in‑ride human‑machine interface and access to longitudinal rider behavior data are emerging as central motives, as they enable continuous feature upselling and tighter ecosystem lock‑in. As a result, deal targets with robust developer APIs and partner ecosystems see stronger competitive tension during auctions.
Regionally, Asia-Pacific shows the highest volume of transactions, driven by India and Southeast Asia where commuter motorcycles dominate and connectivity penetration is accelerating from a low base. These deals often target cost-efficient telematics modules, smartphone‑based dashboards, and fleet‑oriented platforms for ride‑hailing and delivery operators. In contrast, Europe and North America feature fewer but higher‑value acquisitions linked to ADAS, V2X, and premium infotainment experiences.
Technology themes shaping the mergers and acquisitions outlook for Connected Motorcycle Market include edge AI for rider assistance, 5G and C‑V2X integration, cybersecurity hardening, and immersive AR-based helmet displays. Acquirers increasingly prioritize targets that already integrate with major cloud hyperscalers and mapping providers, reducing time‑to‑market for global rollouts. This technology‑driven focus suggests that future transactions will cluster around platforms capable of orchestrating data flows across vehicles, riders, infrastructure, and third‑party service providers.
Competitive LandscapeRecent Strategic Developments
In October 2023, a leading European OEM launched a connected touring motorcycle platform through a strategic expansion partnership with a major telecom operator. The collaboration integrated embedded 4G/5G telematics, eCall and advanced navigation services, shifting competitive dynamics toward full-stack connectivity rather than basic Bluetooth integration and forcing rivals to accelerate similar platform roadmaps.
In June 2024, a prominent Japanese motorcycle manufacturer entered a strategic investment and development agreement with a cloud analytics provider to co-create an over-the-air software and predictive maintenance suite. This move repositioned the OEM from a pure hardware producer to a data-driven mobility services player, raising the benchmark for lifecycle value, recurring software revenue and differentiated ownership experiences in the connected motorcycle market.
In March 2024, a major Tier-1 supplier acquired a specialist startup in vehicle-to-everything (V2X) and rider assistance algorithms. The acquisition consolidated key intellectual property for collision warning and cooperative awareness, strengthening the supplier’s bargaining power with global OEMs and intensifying competition around safety-centric connectivity as a core purchasing criterion for premium and mid-segment motorcycles.
SWOT Analysis
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Strengths:
The global Connected Motorcycle market benefits from powerful safety, performance, and user-experience value drivers that are difficult to replicate with conventional two-wheelers. Embedded telematics, eCall, ride analytics, and vehicle health monitoring directly address high accident and theft rates, giving regulators, insurers, and urban mobility planners strong reasons to endorse connected platforms. OEMs and Tier-1 suppliers can leverage connectivity to differentiate through over-the-air updates, personalized riding modes, and app-based features, which create recurring software and service revenue streams beyond the initial vehicle sale. With the market projected by ReportMines to grow from USD 0.92 Billion in 2025 to USD 10.70 Billion in 2032 at a 46.00% CAGR, connected motorcycles are strategically positioned as a high-growth segment within intelligent mobility, attracting ecosystem partnerships with telecom operators, mapping providers, and cloud platforms that further reinforce their competitive strength.
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Weaknesses:
Despite strong growth potential, the Connected Motorcycle market faces structural weaknesses around cost, complexity, and rider adoption. Integrating telematics control units, sensors, 4G/5G modules, and cybersecurity stacks significantly increases bill of materials, which constrains uptake in cost-sensitive commuter and emerging markets where a large share of motorcycles are sold. Many riders remain skeptical about data sharing, subscription fees, and the perceived fragility of electronics in harsh riding conditions, which can slow penetration even in premium segments. Fragmented software platforms, non-standardized data formats, and limited interoperability between OEM apps and third-party services also create integration friction, complicating fleet management and cross-brand ecosystem development. In addition, some dealer networks lack capabilities to explain, sell, and support connected features, which weakens the conversion of connectivity hardware into actual activated and monetized services over the vehicle lifecycle.
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Opportunities:
The Connected Motorcycle market has significant opportunities to capture value from safety regulation, urban mobility transformation, and data-driven business models. As cities deploy intelligent transportation systems and prioritize vulnerable road user protection, connected motorcycles can participate in vehicle-to-everything pilots that enable intersection warnings, blind-spot alerts, and dynamic speed advisories, often supported by public incentives or preferred access. Insurers increasingly seek telematics-based underwriting and usage-based insurance for two-wheelers, opening new revenue-sharing models for OEMs and telematics providers. In emerging economies with large motorcycle fleets, connected platforms can support fleet management for delivery, ride-hailing, and logistics operators, improving utilization and reducing maintenance downtime. The strong 46.00% CAGR and growth to USD 10.70 Billion by 2032 indicate that software services, over-the-air feature upselling, and predictive maintenance subscriptions can evolve into material profit pools that transform connected motorcycles from one-time product sales into recurring-revenue mobility solutions.
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Threats:
The Connected Motorcycle market faces material threats from cybersecurity risks, regulatory uncertainty, and competitive substitution by other smart mobility modes. High-profile data breaches or remote access vulnerabilities could trigger strict cybersecurity mandates, increase compliance costs, and erode rider trust in connected platforms. Divergent data protection rules across regions complicate cross-border telematics services and may restrict monetization of rider behavior data. At the same time, rapid progress in connected and autonomous cars, micro-mobility, and smart public transport can reduce the perceived necessity of investing in a connected motorcycle for urban commuters, particularly when alternatives bundle connectivity by default. Intense competition from consumer electronics ecosystems and smartphone integration platforms can also commoditize basic connectivity, compressing margins for OEM-installed telematics and pressuring manufacturers to continuously invest in advanced functions such as V2X and augmented rider assistance just to defend their market position.
Future Outlook and Predictions
The global Connected Motorcycle market is expected to evolve from a niche premium feature set into a mainstream requirement across multiple segments over the next 5–10 years. Based on ReportMines data, the market is projected to grow from USD 0.92 Billion in 2025 to USD 1.34 Billion in 2026 and reach USD 10.70 Billion by 2032, reflecting a 46.00% CAGR. This trajectory indicates that connectivity will shift from optional infotainment to a core component of the motorcycle value proposition, particularly in urban, touring, and performance categories where digital services and safety are becoming decisive purchase factors.
Technology evolution will center on the transition from simple Bluetooth pairing to fully embedded telematics with 4G and 5G connectivity, cloud integration, and edge processing on the bike. Over the next decade, motorcycles are likely to adopt vehicle-to-everything communication, cooperative awareness messages, and low-latency cloud services that support advanced rider assistance. These capabilities will enable collision warnings, adaptive routing based on real-time hazards, and more accurate eCall performance. As hardware modularity improves and semiconductor costs decline, even mid-range models in growth markets are expected to integrate standardized telematics control units, making high-end connectivity economically viable at scale.
Software-driven services will increasingly determine competitive differentiation, pushing the market toward a platform-centric business model. Over-the-air updates, feature-on-demand activation, and subscription-based services like predictive maintenance, navigation upgrades, and theft-recovery bundles will expand recurring revenue pools for OEMs and technology partners. In the 5–10 year window, a significant portion of profit growth is anticipated to come from data-enabled offerings rather than the initial motorcycle sale. This will favor manufacturers that can build robust cloud architectures, analytics capabilities, and intuitive mobile applications that keep riders engaged throughout the ownership cycle.
Regulatory and insurance dynamics are expected to strongly influence adoption, particularly around safety and emissions-driven urban policy. As cities expand intelligent transportation systems and mandate higher safety standards for vulnerable road users, connected motorcycles will be better positioned to comply with telematics, eCall, and potentially V2X requirements. Insurers are likely to promote telematics-based policies that reward safe riding behavior, making connected features financially attractive for riders through lower premiums. These regulatory and risk-management trends will accelerate penetration in Europe and parts of Asia-Pacific, while gradually shaping frameworks in North America and Latin America.
Competitive dynamics will shift toward ecosystem-building, with OEMs, telecom operators, mapping providers, and cloud platforms forming tightly integrated partnerships. Over the next decade, leading players are anticipated to differentiate less on raw displacement and more on digital experience, uptime, and integration with broader mobility services. This ecosystem race will intensify consolidation among telematics suppliers and connectivity middleware vendors, while also opening entry points for software-native companies that can deliver scalable platforms and cross-brand services aligned with the market’s high-growth trajectory.
Table of Contents
- Scope of the Report
- 1.1 Market Introduction
- 1.2 Years Considered
- 1.3 Research Objectives
- 1.4 Market Research Methodology
- 1.5 Research Process and Data Source
- 1.6 Economic Indicators
- 1.7 Currency Considered
- Executive Summary
- 2.1 World Market Overview
- 2.1.1 Global Connected Motorcycle Annual Sales 2017-2028
- 2.1.2 World Current & Future Analysis for Connected Motorcycle by Geographic Region, 2017, 2025 & 2032
- 2.1.3 World Current & Future Analysis for Connected Motorcycle by Country/Region, 2017,2025 & 2032
- 2.2 Connected Motorcycle Segment by Type
- Factory-integrated connected motorcycles
- Aftermarket connectivity devices
- Telematics control units
- Connected motorcycle infotainment systems
- Vehicle-to-everything communication modules
- Cloud-based telematics platforms
- Rider safety and assistance systems
- Mobile applications and digital services
- 2.3 Connected Motorcycle Sales by Type
- 2.3.1 Global Connected Motorcycle Sales Market Share by Type (2017-2025)
- 2.3.2 Global Connected Motorcycle Revenue and Market Share by Type (2017-2025)
- 2.3.3 Global Connected Motorcycle Sale Price by Type (2017-2025)
- 2.4 Connected Motorcycle Segment by Application
- Personal mobility
- Motorcycle fleet management
- Rider safety and emergency services
- Usage-based insurance
- Navigation and infotainment services
- Vehicle diagnostics and predictive maintenance
- Logistics and delivery services
- Shared mobility and rental services
- 2.5 Connected Motorcycle Sales by Application
- 2.5.1 Global Connected Motorcycle Sale Market Share by Application (2020-2025)
- 2.5.2 Global Connected Motorcycle Revenue and Market Share by Application (2017-2025)
- 2.5.3 Global Connected Motorcycle Sale Price by Application (2017-2025)
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