Connected Motorcycle Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Connected Motorcycle Market Trends and Insights

5G Roll-Outs Enabling Ultra-Low-Latency V2X

With stand-alone 5G networks achieving radio latency in the millisecond range, features like collision warnings and cooperative adaptive cruise control are becoming a reality for riders. Autotalks and Rolling Wireless have unveiled a 5G-V2X chipset family set for series production, compatible with both cellular V2X and older DSRC modes. Japan has allocated a dedicated frequency band for V2X, laying the groundwork for nationwide V2X pilot corridors. Meanwhile, in the United States, efforts are underway to expand V2X coverage on highways. Such initiatives firmly establish 5G as the cornerstone of the connected motorcycle market, enabling advanced safety features and seamless communication for riders over the coming decade.

Government Cyber-Security Mandates (UNECE R155/156)

UNECE Regulation 155 obliges every new motorcycle type-approval from July 2029 to include a full Cyber Security Management System, while Regulation 156 codifies software-update logging and validation. These rules apply to category L vehicles and push security hardware costs into even entry-level models. Tier-one suppliers respond with bundled telematics and ABS units that amortize certification expense. Smaller manufacturers must weigh white-label platforms against in-house solutions, a strategic fork that can alter brand differentiation. Early adoption helps firms avoid future production bottlenecks as the deadline approaches.

Surging Integration of eSIM-Based Telematics

eSIM modules displace physical SIM cards, allowing motorcycles to roam seamlessly and switch carriers without hardware swaps. Qualcomm’s QWM2290 chipset combines LTE/5G connectivity and GNSS into a single package, reducing board space and certification cycles^{[1]"Qualcomm® QWS2290/QWM2290 Processors", Qualcomm, qualcomm.com}. Fleet operators use the technology to optimize coverage and service fees, while Sentiance reports 30-40% reductions in claims for bikes fitted with behavior-tracking telematics. Partnerships like Sibros with PIERER Mobility illustrate how over-the-air platforms shorten feature rollouts and reduce dealership visits. Collectively, these developments strengthen the connected motorcycle market across premium and mainstream segments.

OEM Push Toward ADAS-Ready Two-Wheelers

Motorcycle makers emulate automotive safety roadmaps by embedding adaptive cruise control, blind-spot detection, and emergency call functions. Bosch's radar-based cruise control on the Ducati Multistrada V4 and BMW R 1250 RT, combining its inertial measurement unit with front-facing sensors to maintain safe distances^{[2]Edward C. Fatzinger, William Gonzaga, "An Evaluation of the Bosch Radar-Based Adaptive Cruise Control System on a 2022 Ducati Multistrada V4S", ResearchGate GmbH, www.researchgate.net}. BMW’s ConnectedRide initiative integrates motorcycles into Car-to-X networks, allowing other vehicles to receive proximity alerts from two-wheelers. Higher safety ratings support insurance discounts, enlarging the total addressable connected motorcycle market.

High Incremental BOM Cost for Mass-Market Bikes

Entry-level motorcycle manufacturers are experiencing a squeeze on margins as the addition of telematics, displays, and secure gateways significantly increases component costs. Renesas is addressing this challenge with its single-chip telematics controllers, which reduce both PCB area and firmware overhead. However, costs are further increased by UNECE R155 compliance, which requires comprehensive cybersecurity audits. To maintain their edge, manufacturers such as Hero MotoCorp are turning to smartphone-based dashboards. These dashboards shift much of the processing burden to the rider’s device. Yet, this integration complexity can detract from the overall user experience. Such challenges are curbing the rapid adoption of connected motorcycles, especially in price-sensitive segments.

Li-Ion Thermal-Runaway Recalls Dampen OEM Appetite

High-profile battery fires in 2024-2025 highlighted the risk of thermal runaway in compact electric motorcycles, triggering official safety investigations. Regulators responded by strengthening battery-test protocols, which now include thermal-propagation and vibration checks, thereby raising the compliance bar for every new model. OEMs consequently scrutinize add-on electronics near the battery enclosure, and telematics modules draw particular focus because they introduce continuous power consumption in a confined space. Engineers counter the risk with ultra-low-sleep-mode designs and layered battery-management controls that isolate failing cells before temperatures escalate. 

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Service: Driver Assistance Surges as Collision Avoidance Scales

Infotainment accounted for 34.31% of 2025 revenue, indicating the current center of gravity in the connected motorcycle market. Driver assistance services are projected to grow at 44.21% between 2026 and 2031, the fastest among all service categories. Mandatory eCall functions, as outlined by the European Commission, transform safety services into non-optional add-ons. Meanwhile, remote diagnostics and firmware updates satisfy UNECE security rules, and usage-based insurance gains favor with risk-averse insurers in high-traffic regions. The combined pull of regulation and insurer incentives positions driver assistance as the lead growth engine over the forecast horizon.

Regulation influences adoption priorities, encouraging OEMs to invest in over-the-air capabilities while leaving infotainment dependent on discretionary spending. Driver assistance sits between crowd-pleasing features and mandatory functions, giving it a balanced mix of regulatory and market support. Commercial fleets tend to prioritize vehicle management for cost control, whereas private riders prefer a balance of entertainment and safety. As a result, service portfolios diverge by customer group, and suppliers craft tiered offerings that align with each segment’s willingness to pay. This dynamic ensures the connected motorcycle market continues to diversify its revenue streams.

By Hardware Type: Tethered Smartphone Solutions Gain as Cost Pressures Mount

Embedded control units commanded 54.82% of 2025 deployments, reflecting their ability to provide always-on connectivity and seamless over-the-air updates. Premium brands embed these units under the seat or fairing to deliver integrated navigation, diagnostics, and rider-assistance alerts. Rising production volumes gradually trim bill-of-materials costs, but budget-conscious OEMs still seek lower-priced alternatives to address price-sensitive buyers. Tethered smartphone solutions, forecast to grow at a 37.51% CAGR through 2031, answer that need by using the rider’s handset for data processing and network access. Although tethering lacks automatic crash notification if the phone is absent, it offers a compelling entry point for first-time connected motorcycle customers.

Hybrid architectures sit between both extremes, combining a small embedded module for mandatory safety functions with a phone-based app for infotainment and ride analytics. This split hardware model helps OEMs comply with regulations while avoiding the full cost of a high-spec ECU. Integrated cockpit clusters, which incorporate a color display and telematics modem into the instrument panel, appeal to touring riders who spend long hours on the road and expect rich mapping capabilities on demand. Suppliers continue to shrink display bezels and improve sunlight readability, enhancing perceived value. As these advances roll into mid-range models, hardware diversity broadens the connected motorcycle market size and keeps competition active across price tiers.

By End User: Commercial Fleets Drive Telematics Adoption Through Operational ROI

Private consumers accounted for 68.31% of 2025 demand, underscoring the continued role of motorcycles in leisure touring, sport riding, and daily commuting. Riders appreciate theft-recovery tracking and navigation support that smartphone apps or embedded clusters readily provide. They also value safety enhancements that deliver forward-collision and blind-spot warnings without diminishing the sense of control. Subscription pricing remains a hurdle for some retail buyers, but bundled data plans and pay-once upgrades ease adoption friction. As premium motorcycles filter into emerging economies, private uptake remains the volume backbone of the connected motorcycle market.

Commercial fleets, however, are projected to expand at a 32.11% CAGR through 2031, reflecting a clear operational payback on telematics investment. Delivery platforms, ride-hailing operators, and rental agencies utilize live vehicle data to optimize routing, curb reckless driving, and demonstrate compliance with local transportation regulations. Predictive maintenance alerts help keep bikes on the road during peak demand periods, which is critical when profit margins depend on high utilization rates. Usage-based insurance discounts further strengthen the business case, since premiums align with actual mileage and driving style rather than fixed risk tables. This cost-benefit loop supports a rapid shift from pilot projects to fleet-wide deployments, expanding the connected motorcycle market size in the enterprise channel.

By Network Type: Cellular Dominates as Satellite-IoT Targets Coverage Gaps

Cellular technologies accounted for 59.31% of the market share in 2025 and are expected to grow at a 41.11% CAGR through 2031, driven by the widespread availability of 4G and 5G networks. These networks strike a balance between bandwidth, latency, and cost, enabling both infotainment streaming and real-time hazard alerts under a single subscription. OEMs benefit from mature supply chains that deliver pre-certified modules with embedded SIMs, shortening development cycles. Regulatory bodies are increasingly viewing cellular-based eCall services as a baseline safety requirement, thereby solidifying the technology’s role. Continuous infrastructure upgrades ensure that even suburban and secondary roads gain reliable coverage over the forecast period.

Dedicated short-range communications and satellite-IoT solutions fill performance or coverage gaps rather than compete head-on with cellular. DSRC and C-V2X links offer ultralow latency for vehicle-to-vehicle messaging along test corridors, paving the way for future integration into broader safety frameworks. Satellite-IoT modules offer a fallback option for riders exploring remote deserts, mountains, and forest trails where terrestrial towers are scarce. This non-terrestrial layer supports asynchronous services such as stolen-vehicle recovery and emergency location beacons. By combining cellular reach with spot-coverage enhancers, OEMs create resilient connectivity packages that broaden the connected motorcycle market share across diverse geographies and riding styles.

Geography Analysis

The Asia-Pacific region accounted for 41.73% of 2025 revenue and is projected to grow at 35.81% through 2031, giving the region the steepest slope on the connected motorcycle market growth curve. China’s mandate for V2X-ready smart roads accelerates adoption in every major city. Japan and South Korea favor tethered architectures because high smartphone penetration lowers incremental hardware cost. At the same time, Southeast Asian fleets deploy telematics across food-delivery and ride-hailing bikes to control operating expenses and raise safety. Together, these demand vectors strengthen supply-chain resilience and encourage component vendors to localize production lines, shortening lead times. Government initiatives that pair smart infrastructure funding with tax incentives further boost momentum.

North America follows with a forecasted CAGR of 24.92%, as state-level insurance discounts prompt riders to accept telemetry in exchange for lower premiums. Federal agencies have not yet mandated eCall; however, proposed safety rules continue to pressure OEMs to embed crash notification capability before regulations are finalized. Europe advances at 23.99% despite strict GDPR compliance burdens that elevate development costs. Germany, France, and the United Kingdom dominate regional spending due to their high per-capita incomes and established touring cultures. Eastern Europe lags as patchy cellular coverage limits the utility of telematics beyond urban zones.

South America, the Middle East and Africa grow from smaller bases yet show pockets of rapid uptake. Brazilian riders in congested cities value theft-recovery services, but exchange-rate fluctuations constrain upgrade cycles. Gulf states are investing in smart-city corridors that require V2X compliance for all new vehicles, thereby driving demand for premium connected models. Africa’s vast rural expanses favor hybrid cellular-satellite modules that ensure emergency connectivity where cellular towers are scarce. As terrestrial networks spread, suppliers position low-cost retrofit kits to tap the vast installed base of unconnected motorcycles.

Regulatory Landscape

Type-approval and software governance for L-category vehicles are converging with passenger-car requirements, with UNECE Regulations R155 (cybersecurity) and R156 (software updates) as the central anchors. In the European Union, cybersecurity requirements tied to UNECE R155 apply to L-category approvals, with deadlines bringing new vehicle types under the rules by 11 December 2027 and existing types by 11 June 2029. This increases the need for formal Cyber Security Management Systems and auditable OTA update processes across the connected motorcycle supply chain.

Outside Europe, rules and standardization remain uneven, shaping product and platform choices by region. In the United States, there is no federal mandate for V2X on motorcycles, and NHTSA formally withdrew the 2017 V2V NPRM in 2023 while continuing connected-vehicle research. As a result, OEMs continue to prioritize market-led connectivity bundles and insurer-driven safety features. In China, technical standardization continues through national standards such as GB/T 46741-2025 for motorcycle and moped onboard diagnostic connectors, implemented on 1 July 2026, which supports more consistent diagnostics interfaces for connected services and compliance testing in a major production market.

Value Chain Analysis

The connected motorcycle value chain starts with semiconductor and module providers, including cellular modems, GNSS, eSIM, radar, IMU, secure elements, and low-power MCUs. Tier 1 integrators then package telematics control units, cockpit clusters, sensors, and embedded software into OEM-ready platforms for type approval, after which motorcycle OEMs complete integration of HMI and service bundles and distribute through dealer networks with cloud operations and customer support. Platform suppliers and location-intelligence partners increasingly sit alongside traditional hardware tiers, reflecting how connectivity is being packaged for reuse. HARMAN announced its Ready Ride two-wheeler connectivity platform in March 2026, combining a TCU, software stack, and OEM backend support for OTA, which highlights the shift toward reusable, automotive-grade connectivity stacks adapted to two-wheeler packaging and ruggedization needs.

Downstream, mobile network operators and eSIM provisioning vendors enable roaming and service activation, while mapping, emergency response, and insurance or analytics partners monetize connected data under OEM consent models. Partnerships show how OEMs and EV makers use specialist providers to shorten integration cycles. PURE EV partnered with JioThings in February 2025 to integrate 4G-enabled digital clusters and telematics, and Pioneer and HERE Technologies expanded two-wheeler navigation and location-based connected services through their December 2024 partnership and India-focused device debuts in January 2025. UNECE R155 cybersecurity requirements add cross-tier obligations for secure development, supplier attestations, and update traceability, which increases the value of certified software processes and interoperable C-ITS profiles (via bodies such as the Connected Motorcycle Consortium) for scaling deployments.

Market Opportunities and Future Outlook

OEM demand is increasingly oriented around modular connectivity platforms that reduce engineering effort while meeting tighter cybersecurity and software-update governance. This creates whitespace for turnkey TCUs, OTA stacks, and managed connectivity services that are designed for motorcycle-specific constraints, including power draw, ruggedization needs, and HMI limitations. HARMAN's March 2026 Ready Ride announcement provides a concrete indicator of suppliers productizing end-to-end two-wheeler connectivity, including device, software, and backend, which supports more standardized deployments across multiple models and geographies.

A second opportunity is emerging at the intersection of navigation, safety services, and V2X standardization as connected features move from infotainment add-ons toward compliance and risk-reduction tools. In India, the Ministry of Heavy Industries issued an advisory to implement CSMS and SUMS from 1 October 2026, and TRAI released a 2026 consultation on a V2X regulatory framework proposing C-V2X (3GPP Rel.16+) and spectrum in the 5.9 GHz band. Together, these actions push OEM roadmaps toward secure, update-capable architectures that can host future cooperative safety functions. In parallel, BRP Inc. launched BRP GO! on-road navigation in June 2026 with direct integration to a 10.25-inch vehicle display, pointing to continued OEM investment in integrated cockpit experiences that do not rely entirely on smartphone tethering.