Two-wheelers are transforming from simple transportation tools into energy carriers. This new market landscape signals a critical turning point in the next phase of two-wheeler. According to Research and Markets, the global two-wheeler market is projected to reach USD 123.81 billion in 2025 and grow to USD 165.38 billion by 2030. Meanwhile, the competitive focus is shifting from hardware specifications to Software-Defined Vehicles (SDV) and circular economy strategies. 

On the energy front, the upcoming commercialization of solid-state batteries and the cost advantages of sodium-ion batteries are addressing range and affordability challenges. On the technology front, AI algorithms, 5G, and V2X connectivity are equipping motorcycles with environmental perception capabilities. Advanced Rider Assistance Systems (ARAS), once exclusive to high-end heavyweight motorcycles, are now being introduced into commuter models, redefining riding safety experiences. Notably, the EU's Digital Battery Passport, set to take effect in 2027, will establish green thresholds requiring low-carbon materials such as recycled aluminum and thermoplastic carbon fiber to meet carbon footprint standards from the source. 

The New Energy Battle: From Solid-State and Sodium-lon to the Digital Battery Passport 

The powertrain battleground for two-wheelers is moving beyond a single lithium-battery framework toward a dual strategy of peak performance and cost accessibility. At CES 2026, Finnish startup Donut Lab unveiled a solid-state battery for Verge Motorcycles' electric superbikes, demonstrating an energy density of up to 400 Wh/kg and full charging in just five minutes. If comercialized, this technology would not only eliminate the flammability risks of liquid electrolytes but also usher in a new era in which high-performance electric two-wheelers rival the refueling efficiency of gasoline vehicles. 

At the other end of the spectrum, sodium-ion batteries are reshaping the mass commuter market with their cost competitiveness. Amid lithium price volatility, Chinese manufactures Yadea and TAILG have incorporated sodium-ion technology into affordable models. Although sodium batteries offer slightly lower energy density, their abundant raw material reserves provide significant cost advantages, along with strong low-temperature discharge performance (for example, TAILG batteries retain 93% capacity at -20°C). This makes sodium-ion technology a key solution for price-sensitive ASEAN and emerging markets. 

Regulatory developments are equally important. Following the adoption of the EU's New Battery Regulation, Digital Battery Passports (DBP) will become mandatory for Light Means of Transport (LMT) batteries starting February 2027. Two-wheeler batteries entering the EU must carry a dedicated QR code disclosing full lifecycle information—from raw material sourcing and carbon footprint to recycled content and battery health status. For Taiwan's supply chain, establishing transparent carbon data management systems will serve as a green passport to the European market.  

Guardians of Rider Safety: ARAS, V2X, and Smart Devices 

Another key driver of industry upgrading lies in safety technology innovation. According to Global Growth Insights, the global motorcycle ARAS market is expected to grow at a CAGR of 6.71%, reaching USD 3.69 billion by 2035. Bosch introduced six radar-based functions two years ago, including Adaptive Cruise Control with Stop & Go (ACC S&G) and rear collision warning systems. This trend is also creating new opportunities for Taiwan’s supply chain, with manufacturers investing in motorcycle-specific millimeter-wave radar and Blind Spot Detection (BSD) modules. 

In connectivity, 5G V2X is ensuring motorcycles are no longer isolated on the road. With the 5G Automotive Association (5GAA) actively promoting C-V2X standards, future two-wheelers will communicate with roadside infrastructure and other vehicles, enabling intersection collision prevention and non-line-of-sight warnings. Human-Machine Interface (HMI) innovation is also advancing. Helmet brand Shoei has launched its first AR-integrated helmet, projecting speed, GPS navigation, incoming calls, and radar alerts directly into the rider’s field of vision via a built-in head-up display (HUD). These developments demonstrate the industry’s shift from traditional mechanical craftsmanship to integrated sensing, computing, and display technologies for intelligent riding experiences. 

Sustainable Innovation in Parts and Materials: Strengthening Green Circular Competitiveness 

In the race toward net-zero emissions, competitiveness in motorcycle components is being redefined. “Lightweighting” and “material circularity” have become central themes. In advanced composites, carbon fiber manufacturer Supreem Carbon has extended its applications to high-end models such as the BMW S1000RR and Ducati DesertX, producing precision body kits and protective covers including tank covers, fairings, and chain guards. 

Compared to conventional thermoset materials, these thermoplastic carbon fiber composites are recyclable, easier to repair, and offer superior toughness and impact resistance. Their ability to be reheated and reshaped significantly shortens production cycles, gradually replacing traditional thermoset epoxy resins and becoming a key enabler of both lightweight design and circular economy goals. 

In metal forming, Yamaha has introduced Controlled Filling Die Casting (CF high-vacuum die casting) technology, successfully applying magnesium alloy (AM60B) to the rear frame of the YZF-R6. Compared with aluminum alloys, this reduces weight by approximately 20%, demonstrating the dual benefits of lightweight metals in structural optimization and complex forming. 

Market Opportunities and Taiwan’s Strategic Positioning 

Globally, the two-wheeler market presents a dual trajectory: Asia-Pacific leads in scale, while Europe and North America focus on high-end transformation. In Asia-Pacific, China dominates electric two-wheelers with its integrated supply chain. India, the world’s largest motorcycle producer, is entering a rapid electrification phase. ASEAN countries such as Vietnam and Indonesia treat two-wheelers as daily necessities, accelerating the shift from gasoline to electric models, with Vietnam emerging as the region’s largest electric two-wheeler market. 

Although smaller in volume, Europe emphasizes high value-added and environmental compliance. Electric cargo bikes (E-Cargo) are replacing fuel vans to address zero-carbon last-mile delivery needs. North America, by contrast, is leisure-oriented, favoring high-power and high-performance motorcycles, with premium electric and connected models gaining popularity. 

For Taiwan, the breakthrough opportunity lies in integrating ICT capabilities into two-wheeler applications, creating software-hardware synergy. A primary strategy is exporting energy services and core technologies. Gogoro has adopted an asset-light model—providing core technology while partners manage operations—to expand into Southeast Asia’s high-growth energy infrastructure markets. Another strategy is targeting high value-added safety components, positioning Taiwan as an indispensable partner for OEMs pursuing smart mobility and net-zero transformation. 

Across the industry chain, strategic thinking must also evolve. OEMs need to transition into mobility service providers, deepening the value of software-defined vehicle applications. Tier-1 suppliers should modularize advanced ARAS systems to offer one-stop digital solutions, integrating radar sensing and connectivity into mid-range commuter markets. Component manufacturers are advised to establish comprehensive material traceability systems and invest in low-carbon material R&D. 

If Taiwan continues to strengthen these technological advantages and assume the role of integrated solution provider, it will become a pivotal player in the global motorcycle supply chain—and potentially a standard-setter for the next generation of intelligent two-wheelers.