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Explore our factory-direct powertrains, high-discharge battery packs, smart IoT instrument clusters, and modular two-wheeler assemblies engineered for international compliance.
High-density 72V 50Ah LFP battery pack equipped with high-current Smart BMS, aluminum thermal casing, and 3,500+ deep cycle lifecycle for high-speed electric motorcycles.
Original Grade A prismatic LiFePO4 cells offering ultra-low internal impedance, high thermal stability, and customizable voltage configuration for custom EV swap packs.
Modular floor-standing & wall-mounted LFP energy storage system designed for EV charging station buffer storage, microgrids, and commercial power support.
Heavy-duty commercial utility cargo e-bike with reinforced alloy chassis, high payload capacity, dual-battery support, and customizable front/rear rack attachments.
Multi-voltage high-capacity lithium battery solution tailored for urban commuters and high-speed delivery fleets, featuring compact footprint and heat dissipation plates.
Automotive-grade 6.75" IPS touch display panel with 4G/GPS telemetry, OTA firmware capability, customizable UI skinning, and IP67 weather resistance for high-end EVs.
High-contrast, wide-temperature range segment TN LCD module designed for rugged instrument clusters, speedometers, and battery state-of-charge indicators.
Automotive pouch lithium cells supporting up to 16C peak pulse discharge. Ideal for racing-spec electric motorcycles and heavy-acceleration EV platforms.
An in-depth technical analysis on structural frame design, high-voltage battery management systems (BMS), high-speed PMSM motors, and global homologation standards for B2B procurement leaders.
Traditional motorcycle frames rely on heavy tubular steel spaceframes that add unnecessary sprung mass. Our OEM engineering paradigm leverages aerospace-grade folded aluminum chassis and high-pressure die-cast monocoque structures. This reduces overall vehicle kerb weight by up to 35% while increasing torsional rigidity for crisp, high-speed cornering stability and optimized energy efficiency.
High-speed electric motorcycles demand sustained discharge power without entering thermal throttling. Our battery packaging incorporates direct-contact aluminum cooling plates, phase-change materials (PCM), and intelligent BMS architecture supporting 4C continuous and 16C pulse current rates. Certified under UN38.3, CE, and UL2580 for international commercial export.
To exceed top speeds of 120 km/h (75 mph) while delivering instant zero-RPM torque, our factory utilizes Permanent Magnet Synchronous Motors (PMSM) paired with liquid-cooling sleeves or high-surface-area air fins. Integrated with field-oriented control (FOC) sine-wave controllers, energy conversion efficiency peaks at over 96% under heavy load conditions.
Technical OEM Integration Note: Modern B2B importers must evaluate EV powertrains holistically. Combining high-C-rate pouch cells (like the 16C GBT cell) with high-voltage controllers (ASI or FOC customized) allows lightweight electric motorcycles to match 250cc-400cc ICE motorcycle acceleration while maintaining zero direct carbon emissions and minimal maintenance schedules.
We bridge aerospace structural design with scalable, high-volume automated vehicle assembly. From low-volume bespoke prototypes to turnkey fleet deployments, our California-engineered and global-scale manufacturing operations provide unmatched E-E-A-T assurance.
Discover the 4 key technological shifts defining global two-wheeler supply chains over the next decade.
B2B commercial fleet operators and private riders now demand real-time diagnostics. Modern OEM specifications must integrate CAN-bus connected 4G/GPS smart instrument clusters (such as our 6.75" touch panel). This enables Over-The-Air (OTA) firmware updates, remote geofencing, battery health monitoring, and predictive maintenance alerts directly to cloud platforms.
Urban charging infrastructure gaps are driving rapid adoption of removable high-capacity lithium battery packs. Sourcing 72V 50Ah or custom LFP packs equipped with integrated rolling handles or quick-release latching systems allows apartment dwellers and last-mile delivery fleets to charge indoors without relying on dedicated charging stations.
While 48V-72V remains standard for urban commuting, high-speed highway-capable e-motorcycles are moving toward 96V+ high-voltage platforms. Incorporating Automotive Grade DC Fast Charge (CCS Type 1/Type 2 or GBT standard) reduces 0-80% charge times to under 25 minutes, making long-distance electric motorcycle touring commercially viable.
ESG regulations in Europe and North America mandate circular economy compliance. Our OEM framework prioritizes unpainted recyclable aluminum alloys, non-toxic LiFePO4 battery chemistry (eliminating cobalt and nickel constraints), and modular sub-assemblies designed for rapid end-of-life disassembly and component recycling.
Compare our flexible manufacturing tiers to align with your market launch strategy and budget parameters.
| Engineering Specification | Standard OEM Supply | Full ODM Custom Build | High-Performance Racing/Fleet |
|---|---|---|---|
| Target Vehicle Class | L3e / 125cc ICE Equivalent | Bespoke Urban / Dual-Sport | High-Speed Highway / Military Fleet |
| Nominal Battery Voltage | 48V / 60V / 72V Standard | 72V - 96V Custom Pack | 96V - 120V High Voltage |
| Battery Chemistry Options | Prismatic / Pouch LiFePO4 | High-Density NCM / LFP Pouch | 16C Ultra-High Discharge Pouch Cells |
| Motor Peak Power | 5kW - 10kW Air-Cooled | 10kW - 20kW Liquid-Cooled PMSM | 25kW+ High-RPM PMSM Mid-Drive |
| Display & Cockpit Telematics | TN LCD Display Module | 6.75" IPS Touch Cluster (IoT/4G) | Custom CAN Dashboard + Fleet Cloud API |
| Frame & Suspension | Steel / Aluminum Hybrid | Aerospace Folded Alloy Monocoque | Reinforced Heavy-Duty Utility Frame |
| Minimum Order Quantity (MOQ) | 50 Units | 200 Units | Custom Fleet Project Basis |
By utilizing a standardized drivetrain core, OEM buyers can deploy distinct vehicle variants with minimal tooling overhead.
Clear, definitive answers regarding OEM customization, lead times, international compliance, and battery safety protocols.
