Custom OEM Electric Dirt Bike Factory & Supplier

Proprietary Chassis Topology & Lightweight Forging

Our manufacturing facility utilizes 6061-T6 and 7075 forged aluminum alloy matrix frames engineered under multi-axis finite element analysis (FEA). This structural topology achieves a 35% reduction in frame weight compared to traditional steel trellis configurations while elevating torsional rigidity to over 2,400 Nm/degree.

By controlling frame casting, robotized TIG welding, and CNC machining in-house, we empower B2B buyers to customize head tube angles, swingarm geometries, and suspension linkage leverage ratios tailored for specific off-road, motocross, or urban supermoto deployments.

High-Voltage Powertrain & Intelligent FOC Vector Controls

Modern electric off-road applications demand transient peak current management without thermal saturation. Our OEM drivetrains incorporate advanced Field-Oriented Control (FOC) sine-wave controllers coupled with permanent magnet synchronous motors (PMSM) reaching energy efficiencies up to 96%.

We offer full CAN-bus system integration, enabling custom ECU calibration, multi-stage regenerative braking algorithms, dynamic traction control maps, and remote CAN diagnostic protocol access for fleet and white-label distributor brands.

72V to 96V/800V Architecture Transition

While 60V and 72V platforms remain standard for light commuter dirt bikes (e.g., 4.5kW to 8kW classes), heavy-duty racing dirt bikes are shifting toward 84V, 96V, and high-voltage architectures. Higher system voltages reduce copper mass in phase windings, lower line resistive losses ($I^2R$), and eliminate thermal bottlenecks during prolonged hill climbs and deep sand operation.

Immersion-Cooled & Solid-State Battery Systems

Thermal management is the critical gating factor for battery longevity in high-draw off-road environments. Future OEM specifications are migrating from passive air-cooled packs to direct phase-change liquid cooling and high-density NMC/LFP 21700/4680 cell arrangements with integrated flame-retardant aerosol suppression valves.

Software-Defined Vehicle (SDV) Infrastructure

B2B procurement is no longer limited to hardware assembly. Distributing brands require connected IoT telematics units (TU), Bluetooth/5G app integration, over-the-air (OTA) firmware update channels, and custom user interface displays (TFT/OLED) with integrated GPS anti-theft tracking.

1. International Homologation & Regulatory Readiness

Importing electric two-wheelers into regulated markets requires strict compliance with regional standards. Our factory supports complete document packages including:

• European Union: EEC CoC (Certificate of Conformity) under Regulation (EU) No 168/2013 for L1e-B and L3e classifications. Electromagnetic Compatibility (EMC) testing according to ECE R10.
• North America: US DOT / NHTSA registration compliance, SAE J2982 electric vehicle safety standards, and EPA noise and environmental waivers.
• Battery Safety Logistics: UN38.3 transport certification, MSDS safety sheets, and IEC 62133 cell-level approval.

2. CKD vs. SKD Assembly Optimization for Duty Tariffs

To optimize import duty structures and lower logistics cost-per-unit, we offer flexible manufacturing packaging structures:

• SKD (Semi-Knocked Down): Wheels, handlebars, and front suspension detached. Reduces container volumetric footprint by 40% while maintaining rapid sub-20-minute local final assembly.
• CKD (Completely Knocked Down): Chassis frame, wiring harness, powertrain, and battery modules packed independently. Enables local assembly plants to bypass high finished-goods import tariffs and qualify for localized manufacturing tax credits.