Explore our industrial-grade, certified electric scooters and performance motorbikes optimized for global distribution.
The global transportation sector is undergoing a rapid, structural transition toward electrification, driven by stringent municipal emission regulations, volatile fossil fuel prices, and institutional decarbonization mandates. In this context, electric road motorcycles have evolved from niche experimental vehicle frameworks into highly scalable, primary assets for urban logistics, commuter systems, and recreational transportation platforms.
As a leading innovator centered in the heart of China's primary manufacturing cluster, we integrate complex power electronics, durable battery chemistries, and robust chassis engineering to design vehicles capable of navigating demanding urban duty cycles. The optimization of range-to-weight ratios remains our prime engineering directive, unlocking superior performance metrics for logistics fleets and direct-to-consumer distributors globally.
Based within the highly integrated Dacheng Industrial Park in Wuxi—long recognized as the "Electric Vehicle Capital of China"—our manufacturing partnerships enjoy direct access to an unparalleled local supply chain ecosystem. Wuxi houses concentrated facilities specializing in stator winding technology, sophisticated BMS (Battery Management Systems) development, advanced mold engineering, and high-tensile frame metallurgy.
This physical proximity to key raw material suppliers and R&D centers translates to a significant cost advantage, faster development lifecycles for OEM and ODM projects, and precise quality control oversight. We leverage these local resources to construct vehicles that meet rigorous international specifications, ensuring global reliability and rapid turnaround times.
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Dedicated R&D Team
Bridging standard production and customized OEM engineering to deliver high-performance electric powerhouses.
At the core of our electric road motorcycles is our custom-engineered brushless DC (BLDC) hub motors and mid-drive solutions, ranging from 1200W for light transit options to over 3000W for high-performance sporty variants. Utilizing high-coercivity NdFeB permanent magnets, our motors maintain exceptional thermodynamic efficiency under sustained high-load operations, drastically mitigating thermal runaway risks.
Our motor controllers feature smart FOC (Field Oriented Control) vector processing. By dynamically modulating sinusoidal currents based on real-time rotor feedback, the system secures highly smooth acceleration arcs, maximizes recuperative braking efficiencies, and recovers up to 15% of energy during deceleration phases.
We deploy dual battery paths depending on targeting markets and regulatory schemes: lead-acid configurations for entry-level economic frameworks and premium Lithium-Ion (NCM/LFP) solutions for high-energy density requirements (e.g., 72V 40Ah). Our integrated smart BMS continuously monitors voltage balance across individual cells, preventing over-charging, deep-discharging, and short-circuit faults.
Thermal dissipation structures within our battery enclosures are designed with shock-absorbent, flame-retardant honeycomb cells, ensuring optimal structural integrity and thermal shielding during extended operational cycles across temperature extremes.
Premium designs engineered for versatility, intelligence, and sustained performance.
Designed specifically for modern logistics operators and urban riders demanding permanent connectivity. Equipped with a native high-speed GPS locator, multimedia telemetry display, and intelligent diagnostics, the VRS represents the pinnacle of smart two-wheel commuting.
The R1 is built for motorcycle enthusiasts demanding raw acceleration coupled with modern stability controls. Utilizing a specialized CNC-machined alloy suspension assembly and forged lightweight alloy wheels, this vehicle minimizes unsprung weight to maximize dynamic agility.
A compliance-first platform tailored specifically for the European Union. Featuring the stringent E-Mark certification, the E11 simplifies the registration process, removing operational barriers for European B2B logistics firms and dealers.
Custom solutions integrated seamlessly into corporate fleets and municipal infrastructure.
The explosive growth of e-commerce requires agile, zero-emission logistics chains. Our electric scooters and custom cargo mopeds are engineered to support heavy rear-carrier attachments, custom delivery thermal boxes, and reinforced frame structural nodes. By eliminating fuel and complex maintenance costs, fleet operators report up to a 60% reduction in daily overheads.
As cities implement clean-air zones, standard internal combustion commuter bikes face structural restrictions. Our high-efficiency models, like the N18 and G18, provide cost-effective solutions for municipal staff and public transit grids, ensuring reliable, emission-free daily transit.
We supply high-durability fleets for urban micromobility rental schemes. Standard configurations include robust anti-vandalism designs, hidden GPS tracking wiring, QR code access integration, and durable solid-core battery casings. These structural updates prevent common fleet wear and tear.
Bridging the gap between eco-friendly commuter options and aesthetic styling. Classic layouts, such as the retro SUNSUKI CG, leverage historical styling elements without sacrificing modern electric propulsion advantages. Perfect for distributors catering to eco-conscious urban professionals.
Quality control is critical when manufacturing electric road motorcycles. Our partner factories strictly adhere to ISO9001 Quality Management System rules. Every production run undergoes structural weld inspections, wire harness insulation testing, and computerized chassis dynamometer reviews to verify real-world speed and torque consistency before final packing.
We manage structural testing lines focused on IP67 waterproof certification for all electrical enclosures, ensuring our fleets run safely in heavy rain and humid environments without short-circuiting risk.
Unlocking global target markets requires specific, documented compliance structures. Our vehicles hold certifications including the China Compulsory Certification (CCC) and the European e-mark (EEC) standard, allowing distributors to complete importing and licensing procedures smoothly. We actively assist overseas partners during local homologation testing cycles.
By working with accredited global testing bodies, we secure certified, verified reports covering battery stability, electromagnetic compatibility (EMC), and brake system stopping distance tolerances.
Exploring the engineering milestones that will shape the next generation of electric road transportation.
While Lithium-Ion batteries remain the gold standard for range-intensive commuter options, we are investing R&D resources into Sodium-ion chemistry platforms. Sodium-ion batteries deliver exceptional performance under extreme cold (-20°C) and reduce raw material sourcing reliance on lithium, lowering vehicle production costs significantly for entry-level fleets.
Future models will shift from basic telemetry to real-world edge diagnostics. Advanced controllers will monitor battery degradation patterns, flag thermal fluctuations at the cell level, and send proactive maintenance alerts to dispatch centers via integrated Cloud API interfaces, minimizing downtime.
To address the demand for high-speed highway commuting, our engineering teams are developing high-voltage drivetrain systems. Shifting from 72V to 96V reduces current requirements at identical power thresholds, lowering heat generation, improving powertrain efficiency, and enabling high speeds exceeding 110 km/h.
Using carbon composite structures and magnesium-aluminum alloy structural frames allows us to shed structural chassis weight. This reduction compensates for larger battery payloads, extending single-charge ranges without expanding the physical size of the motorcycle.
Stay informed with technical tutorials and market updates from our core engineering team.
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Common questions from distributors, B2B procurement managers, and fleet operators.
Standard production cycles range from 30 to 45 days after deposit confirmation and blueprint sign-off. This timeline includes structural chassis welding, battery integration, custom paint applications, and rigorous final dyno safety testing.
Several flagship models (e.g., E11, G18, TY) carry valid EEC certifications. For specialized ODM designs, we manage the full certification pathway with international testing laboratories, providing all necessary documentation for local vehicle registration.
We supply both cost-effective Lead-acid batteries and high-performance Lithium-ion (NCM/LFP) configurations. Every lithium-ion pack is coupled with a smart BMS that protects cells from voltage spikes, balancing currents across parallel grids.
Yes, our intelligent VRS series supports custom software integrations. The controller’s standard IoT motherboard can be flashed with custom APIs and tracking software systems prior to dispatch.
We offer a comprehensive 12-month structural warranty on our brushless DC motors, smart controllers, and battery packs. We also supply a percentage of replacement components with every bulk shipment to ensure rapid local maintenance turnaround times.
Explore our classic, retro, and performance road motorcycles ready for global distribution.
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