Explore our line-up of custom engineered electric scooters and high-performance motorcycles built for global compliance, city commuting, and heavy-duty logistics operations.
China factory compliant design built for urban commutes, featuring a patented aesthetic chassis structure and reliable energy output.
View Details
High performance commuter model integrated with GPS tracking, interactive multimedia display console, and advanced power management.
View Details
Retro design classic motorcycle style engineered with a robust 72V battery and customizable aesthetics for motorcycle enthusiasts.
View Details
Configured with a 2000W power system, dual disc brakes, and capacity for speeds up to 70 km/h under sustained workloads.
View Details
EEC certified road-legal solution offering up to 45 km/h top speed and an efficient 70 km single-charge operating range.
View Details
Reliable 400W light mobility scooter featuring an ergonomic structure and optimal cost-to-performance ratio for shared mobility fleets.
View Details
Featuring intelligent motor controls, dynamic safety sensors, versatile battery configurations, and direct-from-factory pricing options.
View Details
Highly robust urban commuter with an 1800W engine package, optimized chassis geometry, and certifications compliant with EU directives.
View DetailsLeveraging geographical scale, localized component consolidation, and technological synergy to deliver unparalleled cost and structural efficiency.
In the global race toward vehicle electrification, Wuxi, China, has emerged as the definitive global capital of electric two-wheeler production. Collaborative operations such as Wuxi Lingmo Network Technology Co., Ltd. and their dedicated manufacturing ecosystem partners, including Yangguang Lingmu Electrocar Wuxi Co., Ltd., have established a state-of-the-art framework for designing, testing, and exporting premium OEM electric motorcycles worldwide. Under the renowned Sunsuki banner, this industrial cluster integrates advanced lithium battery assembly, motor winding automation, steel chassis hydroforming, and robotic welding under a single localized ecosystem.
This deep industrial concentration delivers clear structural benefits for global procurement departments. By drawing on Wuxi’s established tier-one suppliers for permanent magnet brushless DC motors (BLDC), high-frequency sine-wave controllers, and high-tensile steel frames, production turnaround cycles are compressed by up to 40% compared to fragmented assembly setups elsewhere in Southeast Asia or Europe. Additionally, Wuxi's integrated testing infrastructure ensures that electronic compliance standards (such as electromagnetic compatibility testing and IP67 ingress testing for electrical components) are carried out directly during the prototyping phase. This approach drastically mitigates development risks and accelerates the route-to-market for custom electric motorcycles.
Countries Served
Quality Standard
Core Factory Units
Innovation Center
An in-depth analysis of emerging technologies, legislative tailwinds, and mechanical innovations in the global e-mobility segment.
The transition from traditional lead-acid configurations to intelligent lithium-ion (NMC and LiFePO4) chemistries, coupled with the emergence of cost-effective sodium-ion alternatives, guarantees longer lifetimes, faster charging capability, and reliable operation in extreme thermal environments.
Modern electric vehicles act as connected IoT nodes. Integration of CAN-Bus architectures allows onboard controllers to talk directly to GPS trackers, diagnostic displays, and anti-theft systems. This offers real-time telemetry crucial for smart city integrations and rental fleet operators.
Adhering to strict international certification paradigms is no longer optional. Export-quality models must carry the European Union's e-Mark (EEC) certification, China's Compulsory Certification (CCC), and ISO 9001 quality system credentials to ensure legal operation across European, Asian, and American markets.
How global enterprise buyers deploy customized electric scooters and heavy-duty cargo electric platforms to achieve structural efficiency and lower Total Cost of Ownership (TCO).
Two-wheelers operate in diverse environments. For delivery applications in dense urban centers, cargo bikes like the HT Heavy-Duty Electric Cargo Motorcycle are engineered with reinforced suspension, heavy load ratings, and long-lasting 72V battery banks. This enables constant duty cycles without battery degradation. On the other hand, corporate commuter programs and green campus fleets rely on sleek, patented designs like the M2 400W Electric Scooter or the G18 1800W series, which balance range, speed, and safety in compliance with municipal regulations.
| Application Scenario | Key Hardware Requirements | Recommended Model Parameters | Compliance Standards |
|---|---|---|---|
| Last-Mile Courier & Food Delivery | Extended load capacity, reinforced rear dual racks, high capacity swappable batteries | 1200W - 1800W Motor, 72V 30Ah LFP Battery, Heavy-Duty 12" Tyres | EEC/e-Mark, CE |
| Daily Urban Commuting | Patented aerodynamic body, optimized speeds, responsive braking | 400W - 1200W, 48V/60V Battery, Disc/Drum hybrid brakes | CCC, e-Mark, CE |
| B2B Logistics & Smart Sharing Fleets | GPS/GPRS telemetry, remote immobilizer, CAN-Bus controller, robust stand | 1200W Smart Commuter, Integrated Telematics Unit | ISO 9001, FCC, RoHS |
| High-Performance & Leisure | High torque PMSM hub or mid-drive motor, CNC alloy suspension, forged wheels | 3000W+, 72V 40Ah+ NMC battery, Dual-Channel ABS brakes | e-Mark (L3e category) |
A structured blueprint for global procurement heads, QA directors, and OEM buyers auditing electric motorcycle assembly lines.
When procurement managers buy from electric motorcycle manufacturers, they must verify more than just motor wattage and aesthetics. Assessing the manufacturing plant's quality management system is essential. High-quality production lines use automated testing jigs, dynamometers for motor load tests, and climate chambers to check battery performance in extreme weather. Crucially, verify that the factory's safety measures include a dedicated, fire-safe storage area for battery cells and automated testing to ensure BMS communication functions correctly.
Furthermore, evaluating structural integrity requires reviewing the materials used. Premium electric motorcycles use high-tensile carbon steel or lightweight aluminum alloys. We perform rigorous weld tests and use UV-resistant coatings (like polyurethane or specialized UV paint on plastic parts) to prevent fading and cracking. For shared transport and last-mile logistics, these design details directly affect lifespan, reducing fleet maintenance costs by up to 25% over a three-year operating period.
Addressing core procurement inquiries, logistics constraints, and configuration parameters of our electric two-wheeler lines.
For standard models requiring custom brand decals, the production cycle is typically 25 to 30 days. For complete ODM custom designs requiring modified tooling and customized injection molding, development cycles take between 60 to 90 days. Samples are usually finalized and shipped within 15 to 20 business days.
Traditional lead-acid batteries (often deployed in cost-sensitive markets, such as the standard M2 model configuration) have a lifespan of approximately 300 to 500 charge-discharge cycles. Conversely, lithium-ion packs (NMC or LFP) deliver between 1,000 to 2,000 full cycles, offering significantly lower long-term operating costs and reliable performance under intensive daily use.
For street use in European Union countries, vehicles must conform to the e-Mark (EEC/CoC) certification. This establishes key parameters for components like tires, lighting, braking systems, and electrical circuits. Standard mopeds (under 45 km/h) are certified under L1e, while high-performance electric motorcycles fall under the L3e classification.
Wuxi features an integrated, high-density supply chain network where raw material processing, controller calibration, and motor manufacturing occur within a 30-kilometer radius. This cluster reduces assembly logistics costs, streamlines quality audits, and guarantees quick access to components, ensuring competitive global pricing.
Review our specialized configurations for high-speed performance, retro commuter styling, and commercial-grade cargo operations.
Tailored configuration featuring a smart motor system, active battery protection, and an integrated digital dashboard.
View Details
High-end performance model with a 3000W output, CNC machined suspension, and forged wheel hubs for performance enthusiasts.
View Details
Designed for urban fleet management, featuring full EEC compliance, GPS compatibility, and a highly durable structure.
View Details
Engineered for urban delivery logistics, offering an 80km/h top speed and an efficient 70km operating range per charge.
View Details
An affordable, road-legal commuter scooter combining a robust 1800W motor with reliable daily performance.
View Details
Retro design classic motorcycle style featuring factory-direct pricing, 70 km/h speeds, and custom finish options.
View Details
EEC certified commuter motorcycle offering 45 km/h top speeds, robust electronics, and direct factory supply.
View Details
Designed for industrial logistics, featuring a high load capacity, 12" tires, and a powerful 72V battery setup.
View Details
Lingmo