Engineered for urban transit, commercial delivery services, and daily smart commuting. Direct factory sourcing solutions.
The global micro-mobility ecosystem is undergoing a dramatic structural transformation. Driven by stringent municipal carbon emission mandates, rising urban density, and the exponential expansion of on-demand logistics networks, conventional internal combustion engine (ICE) light vehicles are rapidly being phased out. Modern enterprises are seeking budget-friendly yet robust electric motorcycles to solve the critical "last-mile" logistical challenge while controlling Total Cost of Ownership (TCO).
As manufacturers specializing in low-maintenance, cost-competitive, and highly efficient electric vehicle configurations, we provide scalable solutions that bridge the gap between initial procurement costs and prolonged operational lifetimes. The global market requires a diverse operational portfolio: from high-torque models capable of carrying heavy freight, such as the VRS Smart Commuter Electric Motorcycle, to agile, regulation-compliant electric mopeds for urban dense zones.
In mature consumer markets, consumer shift toward sustainable daily commuting drives the demand for cost-effective personal vehicles like the M2 400W and Q60 Urban Electric Scooters. In contrast, commercial enterprise operators demand high durability, fast-charging battery packs, and remote diagnostic systems to achieve peak fleet utilization rates.
Integrated GPS telemetry and variable battery architectures designed specifically for urban on-demand cargo deliveries.
Eliminating traditional fuel system components saves up to 72% in preventative maintenance schedules over 36 months.
Optimized motor efficiency curves match specific national power grid requirements, minimizing greenhouse gas indicators.
Successful procurement requires understanding critical powertrain components. We specialize in high-efficiency brushless DC (BLDC) motors, smart controllers, and dual brake integrations. Our manufacturing plant provides direct custom modifications to these parameters based on targeted commercial regulations.
| Model Name | Motor Power Rating | Nominal Speed | Battery Configuration | Operational Range | Key Performance Integration |
|---|---|---|---|---|---|
| E11 Smart Scooter | 2000W Hub Motor | 80 km/h | 72V Lithium System | Up to 80 km | EEC Certified, Dual Disk Brakes, Intelligent BMS |
| G18 Commuter | 1800W Hub Motor | 60 km/h | 60V/72V Flexible | Up to 70 km | EEC Certified, High Durability Suspension |
| VRS Smart Commuter | 3000W Motor | 85 km/h | 72V 40Ah Lithium | 60 - 80 km | GPS Integrated, Multimedia Display, Quick Charge |
| M2 Commuter Moped | 400W High Efficiency | 25 - 32 km/h | 48V 20Ah Lead-Acid | 60 km | Patented Exterior Frame, Low TCO, Lightweight Design |
| Q60 Urban Scooter | 27H Magnetic Steel Motor | 45 km/h | Flexible Configuration | 55 km | Smart Overtaking Assist, 3-Speed Micro-Control |
| SUNSUKI CG retro | 2000W Retro Motor | 70 km/h | 72V System | 70 km | Classic Vintage Chassis, High Torque Output |
Located in the Dacheng Industrial Park, Wuxi—extensively regarded as the "Electric Vehicle Capital of China"—our state-of-the-art facility represents a major manufacturing partnership. Together with Yangguang Lingmu Electrocar Wuxi Co., Ltd., we operate the prominent Sunsuki team.
This collaborative model combines advanced system software, telemetry solutions, and engineering design with physical production capacities. From assembly lines, heavy paint-curing stations, and robotic frame welding units, we control the cost pipeline to provide international buyers with competitive factory-direct prices without sacrificing build quality.
Aligning manufacturing designs with strict international street-legal regulations.
Importing high-voltage or low-voltage light electric vehicles presents regulatory hurdles. Wuxi Lingmo ensures global delivery through thorough certification alignments. Our factory operates under strict ISO9001:2015 Quality Management Systems, and our product line carries key international certifications.
For European markets, our vehicles feature complete EEC (European Economic Community) Certificates and the required e-mark labeling, ensuring straightforward registration processes across all EU member states. For domestic and transit markets, we utilize complete CCC (China Compulsory Certification) systems, ensuring structural safety, electromagnetic compatibility, and braking reliability indicators.
Beyond paperwork, localization means adapting to local conditions. Our R&D department optimizes electric motors for differing regions: hot climates receive specialized thermal heat-sinking casings, while cold regions feature insulated lithium-ion cells to maintain high energy output in low temperatures.
Full homologation configurations, matching vehicle speed limitations, indicator positions, and braking systems to EU standards.
Standardized component sourcing, active test benches, vibration simulations, and dyno quality control testing.
MSDS, UN38.3 sea/air cargo transport approvals, and built-in protection against over-voltage, thermal runaways, and short-circuits.
Tailoring electric motorcycles to match diverse commercial, municipal, and consumer environments.
Rear rack structures optimized for cargo boxes, matching global on-demand parcel and food delivery fleets.
Comfortable seating geometries, low seat heights, and smooth throttle responses for city environments.
Classic aesthetics like the retro CG configuration paired with robust performance features.
Zero-emission light utility transport vehicles ideal for low-speed navigation inside large indoor campuses.
High-durability frames, GPS tracking modules, and app-based remote unlocking technologies.
As a forward-thinking factory, we invest in key technological upgrades to future-proof our products for global operators. Micro-mobility is evolving beyond simple transport to become connected smart terminals. Our development pipeline focuses on three key areas:
Transitioning from standard lead-acid batteries to high-density Lithium Iron Phosphate (LFP) and testing solid-state battery integrations. This upgrade aims to improve charge cycles, safety parameters, and overall system longevity.
Our next-generation battery management systems (BMS) use predictive algorithms to manage cell discharge, control heat build-up, and extend battery lifespans by up to 25% under high-load conditions.
Vehicles will feature integrated eSIM modules, GPS positioning, remote OTA firmware updates, and comprehensive fleet diagnostic dashboards designed for large logistics fleet management.
Answering essential questions about shipping logistics, OEM options, and technology choices.
Heavy-duty urban mopeds, classic configurations, and high-performance models for commercial and recreational use.
Technical insights from our engineering department in Wuxi, helping operators optimize light electric vehicle lifespans.
The motor is the heart of your electric motorcycle. Keeping connections dry, monitoring bearing wear, avoiding prolonged peak-current overloads, and checking stator cooling fins can prevent efficiency loss and significantly extend motor operational life.
Understanding plastic paint chemistry is vital for outdoor vehicles. UV paint offers excellent scratch resistance, while polyurethane (PU) paint provides superior flexibility and UV protection. Selecting the right paint configuration ensures panels stay bright and resist cracking.
An analysis of China's transition to electric micro-mobility. Explore how robust national charging infrastructure, supply chain development in Wuxi, and municipal policies created a global hub for budget-friendly electric motorcycle manufacturing.
Lingmo