Explore our top-tier selection of high-power commuter cycles, heavy-duty cargo transport configurations, and urban mobility platforms, engineered for durability and compliance.
High-end 3000W smart commuter system complete with integrated GPS tracking, multi-functional multimedia cockpit, and long-range lithium configuration.
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Urban commuter special with a patented light-alloy frame, highly efficient 400W energy motor, and a certified 60km travel range on a single charge.
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Optimized for high-speed logistics and courier operations, featuring a robust 1800W motor capable of reaching top speeds of 80km/h.
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Industrial load handler featuring dual rear tires, heavy-duty suspension modules, dynamic 1200W high-torque hub motor, and high capacity 72V traction pack.
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EEC-homologated road-legal scooter powered by an efficient 1800W motor, designed to streamline municipal commutes and B2B sharing services.
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Classic retro-styled motorcycle frame integrated with a modern high-power 72V powertrain for maximum torque delivery and enthusiast satisfaction.
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High-efficiency commuter model featuring patented mechanical structural integrity, 400W brushless hub motor, and intelligent safety controls.
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Equipped with a robust 27H magnetic steel motor, digital 3-speed selector, and a smart overtaking mode button for seamless traffic navigation.
Inquire NowOur engineering divisions focus on scaling technology to provide smart, modular, and sustainable zero-emission transit solutions globally.
Transitioning from traditional LiFePO4 and NCM architectures to solid-state chemistry and sodium-ion designs. This migration increases volumetric energy density, prevents thermal runaway, and maintains discharge efficiency in sub-zero climates.
Moving beyond standard hub motors to integrated Permanent Magnet Synchronous Motors (PMSM) with liquid-cooling interfaces. Mid-drive arrangements dramatically lower unsprung weight, enhancing vehicle balance, suspension responsiveness, and overall system efficiency.
Our upcoming product generations incorporate integrated 5G IoT modules linked straight to the primary controller over CAN bus protocol. This permits live GPS positioning, fleet-level geofencing, remote diagnostics, and OTA firmware tuning.
We design modular vehicle platforms to solve specific economic and environmental challenges across municipal, commercial, and enthusiast sectors.
Congested metropolitan environments require robust cargo handling solutions. Our heavy-duty electric cargo motorcycles (like the HT series) are built with reinforced structural tube steel, multi-tire cargo platforms, and specialized suspension tuning to support gross cargo weights exceeding 300kg. By switching local delivery fleets from diesel or gasoline vans to heavy cargo e-motorcycles, operators cut total cost of ownership (TCO) by over 60% and streamline urban navigation.
Our cargo models are ready for customizable fleet box attachments, refrigeration compartments, and payload tracking software integrations.
Urban planners and micro-mobility distributors are constantly looking for platforms that bridge the gap between heavy traditional motorcycles and slow lightweight bicycles. Our commuter-focused electric mopeds (such as the VRS and E11 models) feature light alloy frames, optimized battery layouts for centered weight distribution, and integrated digital dash components. These features offer city commuters zero-emission alternatives that easily match the flow of city traffic.
Located inside Wuxi’s Dacheng Industrial Park—the center of global electric vehicle manufacturing—our assembly facilities leverage local supply networks to deliver high quality products.
Wuxi is widely recognized as the "Electric Vehicle Capital of China," concentrating more than 60% of the global component supply chain for two-wheel electric vehicles. This cluster provides our partnership between Wuxi Lingmo Network Technology Co., Ltd. and manufacturing veteran Yangguang Lingmu Electrocar Wuxi Co., Ltd. with direct, local access to tier-1 component suppliers for brushless hub motors, high-frequency controllers, ABS braking systems, and plastic injection moldings.
Our factory utilizes advanced manufacturing setups: computerized dynamometer testing rigs, automated robotic frame-welding modules, battery diagnostic chambers, and complete product quality-check lines. By keeping critical supply chains within a 20-kilometer radius, we protect our clients from global supply chain disruptions, optimize production turnarounds, and reduce custom tooling costs.
Toggle through our primary manufacturing classes to view detailed specifications, frame options, and performance parameters.
Model E11, G18, and TY are certified urban platforms designed to balance range and road speeds. The E11 redefines urban speed limits with its 2000W rear hub motor, delivering top speeds up to 80 km/h. Backed by a full European EEC Certificate, it represents the modern standard for fast delivery services and long-distance city commutes.
We manufacture our products to comply with regional transport rules, ensuring hassle-free imports, customs clearances, and licensing procedures worldwide.
Exporting vehicles requires strict adherence to safety, environmental, and electromagnetic compatibility laws. Our factory processes are ISO9001 certified. For EU countries, we provide EEC (European e-Mark) certified electric scooters and motorcycles, which allows importers to easily generate Certificates of Conformity (CoC) for local vehicle licensing.
For markets in North America, we verify that our vehicle assemblies meet relevant DOT standards and EPA regulations. We also support regional standards such as ADR in Australia and CCC in China, making our vehicles ready for public roads worldwide.
Our project management process takes your specifications from initial drafts and prototype stages all the way to final mass production and delivery.
Specify payload capacity, top speeds, voltage requirements (60V/72V), battery chemistry (Lead-Acid, LFP, or NMC), and regional registration requirements. We provide a detailed quote and compatibility analysis.
Our engineering division creates full-scale digital CAD models. Once the digital mockups are approved, we build physical prototype vehicles for structural and electrical testing.
Upon final sign-off, we build custom plastic injection molds and aluminum extrusion tools. Production is scheduled on our assembly lines, and every unit undergoes dyno testing before packing.
Select from our certified production models below. These configurations can be customized with your brand logo, corporate color schemes, and preferred electronics systems.
CE-approved, featuring a magnetic steel 27H traction motor, premium controller module, and smart push-button overtaking technology.
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An affordable fleet solution featuring a dependable 1200W motor, front and rear disc brakes, and a verified 80km city travel range.
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A retro-inspired frame that integrates heritage styling with a high-voltage 72V electrical system, designed for premium consumer markets.
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Export-ready commuter moped built with dual disc brakes, an efficient 1200W hub motor, and durable ABS body plastics.
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Designed for urban delivery logistics, this model features dual rear tires, an industrial 1200W motor, and a heavy-duty cargo rack.
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A performance motorcycle equipped with a 3000W drive motor, CNC-machined suspension components, and forged light-alloy rims.
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EEC-certified, featuring a 2000W high-speed motor that reaches up to 80km/h, offering a cost-effective alternative for commuters.
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An industrial cargo model powered by a 1200W motor and a 72V battery, designed for long delivery shifts and heavy workloads.
Inquire NowRead our technical articles written by our material science and powertrain engineering teams.
The electric motor is the core of your vehicle. Learn how to prevent water ingress, keep your seals lubricated, monitor operating temperatures, and preserve magnets from losing their charge.
We compare Polyurethane (PU) and Ultraviolet (UV) paint finishes. Learn which coating offers better flexibility, impact resistance, and UV protection to keep your vehicle's plastics looking new.
An in-depth look at how electric two-wheelers transitioned from basic commuter vehicles to connected, high-performance mobility devices that shape modern smart cities.
Answers to common technical, logistics, and customization questions for commercial buyers.
We offer Lead-Acid, Lithium Iron Phosphate (LFP), and Nickel Cobalt Manganese (NCM) battery options depending on your project needs. Lead-acid batteries have a lower initial cost but are heavier and have a cycle life of 300 to 500 charges. Lithium options (LFP and NCM) are much lighter, support deeper discharge cycles, and offer significantly longer life spans: LFP batteries last over 2,000 cycles, while NCM batteries provide higher energy density for extended range.
We build our vehicles to comply with international regulations. For EU countries, we supply EEC-homologated vehicles with complete Certificate of Conformity (CoC) documentation, making it easy to register vehicles for public roads. For US markets, we ensure our models conform to DOT and EPA safety and emission requirements. We also offer customization options to help meet specific local vehicle standards.
MOQ varies depending on the level of customization. For standard models with custom branding (logos and color schemes), the MOQ typically starts at 20 to 50 units (one 20GP or 40HQ container). For custom frame modifications, new plastic molds, or bespoke electrical systems, the MOQ is negotiated based on engineering costs and tooling requirements.
Because Wuxi concentrates a large portion of the global two-wheel electric vehicle supply chain, our factory can source components like motors, controllers, and chassis parts locally. This proximity reduces shipping and manufacturing delays, cuts down material costs, and allows us to quickly integrate new technologies into our production lines.
For standard production orders, lead time is usually 30 to 45 days after deposit confirmation and technical sign-off. Highly customized ODM projects requiring structural frame modifications or new mold development may take 60 to 90 days. We provide detailed timeline estimates during the project scope phase.
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