Direct supply paths from China's Wuxi Cluster, featuring industry-leading performance and build quality.
Embodying the timeless appeal of CG retro designs with modern technology. Features a robust 2000W hub motor with 70km/h speed capability.
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Direct-from-factory wholesale model tailored for commercial distributors seeking classic aesthetics paired with reliable brushless drivetrains.
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Fully compliant for European markets under EEC directives. This 1200W model delivers an optimized 45 km/h urban velocity for L1e class registration.
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Perfect entry-level urban commuter. Equipped with a patented structural frame, a 400W eco-drive, and a reliable 60km range profile.
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Smart-ready vehicle integration featuring built-in GPS telemetry, digital multimedia cockpit, and customizable power profiles.
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Cost-efficient adult electric motorcycle combining structural durability with a powerful 72V architecture for demanding urban topographies.
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Ready for private labeling and regional OEM/ODM adjustments. Backed by a 2000W brushless hub motor and flexible lithium or lead-acid setups.
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High-torque 3000W output designed for performance-focused commuters. Features a smart GPS interface and advanced energy recuperation.
Get Quotation & SpecsThe global shift toward micro-mobility is accelerating, driven by municipal zero-emission zones, rising fuel costs, and structural infrastructure shifts. In metropolitan landscapes, electric mopeds and motorcycles represent the optimal trade-off between energy consumption, footprint, and operating cost. Under the EU Green Deal and similar international emission initiatives, procurement agents are rapidly transitioning fleet compositions away from internal combustion engines (ICE).
For global distributors and fleet operators, securing reliable manufacturing partners in China is no longer merely about acquiring the lowest initial quote. Sourcing is now a multi-dimensional optimization challenge balancing homologation compliance (EEC/CoC, DOT), battery chemistry safety (LFP vs. NMC), supply chain transparency, and long-term diagnostic support. The "China Electric Moped Motorcycle Exporters & Pricelist" serves as a benchmark documentation tool for identifying qualified manufacturing assets capable of sustaining industrial-grade performance.
"By 2030, micro-mobility configurations in logistics and passenger transport are projected to constitute over 35% of total urban vehicular miles traveled. Navigating the regulatory landscape of Chinese manufacturing clusters is critical for capturing this transition."
The production of electric mopeds and motorcycles is highly concentrated within regional clusters, with Wuxi in Jiangsu Province serving as the "Electric Vehicle Capital of China." Wuxi’s industrial parks house a complete supply chain—from high-efficiency brushless DC (BLDC) motor winding factories to advanced Battery Management System (BMS) developers. Sourcing from this cluster, through exporters like Wuxi Lingmo Network Technology, guarantees direct access to localized R&D innovations and lower domestic transit logistics costs.
Key technical thresholds expected by B2B buyers in major regions:
Examining the engineering and assembly workflows behind the Wuxi production ecosystem.
China’s leadership in the EV moped export market stems directly from industrial efficiency. The manufacturing processes at the partnership factory of Yangguang Lingmu Electrocar Wuxi Co., Ltd. leverage advanced robotics, automatic motor winding assemblies, and dynamic battery test chambers. This level of automation prevents human error during cell matching and weld consistency, which directly improves pack longevity.
B2B buyers face a strategic choice between two primary battery architectures: Lithium Iron Phosphate (LiFePO4/LFP) and Lithium Nickel Manganese Cobalt Oxide (NMC). While NMC cells offer superior energy density—ideal for high-velocity commuters like the E11 (80km/h) or the VRS (85km/h)—LFP cells provide up to 3,000 charge cycles, making them highly cost-effective for heavy commercial distribution. Our factory systems offer customizable battery designs, including dual-pack configurations with smart balance controllers that distribute load evenly to minimize thermal degradation.
The choice of paint application significantly affects how well these vehicles withstand environmental wear. Our manufacturing partners use both PU (Polyurethane) and UV (Ultraviolet) paint lines for plastic fairings. PU paint delivers a flexible, impact-resistant finish with excellent chemical resistance, which helps protect high-wear areas from road debris. UV paint lines utilize instant UV curing, producing a harder, highly scratch-resistant gloss shell that preserves color and prevents fading from intense sun exposure.
Modern commercial micro-mobility relies on two main motor designs:
| Model Base Class | Motor Power | Nominal Voltage | Target Top Speed | Optimal Range (Commute Profile) | EEC Compliance Status |
|---|---|---|---|---|---|
| M2 Commuter | 400W | 48V | 25-35 km/h | 60 km | Class-Exempt / Local Regulations |
| TY Certified Series | 1200W | 60V / 72V | 45 km/h | 70 km | EEC L1e Compliant |
| G18 City Edition | 1800W | 72V | 60 km/h | 70-80 km | EEC L1e / L3e Certified |
| E11 Express | 2000W | 72V | 80 km/h | 80-100 km (Dual Pack) | EEC L3e Certified |
| VRS Flagship | 3000W | 72V | 85 km/h | 80 km | EEC L3e / Custom Trim Available |
Explore specialized vehicle designs engineered for specific global market segments.
Designed for daily commuters and fleet managers, these models prioritize low operating costs and high reliability. The M2 series features a patented frame design optimized for navigating busy city streets. With a 400W hub motor and durable lead-acid or lithium battery options, it provides an eco-friendly transport option with minimal maintenance needs.
For delivery fleets, these platforms support customized luggage racks, reinforced rear suspensions, and dynamic GPS tracking systems. They are built to withstand the demands of heavy daily use.
How global enterprises deploy our electric moped technology across diverse commercial and industrial landscapes.
Select compliant and certified configurations for quick integration into international consumer markets.
Equipped with a highly responsive 1800W rear hub motor and official EEC certificate, offering hassle-free registration across Europe.
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Designed for highway-adjacent commutes. Features a stable chassis, dual front shocks, and a powerful 2000W hub motor.
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A lightweight commuter featuring a patented frame layout. Balanced energy consumption provides a reliable 60km urban range.
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An efficient commuter option featuring a robust 1200W motor and long-life battery modules. Excellent performance-to-cost ratio.
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Designed for smart fleets. Features an intelligent telemetry module and a swap-ready battery tray for high-uptime delivery services.
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Factory-direct pricing on the E11 L3e-class commuter. Delivers speed, range, and compliance at a highly competitive B2B cost.
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Equipped with integrated GPS tracking, turn-by-turn navigation mapping, and high-capacity battery options for demanding commuter routes.
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Fully certified under L1e protocols. Offers a comfortable ride, a practical 70km urban range, and a highly reliable electronics package.
Get Quotation & SpecsOperating in international micro-mobility markets requires strict adherence to regional homologation standards. Without proper documentation, imported fleets cannot be registered for street use, posing significant financial risks for importers.
For European markets, vehicles must comply with Regulation (EU) No 168/2013, which classifies electric light vehicles into distinct categories:
Every export shipment includes the Certificate of Conformity (CoC). This document contains the VIN and approval numbers required by local vehicle authorities for immediate registration.
To enter the US and Canadian markets, vehicles must comply with DOT (Department of Transportation) safety standards, including specified headlight layouts, turn signal spacing, and brake fluid reservoir designs. Additionally, lithium battery shipments must hold UN38.3 certification to verify safe transport by air and sea.
Each vehicle undergoes a multi-stage testing process before export:
Essential B2B procurement details for global importers, distributors, and fleet managers.
Our pricing is structured into tiers based on order volume. Key cost drivers include battery chemistry (LFP vs. NMC) and required certifications. The basic FOB price for standard 400W commuter scooters starts around $400 USD. High-power, EEC-certified 2000W-3000W models range from $1,200 to $2,500 USD, depending on battery capacity and technology customization.
Standard OEM production runs (including custom branding and colors) take 30 to 45 days once the deposit is confirmed. ODM projects requiring custom chassis molding or custom battery integration require an additional 60 to 90 days for prototype development and validation testing.
We source cells exclusively from tier-1 suppliers (such as CATL and Gotion). Every pack undergoes comprehensive cycle and thermal runaway testing. Additionally, each pack is monitored by a smart BMS with protection against overcurrent, short-circuits, and cell imbalance. The complete vehicle undergoes chassis vibration and dynamometer tests prior to packing.
Most vehicles are shipped in CKD (Completely Knocked Down) or SKD (Semi-Knocked Down) packaging. This maximizes container capacity and helps reduce import duties in target countries. For example, a 40HQ container can accommodate up to 75 units in SKD format or up to 135 units in CKD format.
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