Explore our industrial-grade, EEC-certified battery-operated bikes and smart electric scooters designed for international logistics, rental fleets, and urban commuting.
The global transition to zero-emission light electric vehicles (LEVs) has advanced beyond basic consumer scooters into rugged, high-uptime, enterprise-grade mobile machinery. Modern micro-mobility and urban last-mile delivery sectors require highly specialized, battery-operated two-wheelers engineered to satisfy distinct geographic regulations, extreme operational cycles, and seamless digital integration.
As a leading collaborative framework, Wuxi Lingmo Network Technology Co., Ltd. and Yangguang Lingmu Electrocar Wuxi Co., Ltd. (Sunsuki Team) leverage advanced engineering nodes to deliver customized Original Design Manufacturing (ODM) solutions. Our infrastructure optimizes high-yield hub motors, battery intelligence (BMS), and cloud-tethered IoT hardware to guarantee maximum return on investment for distributors and enterprise clients worldwide.
"True efficiency in the commercial electric vehicle sector is not achieved through off-the-shelf catalog sourcing. It requires dedicated configuration of the thermal, mechanical, and electrical subsystems tailored to the local operational topography."
Our long-term R&D aligns structural integrity, high-density energy storage, and AI-assisted fleet telemetry to future-proof urban transit assets.
Developing structural pack designs capable of seamless transition between robust Lithium Iron Phosphate (LFP) for logistics environments and high-energy ternary lithium (NMC) configurations for urban performance systems.
Engineering next-gen permanent magnet brushless DC (BLDC) motors using premium 35H-grade magnetic steel. Implementing precise flux-weakening algorithms inside sinusoidal FOC controllers to achieve higher RPMs safely.
Deploying integrated dual-band GPS/GLONASS transceivers, local NFC digital keys, and cellular-connected remote firmware-over-the-air (FOTA) telemetry systems supporting real-time CAN-BUS diagnostics.
Standardizing on vector control (Field Oriented Control) controllers enables Sunsuki electric motorcycles to adjust magnetic field generation dynamically. By measuring phase currents and rotor position back-EMF, the system achieves over 92% efficiency, significantly minimizing thermal losses in the 1200W, 1800W, and 3000W performance configurations. Our dual-channel E-ABS system works synchronously with hydraulic braking to harvest kinetic energy and feed it back to the battery pack, extending real-world urban range by up to 8.5%.
Original core platforms customized for specific fleet, cargo, and commuter applications. Review our standard baseline platforms below.
Baseline Platform: Built for high-durability daily operations. Powered by a 400W hub motor coupled with a 48V/20A lead-acid or customized LFP powerpack. Designed for low maintenance, featuring a proprietary patented frame topology engineered in-house to protect internal wiring from dust and moisture intrusion.
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Baseline Platform: Designed for high-speed delivery networks and performance culture markets. Built around a high-output 3000W brushless motor, driven by an 80A programmable vector controller. Features forged alloy wheels and CNC-machined independent link suspension for precise handling and vibration reduction.
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Baseline Platform: Engineered specifically for European municipal guidelines. Reaches 80 km/h top speed via a high-torque 2000W hub motor. Fully certified under EU e-mark guidelines, making it the perfect platform for quick compliance-ready market launches.
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Baseline Platform: Tailored for local city sharing and rental operators. Equipped with a 27H magnetic steel motor, a front hydraulic disc, and a rear responsive drum brake. Ideal for rugged public use with simplified maintenance interfaces.
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Baseline Platform: Features an integrated GPS system and a rich multimedia instrumentation display dashboard. Powered by a 3000W motor paired with a high-capacity 72V 40Ah lithium pack, achieving an 85 km/h top speed and 60-80 km real-world range.
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Baseline Platform: Fuses vintage aesthetic cues with high-power modern performance. Leverages a traditional motorcycle frame geometry adapted for a central high-density lithium battery box and a robust rear hub motor system.
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How we configure mechanical systems and software modules for specific commercial operations worldwide.
Configured with heavy-duty structural rear racks, dual-battery swap designs, and custom firmware limits to maximize torque for heavy loads. Built for delivery courier networks needing 120km daily ranges.
Integrating high-efficiency motors (400W to 1200W) with light lithium-ion packs and step-through frames. Simplifies daily travel, offering easy parking and smooth handling for urban professionals.
Featuring reinforced anti-vandal hardware, secure keyless NFC locking, and 4G IoT integration. Communicates system errors directly to operation centers, keeping maintenance costs low.
Why geographic aggregation matters when manufacturing complex, high-power light electric vehicles.
Wuxi is widely recognized as the "Electric Vehicle Capital of China," concentrating over 70% of the world's light electric vehicle component supply chain within a 50-kilometer radius. Our facility, located in the Dacheng Industrial Park, Xishan District, Wuxi, sits at the center of this industrial cluster.
By producing locally alongside Wuxi Lingmo Network Technology and Yangguang Lingmu Electrocar, we bypass the shipping delays and sourcing friction that impact isolated assemblers. Every critical part—including heavy-duty steel frames, hydraulic forks, and smart controllers—is sourced directly from specialized Tier-1 manufacturers nearby.
Our quality control system ensures all incoming components are batch-tested and traced before entering assembly. Crucially, our frames undergo structural testing under 250kg payloads for 100,000 compression cycles. This guarantees robust durability and consistent performance for high-demand commercial fleets.
Navigating global safety certifications to ensure hassle-free customs clearance and road homologation.
Our passenger models conform strictly to European Framework Regulation 168/2013, certifying speed limits, brake systems, emissions (zero), and electromagnetic compatibility (EMC).
From initial design to final box sealing, our operations strictly follow ISO 9001:2015 standards, ensuring repeatable tolerances and minimal warranty returns.
Ensuring all wiring hardness parameters, fire-retardant plastics, and brake thermal capacities conform to strict national standards, guaranteeing high base quality.
| Model Category | Motor Power | EEC Status | Primary Target Markets | Telemetry Options |
|---|---|---|---|---|
| E11 Series | 2000W | Approved (e-Mark) | European Commuter & Sharing | 4G IoT / BLE App Key |
| M2 Series | 400W | Patent Compliant | South America / Southeast Asia | NFC Passive Keyless |
| R1 Performance | 3000W | Regional Approval | North America / Middle East | Custom ECU / CAN-Bus GPS |
| HT Cargo | 1200W | Heavy Transit Cert | Latin America / Delivery | Dual-Sensor Tracking |
Explore our heavy-duty delivery platforms, high-speed motorcycles, and vintage models built for global distributors.
Insights from our R&D center on maximizing performance and component life.
The hub motor is the core of your vehicle. Discover how to inspect phase wire connectors, manage thermal limits under heavy loads, and prevent moisture ingress to ensure years of trouble-free operation.
Explore the chemistry of plastics decoration. Understand why polyurethane (PU) paint offers superior elastic resistance to impact and stone chips, while ultraviolet (UV) curing yields exceptional hardness and scratch resistance.
Analyze how legislative structures, dedicated battery charging networks, and local urban logistics regulations transformed China into the world's most mature electric two-wheeler market.
A transparent engineering workflow path to transition your product concept into mass production.
Defining motor wattages, operational range requirements, local speed limits, and styling preferences (retro vs modern sport).
Molding specific plastic fairings, calibrating customized controller configurations, and assembling initial test models.
Securing necessary safety standard verifications, including EEC approval, CE compliance, and battery MSDS transit reports.
Managing ongoing container logistics directly from our factory floor in Wuxi to your target distribution port.
Common questions from distributors and logistics operators answered by our engineering team.
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