Explore our flagship CE-certified and EEC-compliant electric mopeds designed for performance, urban agility, and long-range reliability.
Leading the paradigm shift in global micro-mobility through advanced engineering, compliance engineering, and high-efficiency drivetrains.
Urban emission zones are tightening worldwide. Low-power, reliable electric mopeds (Class L1e/L3e) represent the essential entry point (or "Etrance") for green commuter transition strategies, replacing traditional petrol scooters at scale.
Modern commercial operators demand total transparency. Our platforms are built to natively integrate with fleet-management APIs, supporting GPS tracking, remote OTA firmware updates, battery state-of-health (SoH) diagnostics, and geofencing.
We leverage advanced chemistry matrices (Lithium Nickel Manganese Cobalt Oxide - NMC, and Lithium Iron Phosphate - LFP) with dual-fast charging and advanced E-ABS energy recovery to boost operational ranges by up to 25%.
Strategically situated within the renowned Dacheng Industrial Park in Wuxi—globally recognized as "the Electric Vehicle Capital of China"—Wuxi Lingmo Network Technology Co., Ltd., alongside our production sister factory, Yangguang Lingmu Electrocar Wuxi Co., Ltd., has conceptualized the premium Sunsuki lineup. We design, manufacture, and ship elite-class electric vehicles engineered to exceed international benchmarks of durability, active rider safety, and ecological sustainability.
Our integrated production plant features automated robotic chassis welding, modern dual-layer dust-free painting facilities, and dyno-test laboratories. From urban commuters seeking 45 km/h efficiency to cargo operators needing heavy-duty logistics capability, we maintain an rigorous quality control pipeline that supports seamless international distribution.
| Operational Metric | Standard Capability | Enterprise Customization |
|---|---|---|
| Motor Output Range | 400W - 2000W Nominal | Up to 4000W Peak Performance |
| Battery Types Available | Lead-Acid / Smart NMC Lithium | LFP High-Cycle Swappable Systems |
| Regulatory Compliance | EEC L1e / L3e, CE, ISO9001 | DOT, EPA, UL2271 Custom Certifications |
| IoT Capabilities | NFC keyless, GPS tracker option | 4G CAN-bus integration, full SDK access |
Engineered to resolve real-world deployment challenges for large-scale fleet leasing, logistics operators, and municipal projects.
Optimized chassis geometry coupled with reinforced sub-frames allow our mopeds to handle heavy rear cargo boxes up to 100kg. Perfect for food delivery and regional e-commerce parcel distribution hubs.
Our CE-certified entry-level mopeds offer a low-cost, emission-free transport solution for urban workers. With 3-speed smart overtaking controls and E-ABS, municipal users enjoy safe, simple, and reliable transits.
Eliminate physical keys entirely. Integrate with app-based rental ecosystems using our NFC-enabled starting hardware, cellular GPS telematics modules, and smart over-the-air locking capabilities.
Our zero-emission, silent-operation drivetrains enable staff and light payloads to move safely within large smart manufacturing centers, hangars, and closed corporate campuses.
Uncompromising commitment to international safety and organizational efficiency.
Keep your fleet operational and maximize resale value through expert engineering advice.
The hub motor is the engine of your electric vehicle. By maintaining optimal stator cooling, checking magnetic seal integrity, and avoiding water pressure directly at the axle seals, you can extend your motor life for years.
Discover which plastic treatment fits your environment. Polyurethane (PU) coating offers superior elasticity and impact resilience against debris, while Ultraviolet (UV) paint delivers scratch resistance and color stability under sunlight.
Analyze the massive shift from internal combustion engines to smart EV platforms in China, exploring the infrastructure and policy developments that enabled this green mobility transition.
A closer look at the engineering parameters of our most popular designs.
Redefining urban mobility with a high-torque 2000W hub motor. Propels commuters to an active top speed of 80 km/h with an efficient range designed for urban environments.
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A robust 1800W motor balanced for optimal efficiency. Reaches 60 km/h top speed, making it an excellent platform for inner-city commuting fleets.
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Specifically optimized for low-energy-consumption operations. Features a top speed of 45 km/h, aligning perfectly with standard European L1e regulations.
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Equipped with a robust 2000W powertrain and a high-capacity 72V/30Ah lithium battery. Offers 70 km/h top performance for demanding commuter routes.
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Equipped with a powerful 3000W motor and a 72V 40Ah battery. Delivers up to 85 km/h top speed alongside keyless NFC ignition and high-accuracy GPS tracking.
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Designed for high-reliability operations. Supports lead-acid or lithium battery systems and features responsive dual hydraulic disc brakes.
Get Your SolutionCustomizing electric mopeds to meet specific operational requirements across sectors.
Get direct answers to technical, regulatory, and logistical questions straight from our design and engineering departments.
A: CE certification establishes that our electric mopeds conform to European safety, health, and environmental standards (such as Low Voltage and Electromagnetic Compatibility directives). EEC (European Economic Community) type-approval certification certifies compliance with Regulation (EU) No 168/2013, which categorizes vehicles (e.g., L1e for max 45 km/h, L3e for faster models). This allows importers to register the vehicles for road use across EU member states.
A: We offer complete battery flexibility. Depending on budget and duty cycles, buyers can opt for standard Lead-Acid batteries or high-density NMC/LFP Lithium packs. For heavy delivery fleets, we can configure dual-battery systems with smart parallel controllers, allowing range extension up to 140 km per charge cycle, along with custom GPS telemetry tracking.
A: All frames undergo destructive fatigue testing and ultrasonic weld checking to ensure long-term stability. Our electric hub motors are sealed to IP67 ingress protection standards, preventing damage from water, dust, and mud. We run dyno tests on 100% of finished powertrains to verify target speed, efficiency, and heat dissipation before boxing.
A: Standard models can ship within 20 to 30 days post-deposit confirmation. For custom OEM branding (including customized plastics, integrated CAN-bus IoT telemetry, or bespoke battery housings), lead times average 45 days. Our standard Minimum Order Quantity (MOQ) starts at 20-foot containers (approx. 24–32 units depending on model sizes) to optimize shipping costs.
Compare and select from our certified range, optimized for B2B fleet deployment and regional distribution networks.
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