An elite-tier configuration featuring a high-torque 3000W electric motor coupled with custom CNC milled suspension and lightweight forged alloy wheels for dynamic performance tuning.
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Built with a 2000W mid-drive equivalent motor, a 72V premium energy density cell configuration, and responsive hydraulic front/rear disc braking systems.
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A heavy-duty commuter layout utilizing smart BMS technology to actively balance voltage across the 72V pack, minimizing thermal drift and extending overall lifecycle.
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Features premium billet CNC-machined rear swingarm linkages alongside a robust 3000W high-speed motor module optimized for rapid thermal management.
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Engineered for commercial delivery solutions, featuring high-gauge steel tube framing and rear load optimization for urban cargo routes.
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Fully type-approved for EU streets under EEC standards, featuring a reliable 1200W hub motor regulated for standard inner-city speed allowances.
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Integrated with high-efficiency copper wound stators to achieve a constant 70 km operational range on standard battery configurations.
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Heavy-duty commuter platform utilizing dual reinforced hydraulic rear shocks to buffer dynamic loading anomalies during intra-city distribution cycles.
Explore SpecificationsThe global transportation sector is undergoing a rapid, non-linear transition from high-carbon fossil fuel engines to highly integrated electric vehicle architectures. This structural shift is propelled by stringent international emission reduction mandates, clean-energy initiatives, and the economic necessity of lowering fleet operation costs. At the forefront of this evolution is the mid-tier electric moped and motorcycle segment, which plays a vital role in urban and commercial fleet deployment.
In major metropolitan areas, municipal regulations—such as Ultra-Low Emission Zones (ULEZ) and zero-emission delivery mandates—are effectively restricting legacy internal combustion engine vehicles. This regulatory shift has created a significant market opportunity for electric mopeds and utility cargo vehicles. Manufacturers must adapt by designing platforms that offer more than simple city transport; they must provide integrated IoT data endpoints, high-performance power electronics, and durable chassis designs.
From an industrial perspective, current global supply chains demand vehicles that adapt dynamically to varied operating environments. In North American and European logistics corridors, cargo platforms must handle heavy cargo loads while maintaining stable speeds. Conversely, in dense Asian and Latin American cities, navigating narrow streets requires agile, lightweight, and durable vehicle frames.
Strategically located within the Dacheng Industrial Park in Wuxi’s Xishan District—globally recognized as "the Electric Vehicle Capital of China"—Wuxi Lingmo Network Technology Co., Ltd. is a leading innovator in advanced electric mobility solutions. In close collaboration with manufacturing partner Yangguang Lingmu Electrocar Wuxi Co., Ltd., we established the Sunsuki brand. Our team is dedicated to designing, engineering, and manufacturing top-tier electric vehicles that set benchmarks for safety, speed, and durability.
By integrating advanced production facilities with Wuxi's robust raw material and electrical component supply chain, Sunsuki delivers highly customized manufacturing services. Our manufacturing framework includes robotic precision welding, state-of-the-art battery calibration labs, and dyno chambers designed to test vehicles under variable weather and load conditions.
Our design philosophy prioritizes modular structural design. Every scooter frame, battery case, and swingarm layout is engineered to reduce vibration and stress, preventing component failure even on rough road surfaces. This commitment to quality ensures that Sunsuki vehicles deliver dependable long-term performance.
The Sunsuki product portfolio is built on specialized drive profiles, offering options for light commuting as well as high-capacity industrial transport.
Designed for daily commuting, the M2 model features a patented lightweight frame powered by an efficient 400W hub motor. It uses a reliable 48V 20Ah battery pack, delivering a steady 60 km range to optimize urban transport.
The R1 model features a high-torque 3000W brushless DC motor paired with an 80A controller, delivering rapid acceleration and consistent high-speed performance.
The E11 model features a powerful 2000W motor that delivers a top speed of 80 km/h. It holds full EEC certification, making it an ideal choice for high-speed urban transit routes.
Modern electric mopeds are versatile assets for fleet operators. By integrating customized frame modifications, variable battery packs, and communication telematics, these platforms meet a wide range of operational requirements.
With the rapid growth of e-commerce, the last-mile segment requires durable, high-load delivery vehicles. Our heavy-duty cargo models (1200W/72V configurations) are designed with rear rack mounts that support insulated boxes, food containers, or post parcels, maintaining stability even under heavy cargo loads.
Large industrial zones, university campuses, and corporate parks use electric moped fleets to provide eco-friendly transit for employees. The M2 400W and Q60 models offer comfortable ergonomics and low maintenance costs, making them ideal for short-distance, low-speed campus transportation.
Sunsuki vehicles can be outfitted with advanced IoT telematics, allowing rental operators to track fleets in real-time. Features like keyless NFC unlocking, remote GPS tracking, geofencing, and battery level monitoring help operators optimize vehicle distribution and fleet utilization.
Importing electric vehicles requires adherence to strict local regulations. Sunsuki ensures that its models comply with international certification systems, providing smooth import and customs clearance processes for our global B2B clients.
Models like the E11, G18, and TY are EEC-certified, meeting European safety, environmental, and road-worthiness requirements. This certification covers key parameters including electromagnetic compatibility (EMC), lighting configuration, dual-circuit braking, and top-speed limiters, ensuring vehicles are street-legal in EU member states.
Our manufacturing processes follow strict ISO9001 Quality Management standards. Every frame undergoes structural integrity tests under high stress loads, and all wiring harnesses are insulated to IP67 standards, protecting critical connections from moisture and dust intrusion.
Sunsuki's technology roadmap focuses on enhancing energy density, integrating smart connectivity, and improving mechanical durability to meet the demands of future urban mobility.
Deploying CAN-bus enabled Battery Management Systems to monitor cell voltage, track cycle history, and dynamically adjust power output during extreme temperature conditions.
Exploring sodium-ion cells for colder regions to maintain battery performance, alongside solid-state alternatives to increase overall energy density.
Integrating smart telematics to enable communication with urban infrastructure, improving fleet safety and providing predictive maintenance alerts.
An efficient urban commuter layout designed to maintain consistent velocity across flat and moderately inclined city terrain.
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A smart-enabled scooter designed for versatile battery configurations (lead-acid or lithium-ion), offering flexible deployment options for operators.
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Reinforced steel chassis, 12-inch heavy-ply commercial tires, and a modular rear platform config for large logistics loads.
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Equipped with electromagnetic brake systems, keyless NFC ignition, and dual-port rapid charging to minimize vehicle downtime.
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High-power scooter certified for urban expressways, reaching speeds up to 80 km/h under sustained motor output.
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Our classic patented commuter scooter, featuring a optimized frame designed to withstand daily wear and tear.
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Sunsuki’s patented commuter scooter, offering a balanced combination of a 400W motor and long-term chassis durability.
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Featuring a high-grade 35H magnetic steel motor, dual hydraulic disc brakes, E-ABS, and fast charging systems.
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