Explore our highly integrated electric micro-mobility designs featuring custom telemetry, EEC compliance, and high-discharge energy storage.
Leveraging the world’s most advanced supply chain ecosystem to achieve unmatched cost-efficiencies, component access, and technological agility.
Situated in Wuxi, "the Electric Vehicle Capital of China," our partner manufacturing networks span battery pack fabrication, CNC structural design, and custom hub-motor coil winding within a 20-mile radius, dramatically lowering cycle times and tooling costs.
We do not compromise on security or regulatory benchmarks. Every exported batch undergoes thorough ISO9001 quality system validation, China Compulsory Certification (CCC), and European E-mark (EEC) approval structures, granting smooth customs transitions.
We deploy proprietary firmware designed to communicate natively with fleet management databases. Our systems offer real-time GPS tracking, dual fast-charging controls, and over-the-air (OTA) updates, establishing robust software-hardware synchronization.
Customized system engineering designed to meet corporate environmental mandates and fleet operational targets.
Our fleet solutions, such as the HT Heavy-Duty Electric Cargo Motorcycle, address the urgent logistics challenge of urban access limitations. Driven by a 1200W high-torque motor paired with a structural 72V configuration, these units deliver stable hauling capacities over long ranges. With localized cargo box insulation custom-engineered for pharmaceutical or fresh-food operations, fleet buyers reduce operational overhead by up to 68% compared to combustion fleets.
We address regional congestion and commuter emissions through integrated transit strategies. By utilizing lightweight commuting solutions such as the G18 EEC Certified Electric Scooter and the M2 Patented Design Scooter, enterprises can implement closed-loop transport options for corporate parks or university settings. Backed by keyless NFC configurations and dedicated anti-theft sensors, tracking resource allocation is streamlined.
Highlighting structural designs, patent architectures, and high-speed electrical assemblies from our specialized factories.
The M2 electric scooter features a factory patented design, powered by a 400W motor and reliable 48V/20A lead-acid battery. Ideal for structured campus mobility and predictable inner-facility transport schemes where safety limits are tightly managed.
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Experience ultimate performance with the R1 electric scooter. Powered by a 3000W motor and an 80A controller, it delivers exhilarating speed and acceleration. Built on lightweight forged wheels and CNC-machined independent link suspension systems.
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Model E11 redefines urban mobility with its powerful 2000W hub motor, propelling you to a top speed of 80 km/h for an exhilarating ride. Fully certified under EEC frameworks, allowing instant registration across European member states.
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Model Q60 is designed for efficient urban commuting. Powered by a 27H magnetic steel motor, it features a front disc and rear drum brake system for reliable stopping. Features customized 3-speed control protocols for optimizing lithium energy output.
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The VRS redefines urban mobility with its powerful 3000W motor and 72V 40Ah lithium battery, delivering a robust 85km/h top speed and 60-80km range. Includes an interactive multimedia screen with on-board diagnostics.
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Experience the perfect fusion of classic design and modern electric performance with the CG retro electric motorcycle. Merging heritage aesthetic with contemporary green mobility specifications.
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Nestled within Dacheng Industrial Park in Xishan District, Wuxi—a city renowned as "the Electric Vehicle Capital of China"—Wuxi Lingmo Network Technology Co., Ltd. stands as a dynamic player in the evolving electric mobility sector. In collaboration with its manufacturing partner, Yangguang Lingmu Electrocar Wuxi Co., Ltd., the company established the Sunsuki team with a shared vision: to design and deliver superior electric vehicle products that meet modern demands for performance, safety, and sustainability.
Understanding the macroeconomic forces, design choices, and regulatory frameworks reshaping urban personal transport.
While Lithium Iron Phosphate (LFP) remains the choice for long-range operations, Sodium-Ion battery chemistry is emerging as an affordable alternative for cold climates. Operating effectively down to -20°C, sodium-ion technology provides a reliable choice for Northern European municipal applications.
Next-generation motor controllers deploy advanced regenerative braking systems. Energy recovery efficiency is boosted by up to 15% during standard stop-and-go commuting, protecting brake pad linings and expanding the real-world operational radius.
To maximize active fleet run-time, global operators are moving away from fixed charging lines. The industry is trending toward open-source battery swapping terminals, allowing vehicles to change exhausted power blocks in under 60 seconds.
Ensuring cross-border compliance. All vehicles match local environmental and structural safety frameworks.
The company holds prestigious certifications including the ISO9001 quality management system, China Compulsory Certification (CCC), and the European e-mark certification, ensuring compliance with both domestic and global market requirements.
Industrial insights and technical maintenance guides from our engineering team.
The motor is basically the soul of your electric motorcycle. If you treat it right, it'll run for years without giving you mechanical headaches. Learn the essential thermal boundaries and bearing maintenance schedules.
If you have an electric car or electric motorcycle, you’ve probably noticed all the painted plastic parts. This guide breaks down UV resistance against mechanical stress for global logistics vehicles.
When people think of Chinese traffic, they usually imagine petrol scooters buzzing through narrow streets. But today, complex smart networks and zero-emission corridors define the modern micro-mobility landscape.
Direct, technical, and regulatory answers addressing global procurement requirements.
All imported units must have a corresponding Certificate of Conformity (COC) that matches the EEC approval plate on the chassis. Our manufacturing facility provides all documentation, including frame numbers and battery test certifications, enabling seamless entry into European registration portals.
The "H" designation refers to the height of the neodymium magnets inside the hub motor stator. A 35H motor features taller magnets, which translate to a higher magnetic flux density, improved thermal stability under heavy loads, and superior torque output compared to 27H motors.
Our intelligent BMS coordinates real-time cell balancing and monitors battery temperature. In low temperatures, discharge protocols adjust to prevent cell stress. For cold-climate operations, we offer optional thermal insulation wraps and internal heating elements to maintain charge acceptance.
Our design capabilities range from custom branding and custom plastic moldings to modified firmware options. We can adjust speed levels to comply with regional mopeds regulations and integrate third-party GPS tracking protocols for larger corporate fleets.
Every scooter undergoes dynamic testing on our indoor dynamometer. We perform high-voltage leakage checks, water resistance testing, and physical brake dynamometer evaluations to verify that safety parameters align with ISO9001 and EEC standards before loading.
For high-frequency commercial fleets, Lithium batteries (NCM/LFP) are recommended because they support deep discharge cycles (up to 2000 cycles) and charge rapidly. Lead-acid alternatives remain a cost-effective option for shorter routes with lower daily usage.
Explore our highly integrated electric micro-mobility designs featuring custom telemetry, EEC compliance, and high-discharge energy storage.
Lingmo