Select electric motorcycles and smart scooters engineered for high performance, compliance, and global export viability.
Designed for urban mobility and heavy daily use, featuring responsive dual disc brakes, modern dashboard integration, and comprehensive safety circuitry.
An ideal B2B fleet solution. Fully customizable configurations for battery capacity, decals, GPS tracking modules, and structural rack reinforcement.
Built specifically for urban logistics, last-mile e-commerce delivery, and express transport. Reinforced frame layout to carry heavy utility boxes.
Features smart sensor connectivity, keyless NFC entry, anti-theft immobilization, and optimized power consumption mapping for urban commuters.
High-speed urban commuter featuring sleek styling, premium hydraulic suspension, and long range capabilities for express couriers and delivery services.
Engineered with high magnetic flux 27H steel motor and instant acceleration boost trigger. Perfect for heavy urban traffic maneuvering.
Fully compliant with EU regulations. Comes with Certificate of Conformity (CoC) for easy registration and street-legal distribution across Europe.
Factory-direct distribution with optimized cost-structure. Incorporates intelligent BMS and heat dissipation channels for reliable operation.
The global micro-mobility sector has undergone a fundamental transition from internal combustion engine (ICE) two-wheelers to battery-powered alternatives. This structural displacement is driven by strict urban emission mandates, corporate ESG commitments, and the rapid expansion of app-based commercial food and logistics delivery services. In key metropolitan areas worldwide, last-mile efficiency dictates urban profitability. E-motos, particularly medium-to-high speed models, represent the most optimal CAPEX and OPEX operational profiles for vehicle fleets.
A primary hub for this electric vehicle revolution is Wuxi, Jiangsu, China, universally recognized as the "Electric Two-Wheeler Capital of the World." Wuxi controls an integrated industrial cluster consisting of motor manufacturers, battery assembly plants, controller design houses, and structural frame welding factories. Designing and exporting from this manufacturing base offers structural cost advantages, robust supply-chain resilience, and immediate access to technological upgrades in motor and controller efficiency.
Furthermore, battery architectures have branched into distinct chemical paths. Fleet operations prioritizing initial capital savings often lean toward heavy-duty lead-acid configurations for low-speed short-radius trips. Conversely, operators targeting multi-year asset lifespans, quick swapping capabilities, and deep state-of-charge (SoC) profiles specify NMC or LiFePO4 chemistry. The integration of CAN-bus based Battery Management Systems (BMS) allows fleet managers to access real-time diagnostic health data, mitigating thermal runaway risks and optimizing maintenance cycles.
How modern design engineering addresses urban infrastructure challenges and fleet performance parameters.
Optimized for food delivery couriers and postal services. Structural configurations feature high-rigidity steel rear luggage frames and dual lithium-ion quick-swap battery compartments.
Tailored for high-density metropolitan areas with limited parking. Compact wheelbases, E-ABS regenerative braking, and smart security features like keyless NFC and mobile application control.
Constructed using rugged components to reduce vandalism risks. Features IoT telematics modules, integrated GPS/Galileo navigation antennas, and OTA diagnostic software updates.
Appealing to lifestyle enthusiasts and classic motorcycle culture. Custom CG retro models with vintage tank geometries, spoke wheels, CNC hydraulic forks, and high-performance BLDC hub motors.
Manufacturers are steadily moving from standalone chassis architectures to modular drive structures. Over the next three to five years, design integration will progress through three main areas:
Review our core platform models designed to fit specific weight capacities, local speed restrictions, and style configurations.
Designed for dense traffic corridors and secondary transport loops. Features an efficient 400W motor paired with a 48V/20A lead-acid battery setup. The M2 utilizes a patented structural layout that maximizes rider stability while keeping the overall frame compact.
EEC certified model featuring an 80 km/h top speed. Equipped with safety electronics, high-efficiency motor controllers, and dual disk braking.
Balanced performance output model built for urban delivery and heavy courier route applications. High durability plastic cladding.
A commuter-friendly vehicle running on an optimized 1200W electric motor, offering stable road handling profiles and balanced battery consumption.
Top-tier urban runner equipped with a large media interface screen, real-time GPS, dual performance hydraulic shocks, and 85km/h top speed.
Wuxi Lingmo Network Technology Co., Ltd., located within the Dacheng Industrial Park in Wuxi, acts as a primary engineering and export interface for modern e-mobility solutions. To ensure reliable manufacturing scaling and strict structural tolerances, the company operates in close integration with its primary production partner, Yangguang Lingmu Electrocar Wuxi Co., Ltd.
This joint venture is responsible for the Sunsuki team's product engineering output, aligning physical vehicle fabrication with international safety metrics and dynamic battery protection frameworks. Operating in Wuxi provides access to experienced mechanics, specialized testing chambers, automated weld-inspection systems, and modern frame alignment jigs.
Manufacturing lines strictly adhere to ISO9001:2015 Quality Management Systems. Products destined for international road use hold domestic CCC (China Compulsory Certification), alongside European Union e-mark / EEC (Economic Commission for Europe) approvals, assuring compliance with street legality frameworks.
Practical maintenance recommendations, painting technology comparisons, and regional market evolution updates.
The motor serves as the core of the electric two-wheeler. Key maintenance practices involve hub bearing checks, water protection verification, and phase wire insulation analysis.
Comparing the flexibility and chemical resistance of Polyurethane (PU) finishes with the surface hardness and quick curing times of Ultraviolet (UV) coatings on ABS plastic panels.
Analyzing the rise of domestic micro-mobility in China, structural transitions from basic utility mopeds to high-performance smart e-motos, and the global implications of this manufacturing scale.
Common questions regarding global customs clearance, custom ODM options, and battery testing standards.
Explore our complete catalog of electric motorcycles, mopeds, and urban scooters.
Compact commuter scooter built on a patented, lightweight chassis. Ideal for short-range travel and rental fleets looking for low maintenance costs.
Built with custom CNC suspension components and forged wheels. Offers stable control at high speeds, targeting premium consumer markets.
Features a classic vintage fuel tank frame design paired with a modern 72V electric drivetrain, offering classic aesthetics with zero emissions.
European-ready moped platform with pre-verified certificates. Ideal for local delivery operations and municipal scooter fleets.
Equipped with reliable front and rear hydraulic disc brakes for consistent stopping power under wet and dry conditions.
CE-marked model engineered for easy distribution in European markets, featuring a high-efficiency controller configuration.
Long-range scooter featuring a 1200W hub motor. Built for long-distance city riders and high-uptime logistics services.
Equipped with a high-torque 35H motor, NFC smart keyless start, electronic braking system (E-ABS), and dual charging ports.
Lingmo