Premium customizable solutions sourced directly from our certified manufacturing base, engineered to meet modern global distribution and commercial standards.
High-power electric motorcycle engineered with a dual disc braking system and optimized 72V powertrain for urban commuters and swift operations.
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An efficient urban electric commuter scooter featuring dual-disc stability, flexible battery configurations, and optimized energy control systems.
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EEC certified performance scooter designed for international highway legality, supporting top speeds up to 80km/h with high safety standards.
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Purpose-built cargo model designed for commercial operations, featuring high-torque output and reinforced structural framing.
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Fully customizable commercial cargo build featuring modular storage solutions, heavy-payload chassis support, and robust 72V configuration.
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Sleek urban commuting model featuring e-Mark certification, dynamic energy distribution, and tailored control ergonomics.
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Advanced scooter optimized for crowded metropolitan routes with multi-speed controllers and high-precision intelligent overtaking mode.
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Tech-forward smart e-scooter featuring electronic anti-lock braking (E-ABS), keyless NFC security, and high-efficiency dual charging systems.
View SpecificationsAs global fleet managers and logistics companies transition to zero-emission standards, the limitations of pure battery electric vehicle (BEV) systems in extreme temperatures and isolated supply lines have become clear. The concept of the Stirling Electric Motorbike addresses these structural challenges by combining thermodynamic cycle principles with direct-drive electric hub configurations.
Rather than relying solely on electrochemical energy storage, a Stirling-configured electric hybrid system utilizes a external heat-differential Stirling range extender. This system runs on clean fuels or captured waste thermal energy to continually recharge high-density lithium or sodium-ion battery configurations. The closed-loop gas cycle of a Stirling generator ensures operation with minimal tailpipe emissions, very low noise levels, and high reliability across different climates.
Providing components and custom assembly services for B2B fleet buyers, logistics providers, and regional distributors worldwide.
We offer customized tooling, structural frame modifications, and branding solutions tailored to the operating needs and corporate standards of municipal service providers and last-mile delivery fleets.
We supply modular battery packs that support multiple cell types (including LiFePO4, Ternary Lithium, and Sodium-ion chemistries), enabling operators to optimize vehicles for weight, thermal tolerance, or cost-per-kilometer.
Our CKD (Completely Knocked Down) and SKD (Semi-Knocked Down) packaging lines reduce import tariffs and transport costs, enabling streamlined final assembly in destination markets.
Countries Served
Manufacturing Factories
Motor Output Range
Quality Certified
The SUNSUKI CG Classic Electric Motorcycle platform combines iconic retro design with electric drivetrains. By integrating high-torque hub motors and modern FOC vector controllers, it offers vintage styling with clean performance and minimal maintenance.
Key design targets and milestones for our thermodynamic hybrid and high-output electric vehicle powertrains.
Transitioning prototype fleets to next-generation cells, expanding operating temperature range down to -30°C for sub-zero municipal transport.
Integrating micro external-combustion range-extending generators directly onto 1800W+ cargo frames, targeting extended delivery ranges up to 300km.
Deploying cloud-connected CAN-bus controllers that adjust thermal regenerative settings in real time based on route telemetry.
Manufacturing Base
Located in Wuxi, Jiangsu Province, China—a hub for electric vehicle manufacturing—Wuxi Lingmo Network Technology Co., Ltd. operates alongside manufacturing partner Yangguang Lingmu Electrocar Wuxi Co., Ltd. We leverage local supply chain access, raw materials, and technical talent to develop efficient, certified mobility products under the SUNSUKI brand.
From initial layout and frame welding to motor dynamometer assessments and electronic systems calibration, our manufacturing facilities adhere to strict production controls. This helps ensure reliability for logistics companies and international distributors alike.
Our designs undergo thorough testing at certified facilities to meet global import and road regulations.
Maintained throughout our production processes to help ensure consistent build quality across production runs.
Road-legality certification for the European Union, supporting import clearances and local vehicle registrations.
China Compulsory Certification compliance, indicating that vehicles meet domestic safety and manufacturing standards.
Find answers to common questions about our custom Stirling range extenders, custom battery designs, and procurement logistics.
Integrating a Stirling engine range extender onto an electric motorbike allows for continuous battery recharging during operation. By using a closed-loop external heat differential cycle, Stirling systems can run on various clean fuels, minimizing noise and vibrations compared to conventional internal combustion engines, which helps extend range.
We support multiple chemistries, including Lithium Iron Phosphate (LiFePO4) for long cycle life, Ternary Lithium for high energy density, and Sodium-ion options for low-temperature operating climates (down to -30°C).
We pack and ship components in Semi-Knocked Down (SKD) or Completely Knocked Down (CKD) formats using reinforced steel crates. Our engineering team provides detailed packaging documentation, assembly instructions, and wiring diagrams to support efficient final assembly in local markets.
Yes. Many models, such as the E11 and G18, are EEC/e-Mark certified for European road use, and we also comply with standard ISO9001 and CCC requirements to support global import registration.
Explore our wider catalog of electric mopeds, high-load cargo variants, and commuter scooters designed for diverse market needs.
A compact and patented commuter scooter designed for metropolitan lanes, featuring a lightweight 48V layout and 60km operating range.
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Heavy-duty distribution model featuring reinforced shock absorbers and high-load tires designed for heavy payloads.
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Reliable inner-city transit scooter featuring multi-level torque selection and integrated safety electronics.
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EEC certified daily moped designed for stable urban operations with 70km of range per charge.
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Sleek smart scooter featuring battery bays that support quick swaps or dual parallel battery systems.
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Modern electric motorcycle equipped with a high-resolution display, GPS tracking, and smart dashboard integrations.
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Export-ready version of our tech-focused commuter model, optimized for regional distribution requirements.
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Our core patented light-utility scooter, built for reliable urban commuting and short-distance delivery fleets.
View SpecificationsExplore engineering overviews and technical articles focused on extending the life of your EV components.
The electric motor is a key component of your drivetrain. Proper thermal management, clean wiring connections, and regular bearing inspections can help ensure stable performance and long-term reliability.
Selecting the right coating for outer fairings is essential for long-term wear resistance. Learn the differences in UV stability and chemical resistance between polyurethane (PU) and ultraviolet (UV) cured coatings.
An overview of how China's electric mobility infrastructure has evolved. We explore key supply chain integrations, battery standards, and technologies shaping the international e-mobility landscape.
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