Premium performance configurations engineered for range stability, high-torque acceleration, and rigorous B2B export standards.
Reliable 1800W hub motor with integrated urban delivery rack configuration. Optimized for logistics fleets demanding rapid acceleration and long-lifecycle reliability.
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Equipped with racing-grade CNC suspension, premium lightweight forged wheels, and a 3000W power system for high-velocity requirements.
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Engineered for high cargo payload capacity. Features reinforced frame chassis, dual rear shock absorbers, and smart battery configurations.
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Smart commute system with integrated GPS, multimedia console, and intelligent telemetry for ride tracking and diagnostic analysis.
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Premium sport motorcycle engineering featuring direct 3kW continuous power output. Ideal for high-end commuter markets and performance distribution.
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Dual-disc braking architecture combined with robust brushless motor configuration for safe and responsive operation in urban transit grids.
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Features active electronic braking (E-ABS), integrated NFC ignition, and high-efficiency dual port quick charging mechanism.
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OEM tailored smart commuter platform with real-time GPS telemetry, mobile app support, and specialized battery management systems.
Get Custom QuoteThe global commercial transport sector is experiencing an unprecedented structural transition towards zero-emission technologies. Heavy urban congestion, coupled with strict city-zone emission regulations (such as Europe's Ultra Low Emission Zones), has elevated high-speed electric mopeds from casual urban runabouts to critical infrastructure assets. For logistics conglomerates, international food delivery platforms, and postal services, the transition to fleet electrification is no longer a CSR initiative; it is a core mechanism for operating cost containment and regulatory compliance.
China's manufacturing ecosystem, centered in hubs like Wuxi, represents the absolute vanguard of this industrial shift. Leveraging deep-tier supply chain integration, Chinese factories are uniquely positioned to offer high-performance electric mopeds that combine cost advantages with cutting-edge electronics. By using direct factory quotes and customized supply chain routing, B2B buyers can deploy fleets that minimize downtime, optimize charging infrastructure costs, and deliver immediate ROI.
Enhanced torque curves, cargo rack integration, and quick-swap battery bays reduce logistical downtime and optimize delivery radius per shift.
Integrated GPS telemetry, cloud diagnosis, and CAN-bus system protocols facilitate real-time fleet localization and preventative maintenance tracking.
Zero local emissions allow operation within enclosed eco-zones, large-scale industrial complexes, smart factory structures, and airport runways.
Showcasing our top-performing fleet-grade configurations certified for global import.
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. Integrated with e-Mark certification pathways.
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Model G18 can be your efficient and certified partner for city commuting. Its robust 1800W motor delivers a top speed of 60 km/h, balancing agility, speed, and safety.
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Model TY is designed for efficient and reliable daily commuting. Features a 1200W motor providing a balanced top speed of 45 km/h, perfect for standard category drivers.
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Unleash superior power with model TZ, featuring a robust 2000W motor that delivers a thrilling top speed of 70 km/h. High-capacity 72V/30A lithium options available.
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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.
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The N95-S electric scooter is designed for reliable and efficient urban mobility. Powered by a 1200W motor and compatible with both lead-acid and lithium cells.
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The M2 electric scooter features a factory patented design, powered by a 400W motor and reliable 48V/20A battery config.
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Experience ultimate performance with the R1 electric platform. Powered by a 3000W motor and an 80A controller for heavy utility profiles.
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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.
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Model Q60 is designed for efficient urban commuting. Powered by a 27H magnetic steel motor, it features front disc/rear drum configurations.
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The VRS redefines urban mobility with its powerful 3000W motor and 72V 40Ah lithium battery, delivering 85km/h top speed and 60-80km range.
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Experience the perfect fusion of classic design and modern electric performance with the CG retro electric motorcycle series.
Get CG SolutionTo maintain high speeds safely in urban moped architectures, thermodynamic and electrical efficiency must be optimized simultaneously. Our flagship lines leverage high-density Brushless DC (BLDC) hub motors paired with Field-Oriented Control (FOC) sine-wave controllers. The integration of 27H and 35H grade magnetic steel in the motors ensures higher magnetic flux density, allowing the motor to run cool under heavy loads while preventing thermal demagnetization over time.
In terms of energy storage, B2B fleet procurers can choose between Lithium Iron Phosphate (LiFePO4) chemistry and Nickel Manganese Cobalt (NMC) pouch cells. LiFePO4 cells are favored for long-lifecycle profiles (up to 2000-3000 charge cycles before capacity degradation to 80%), making them excellent for commercial operations. Alternatively, NMC cells offer premium energy density, providing a lighter configuration with longer single-charge range metrics for terrain-heavy locations. Integrated BMS configurations actively monitor balancing currents, charge rates, temperature spikes, and over-discharge metrics to guarantee overall reliability.
Using high-frequency sine-wave FOC controllers allows for smooth torque curves, reducing mechanical wear on the drivetrains. This tech minimizes acoustic noise and maximizes regenerative braking energy recovery up to 10-15% during urban stop-and-go driving conditions.
For mopeds running at speeds of 80km/h+, stopping distances are minimized using dual hydraulic disc brakes. Integrated E-ABS systems prevent wheel lockups on wet asphalt, dramatically increasing safety margins for delivery drivers operating in rainy climates.
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.
Navigating international custom corridors requires absolute adherence to regional vehicle certifications. Without proper homologation, importing electric mopeds can trigger severe regulatory delay or seizure at borders. Wuxi Lingmo enforces an exhaustive QA system verified by leading global compliance bodies. For European Union markets, our vehicles feature full EEC/CoC (Certificate of Conformity) documentation, enabling importers to register mopeds locally under standard L1e or L3e categories without complex compliance friction.
Beyond European markets, our facilities hold the ISO9001 quality management standard, China Compulsory Certification (CCC) configurations for domestic applications, and e-Mark markings for select export variants. When sourcing bulk shipments, we assist with specialized customs documentation, batteries compliance tracking under the WEEE directive, and localized charger modifications (such as EU/US/UK specific wall connectors).
Our electric mopeds are engineered to meet specific regional requirements across multiple operational segments.
Specifically configured with heavy-duty steel rear racks and continuous high-load motor windings. Designed to withstand constant stop-and-start urban delivery routes under challenging weather conditions.
Learn More →Equipped with optimized suspension geometries and premium seat padding to offer the utmost comfort for office commuters looking to bypass vehicular gridlock.
View More →Aggressive chassis designs, customized fairings, performance-oriented CNC suspensions, and high torque ratings built for performance riders.
View More →Extremely silent operation profiles and zero tailpipe emissions allow factory supervisors to coordinate transport across massive modern production halls.
View More →Features GPS-locked smart locks, NFC swipe-to-start integration, IoT hardware connectivity, and robust frames ready for app-based public rental platforms.
View More →As electric propulsion technologies mature, our engineering teams are preparing next-generation architectures designed to further optimize B2B fleet operations. In the short term, our R&D efforts focus on integrating sodium-ion battery options. Sodium-ion represents a paradigm shift for cold-weather markets. In regions where temperatures fall below -15°C, standard lithium cells experience substantial capacity drop-offs; sodium-ion cells, however, maintain up to 80% operating capacity while offering a lower baseline production cost, mitigating winter delivery constraints.
Simultaneously, we are developing Vehicle-to-Grid (V2G) interfaces that allow parked logistics fleets to feed power back into industrial energy grids during peak pricing periods. Coupled with AI-driven diagnostic telemetry integrated directly into the CAN-bus framework, fleet operators will soon be able to predict battery cell degradation days before any change in performance is visible to the driver.
Latest insights regarding electric motorcycle maintenance, painting technology, and market trends.
The motor is the soul of your electric motorcycle. Keeping seals clean, avoiding direct pressurized jet washes on hub axles, and inspecting bearings ensures years of trouble-free operation.
Choosing between Polyurethane (PU) and Ultraviolet (UV) cured coatings dictates your fleet's resistance to road grit, sun discoloration, and chemical washes. Learn which matches your local UV rating.
An exploration of how electric two-wheelers transformed transportation grids, logistics chains, and smart city planning across China's busiest metropolitan areas.
Answering the critical technical and operational questions posed by international distributors and logistics fleet managers.
Secondary sourcing selections showcasing urban commuter and economic electric mopeds.
Equipped with a robust magnetic steel motor and a responsive 3-speed selector. Includes a specialized overtaking toggle for dynamic speed adjustments.
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CE-certified urban runabout boasting low maintenance footprints and a lightweight frame designed to satisfy strict regional registration rules.
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A cost-efficient 1.2kW commuter platform matching EEC guidelines. Top speed configured to 45km/h for standard driving permits.
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An efficient partner for metropolitan commuting. Designed with reliable double shocks, high-output controller dynamics, and EEC marking.
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Features high-reliability dual hydraulic disc brakes and a long-range battery deck layout. Ideal for urban deliveries or daily commutes.
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Highly competitive wholesale pricing for high-volume distributors. Robust lead-acid or cost-effective lithium cell compatibility.
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Flexible ODM platform configured with high safety thresholds, robust framework builds, and modular component installations.
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Classic aesthetics meet modern torque configurations. Features retro frame styling and a high-voltage battery architecture.
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