Explore our high-performance two-wheeler models engineered for urban commuting, commercial delivery fleets, and performance enthusiasts.
The global two-wheeler electric mobility sector is shifting from a policy-supported early-adopter environment to an open commercial marketplace. Driven by rising urban congestion, soaring carbon prices, and stringent regional emission frameworks, both passenger commuting and corporate logistics fleets are aggressively phasing out internal combustion engines (ICE).
In mature European and North American markets, demand centers heavily on compliance standards, such as the European EEC/e-mark classifications (L1e to L3e categories). Importers and fleet distributors are prioritizing smart connected two-wheelers that seamlessly integrate into urban micro-mobility architectures.
Meanwhile, across Southeast Asia, Latin America, and India, the value proposition focuses on lowering total cost of ownership (TCO) for last-mile delivery riders. Electric cargo vehicles and rugged retro-styled mopeds must endure severe operating conditions, demanding modular battery designs, robust chassis construction, and high-efficiency drivetrains.
Note: Estimates reflect the shift toward fast-charging lithium powertrains and smart IoT vehicle integration.
Our collaborative production structures in Wuxi deliver world-class engineering capability and global export scale.
A comprehensive overview of our drivetrain designs, battery safety systems, and smart telematics architectures.
Intelligent BMS architectures monitoring cells in real-time. Protects against thermal runaway, over-voltage, and deep discharge while maximizing state-of-charge (SoC) efficiency.
Equipped with 27H and 30H magnetic steel hubs (up to 3000W) that generate high torque output at lower operating temperatures, enabling swift acceleration and minimal energy loss.
Supports integrated GPS tracking, real-time multimedia displays, OTA system updates, and mobile app-enabled keyless ignition for modern urban mobility fleet management.
For volume importers, selecting the right battery chemistry is key to cost-to-performance optimization. While sealed lead-acid battery packs provide a highly economical solution for low-speed urban commuters (like the model M2), premium models (such as the VRS and TZ) feature high-capacity 72V Lithium-ion systems. These lithium systems deliver double the energy density, sustain more than 2,000 charging cycles, and drastically reduce overall vehicle weight to optimize highway-speed capabilities.
Customizing electric two-wheelers to meet distinct operational, geographic, and regional infrastructure needs.
For delivery platforms, operational uptime is the primary performance indicator. Our heavy-duty electric cargo motorcycles are built with reinforced rear racks and dual-battery compartments. Rapid-swap battery systems allow riders to swap a depleted pack for a fully charged one in under 30 seconds, maintaining continuous operations without relying on slow charging networks.
Equipped with integrated IoT modules, customized smart scooters are designed to interact directly with shared mobility platforms. These models transmit real-time telemetry, location data, and battery status via cellular networks, providing fleet managers with complete operational oversight and remote diagnostic capabilities.
Engineered for maximum reliability and premium rider comfort.
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.
Model G18 is a certified partner for city commuting. Its robust 1800W motor delivers a top speed of 60 km/h, perfectly balancing efficiency and performance.
Model TY is designed for efficient daily commuting. It features a 1200W motor that provides a balanced top speed of 45 km/h, perfect for city roads.
Featuring a robust 2000W motor that delivers a top speed of 70 km/h. Its high-capacity 72V lithium battery ensures long-range reliability.
Redefines urban transit with its powerful 3000W motor and 72V 40Ah lithium battery, delivering an 85km/h top speed and 60-80km range.
Designed for reliable urban mobility. Powered by a 1200W motor and compatible with both lead-acid and lithium battery configurations.
Located in Wuxi, the historic center of Chinese electric two-wheeler production, our manufacturing plant incorporates semi-automated chassis assembly lines, dynamic chassis dynos, and specialized battery diagnostics bays to ensure exceptional build quality.
Located in the Dacheng Industrial Park in Wuxi's Xishan District—often called the "Electric Vehicle Capital of China"—Wuxi Lingmo Network Technology Co., Ltd. stands as a key partner in the modern electric mobility sector.
In close cooperation with our manufacturing affiliate, Yangguang Lingmu Electrocar Wuxi Co., Ltd., we formed the Sunsuki team. Our goal is to design, construct, and export high-performance electric two-wheelers that satisfy global safety, performance, and durability requirements.
Our production facilities maintain strict quality assurance controls. The company holds certifications including the ISO9001 quality management standard, China Compulsory Certification (CCC), and European e-mark (EEC) certification. These credentials verify that our entire catalog complies with rigorous domestic and international highway safety standards.
Our fleet models are fully homologated and certified to streamline custom clearance processes for regional importers.
Key technical specifications and procurement strategies to consider before signing international supply agreements.
For European distribution, verify whether models require L1e (moped classification, max 45km/h speed limit, 50cc equivalent) or L3e (motorcycle classification, speeds exceeding 45km/h, 125cc equivalent) homologation. This affects local licensing requirements and target demographics.
Importers can optimize logistics costs by choosing between Semi-Knocked Down (SKD) and Completely Knocked Down (CKD) packaging. CKD reduces freight volumes by up to 40% and lowers import duties in many target markets, but requires local assembly capabilities.
For colder regions, target NMC lithium chemistry or integrate custom heating jackets into battery compartments. For high-temperature zones, prioritize LFP chemistry due to its thermal stability and longer operational life under heavy cycles.
Clear, direct answers regarding custom designs, certifications, production times, and shipping logistics.
Compare our full technical range and contact our Wuxi headquarters for contract manufacturing pricing.
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