Explore our highly integrated ODM/OEM micro-mobility product line, engineered for high efficiency, durability, and cost competitiveness.
Features a robust 1200W motor, up to 80km extended range, and dynamic dual disc brakes. Sourced from Wuxi's premier ISO9001 factory system.
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Equipped with built-in GPS diagnostics and multi-functional multimedia cockpit. Engineered for smart urban distribution platforms.
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High-torque 72V customized powertrain tailored for adult commuters. Combining cost-efficiency with high payload and stability.
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A heavy-duty 3000W performance model featuring a smart GPS dashboard. Factory direct pricing for global distributors.
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Designed for urban delivery networks with an 80km/h top speed and 70km operational range. Optimizes logistics operating margins.
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Fully compliant for European markets. Features a maximum velocity of 45 km/h and an eco-friendly 70 km single-charge mileage.
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Features high-precision CNC suspension and durable forged alloy wheels. Built for dynamic performance seekers.
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Features an ergonomic patented layout with 60km range. Perfect for short-distance micro-mobility commutes.
Get DetailsAnalyzing macro-environmental forces driving the growth of light electric vehicles (LEVs).
The global shift toward sustainable mobility has transitioned from a localized ecological effort into a macro-industrial evolution. Rapid urbanization, coupled with strict city emissions regulations like the European Union's Net-Zero Industrial Act, has driven unprecedented demand for micro-mobility solutions. Within this ecosystem, affordable electric scooters and light electric motorcycles (LEVs) serve as crucial tools for decongesting metropolitan centers, reducing carbon footprint, and lowering total cost of ownership (TCO) for both individuals and commercial enterprises.
Key industrial drivers include:
In developing regions, electric scooters provide affordable, independent transport, bypassing underfunded transit systems. In mature markets like North America and Europe, they act as critical first/last-mile extensions to existing public transportation grids. This dual-market dynamic has spurred a massive demand for reliable, cost-effective manufacturers capable of delivering high-quality, certified vehicles at scale.
Collaboratively scaling quality-focused manufacturing from China's premier EV cluster.
Nestled within Dacheng Industrial Park in Xishan District, Wuxi—a city globally recognized 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 close collaboration with its manufacturing partner, Yangguang Lingmu Electrocar Wuxi Co., Ltd., the company established the Sunsuki team. Our shared vision is to design, engineer, and deliver superior electric vehicle products that meet modern demands for performance, safety, reliability, and environmental sustainability.
By integrating Wuxi's local supply chain with cutting-edge network technology and direct-to-consumer insight, the Sunsuki brand consistently optimizes manufacturing overheads without compromising structural integrity or system safety.
A structured matrix of our core micro-mobility platforms, engineered for specific weight, range, and terrain requirements.
Features an ergonomic structure powered by a highly reliable 48V/20Ah lead-acid battery. Ideal for low-speed localized commutes.
Engineered with a high-torque 3000W motor paired with a performance-tuned 80A controller for sports-grade acceleration.
Redefining city transit via a 2000W hub-motor, propelling riders up to 80 km/h. Holds a valid EEC certificate.
Optimized with a 27H magnetic steel motor, featuring front disc brakes and mechanical rear drum brake backup.
Features an advanced 72V 40Ah high-capacity lithium-ion pack. Features integrated multimedia system and GPS positioning.
Combines vintage café racer aesthetics with high-efficiency electric motors. Perfect for brand personalization.
Understanding the engineering methodologies, battery options, and quality controls behind affordable EV manufacturing.
Managing the total cost of an electric scooter relies heavily on the battery chemistry selected. Our factory designs vehicles compatible with both sealed lead-acid (SLA) and lithium iron phosphate (LFP / LiFePO4) batteries. While SLA represents a low-cost capital outlay for short-range models, LFP provides a superior lifespan (>2000 discharge cycles) and enhanced safety profiles. Each battery pack is managed by a proprietary Battery Management System (BMS) that protects against cell balancing anomalies, short-circuit loops, and thermal runaways.
Our electric scooters utilize brushless DC (BLDC) hub motors, ranging from 400W up to 3000W. By utilizing 27H magnetic steel, the motors retain high energy conversion efficiency (>88%) even under high thermal loads. Our sine-wave controllers reduce electromagnetic noise, smooth out acceleration, and feature regenerative braking systems that recapture kinetic energy to extend battery range by up to 8%.
To withstand varied road conditions globally, our scooter frames are constructed from high-tensile carbon steel alloy, reinforced at load points. This ensures durability and structural integrity. Additionally, options like CNC-machined alloy suspension linkages and forged aluminum wheels are available on performance platforms like the Custom R1 to reduce unsprung weight, improving handling stability and safety.
Tailored micro-mobility hardware configurations built for specific commercial sectors.
Ensuring all vehicles comply with international safety, operational, and environmental requirements.
ISO9001 System
CCC Certification
EEC E-Mark
CE Compliance
Patented Layouts
A key differentiator of our manufacturing process is the treatment of vehicle plastic parts. The choice between Polyurethane (PU) Paint and Ultraviolet (UV) Paint is critical:
By applying combined coats based on the target market's climate conditions, we ensure our electric vehicles retain their premium finish over years of use.
Knowledge base curated by our engineering team to maximize operational lifespan and efficiency.
The motor is the heart of your electric motorcycle. If you treat it right, it will run for years without issues. Learn best practices for seal inspections and thermal management.
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If you manage a fleet of electric vehicles, you have likely noticed painted plastic components fading or cracking. This simple guide details the chemistry and selection process.
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Deep dive into the transition from petrol scooters to light electric vehicles, and how Chinese cities became the global blueprint for clean commuter transport.
Read ArticleAdvanced EV configurations built to meet strict global import requirements and fleet operation standards.
Equipped with a high-torque 27H motor, 3-speed control system, and smart overtaking booster mode.
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Engineered for last-mile delivery and daily city commuting, boasting a practical 60km maximum mileage capability.
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Full EEC certification for street-legal use in Europe. Sturdy construction built for city delivery and rental fleets.
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Boasts a 70 km/h top velocity, high-capacity 72V configuration, and integrated dual protection safety features.
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Fully compliant road commuter scooter. Delivers a maximum velocity of 45 km/h with high power efficiency.
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Features a heavy-load design, 1200W motor, and high-voltage 72V system. Sourced factory-direct for B2B fleet logistics.
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Built with optimized 3-speed transmission, smart overtaking acceleration curves, and complete factory direct warranty.
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Features a robust 80km/h velocity and 70km operating envelope, designed to support rapid city delivery networks.
Get DetailsCommon questions from global B2B procurement managers and micro-mobility operators.
Wuxi produces a significant portion of China's high-quality electric two-wheelers. The cluster effect ensures rapid parts integration, customized chassis engineering, and direct component access. This translates to lower costs, reliable quality, and fast turnaround times for customized production orders.
EEC (E-mark) is a certification required to register and legally operate light electric vehicles on public roads within the European Union. CCC (China Compulsory Certificate) is the mandatory safety standard required for production and distribution inside mainland China. We offer certified models for both markets.
SLA (Lead-acid) batteries are cost-effective up front but offer limited cycles (300-500) and are heavier. Lithium (LFP) batteries cost more initially but offer over 2000 cycles, weigh significantly less, charge faster, and provide consistent power delivery, resulting in a lower long-term cost of ownership.
Yes, our partnership with Yangguang Lingmu allows us to offer extensive custom options. We can customize motor outputs (400W-3000W), battery chemistries, suspension layouts, integrated GPS telemetry, and cosmetic branding to suit your specific target market.
We provide sea shipping (FCL/LCL) directly from major ports like Shanghai or Ningbo. Since lithium batteries are classified as Class 9 dangerous goods, we ensure all export shipments comply with UN38.3 testing standards and include the necessary MSDS documentation for smooth customs clearance.
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