Direct sourcing from certified factory production lines. Engineered for efficiency, speed control, and heavy-duty urban applications.
Features a high-efficiency 1200W motor, top speed of 50km/h, versatile battery configuration, and advanced integrated safety features directly from the factory.
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EEC certified urban scooter powered by an 1800W motor. Optimised for zero-emission city commuting fleets with standardized safety components.
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Equipped with a powerful 35H magnetic steel motor, dual fast-charging support, E-ABS braking system, and NFC security keyless entry.
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Boasting a robust 1200W hub motor, an impressive 80km range, and dynamic dual disc brake systems for reliable performance under heavy use.
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Engineered with a high-performance 27H motor, specialized smart overtaking capability, and a versatile three-speed control interface.
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Cost-efficient urban mobility solution featuring a solid 1800W electrical drive system. Fully certified for the European Union market.
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Designed for heavy distribution fleets. Includes a 1200W high-torque motor, a 72V heavy battery tray, and high-load structural frames.
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Wholesale direct model N18 features a reliable 1200W core configuration, custom cell placements, and competitive global supply rates.
View SpecificationsAn in-depth analysis of the technologies shaping the next generation of smart electric motorcycles, utility vehicles, and charging infrastructure.
The global two-wheeler ecosystem is moving past basic electrical components toward highly integrated, software-defined electric drive systems. Historically, motorcycle electrical systems were restricted to basic lead-acid setups, starter motors, and simple wire harnesses. With the rapid electrification of passenger transport, companies now demand unified architectures combining smart battery management systems (BMS), high-frequency motor controllers, and cloud-connected telematics.
Key hardware components such as CAN-bus communications systems, smart overtaking controllers, and E-ABS modules are now standard requirements for urban fleets. Modern smart electric scooters rely on bidirectional microcontrollers to handle high-voltage battery discharges safely while keeping the driver connected via GPS, Bluetooth, and NFC unlocking mechanisms.
Enterprise procurement in the EV sector requires balancing durability, cost efficiency, and regulatory compliance. When bulk sourcing electric scooters or cargo vehicles, global supply chain managers look for specific hardware capabilities:
Wuxi Lingmo Network Technology Co., Ltd., alongside its manufacturing partner Yangguang Lingmu Electrocar Wuxi Co., Ltd. (Sunsuki Team), helps fill this gap by providing pre-certified vehicles and component designs built to handle tough real-world delivery schedules.
Explore custom vehicle platforms featuring advanced electrical integration, custom controller configurations, and patented chassis designs.
Designed for premium urban transit, the E11 uses a 2000W brushless hub motor to reach a top speed of 80km/h. Features full EEC certification for highway commuting.
The G18 balances speed and efficiency with an 1800W motor configuration and certified components, delivering a steady 60km/h top speed.
Built for localized daily commutes, the TY features a 1200W motor configuration and a controlled top speed of 45km/h for rider safety.
Equipped with a 2000W motor and a high-capacity 72V/30A lithium battery pack, delivering a 70km/h top speed and extended ranges.
Features a 3000W motor, a 72V 40Ah lithium pack, an 85km/h top speed, and dynamic multimedia GPS dashboard systems.
Built with a 1200W powertrain, dual disc brakes, and compatibility for both heavy lead-acid or high-density lithium packs.
Based in Wuxi's Dacheng Industrial Park, the "Electric Vehicle Capital of China," Wuxi Lingmo Network Technology Co., Ltd. works alongside manufacturing partner Yangguang Lingmu Electrocar Wuxi Co., Ltd. to design and produce reliable electric vehicles for global markets.
Through the Sunsuki team, we engineer commuter platforms that combine safety, mechanical durability, and electronics design. By controlling both structural fabrication and circuit integration, we deliver systems optimized for demanding global markets.
Our electric drivetrains and smart chassis configurations are tailored to solve logistical and transport challenges across various industries.
High-torque motors and reinforced suspension components built to handle heavy cargo loads in stop-and-go urban courier routes.
Reliable electric mopeds with responsive brakes and intuitive controls, designed for simple maintenance and high uptime.
Integrated NFC modules, GPS tracking hardware, and software APIs allow operators to deploy shared fleets with minimal setup.
Our production facilities are certified to major national and international standards, ensuring smooth customs processing and operation across global markets.
Insights from our engineering teams covering vehicle maintenance, paint coatings, and local market trends.
An engineering guide on preventing moisture damage, cleaning wiring terminals, and managing heat in brushless DC hub motors.
A comparison of wear resistance, UV protection, and long-term finish retention for fleet vehicles using polyurethane versus ultraviolet-cured coatings.
How high-performance batteries and regional policies are driving the transition of urban delivery and service networks to electric fleets.
Common questions from distributors and supply chain managers regarding technical integration, custom modifications, and delivery schedules.
CAN-bus systems allow controllers, BMS, and digital dashboards to communicate over a single, noise-resistant wire harness. This simplifies wiring, makes troubleshooting easier, and enables real-time telemetry like speed controls and remaining range estimation.
Yes, models like the N95-S feature a dual-compatible battery tray and a configurable motor controller. This allows operators to use cost-effective lead-acid batteries or upgrade to high-capacity lithium battery packs depending on budget and range requirements.
All European-targeted models (such as G18 and E11) undergo testing to meet EU safety standards. E-mark certifications cover safety-critical components including brakes, lighting, speed control devices, and EMC shielding.
Standard production runs take between 30 to 45 days after deposit confirmation. Custom ODM modifications—such as custom frame configurations, special fleet liveries, or specialized controller software—may extend lead times by 15 to 20 days.
Discover our range of customizable fleet options, from retro delivery models to long-range electric commuter vehicles.
Designed with a flexible battery compartment, allowing quick swaps and configurations. Powered by a 1200W hub motor for stable urban performance.
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Certified for the EU market, this model features a 45 km/h top speed and 70 km of range, optimized for suburban commuting.
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A top-rated commuter model with a 2000W motor, front disc brakes, and highway-safe speed control systems.
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Features a high-magnetic 35H motor, smart E-ABS braking systems, NFC keyless entry, and dual fast charging lines.
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Designed for urban delivery networks. Features an 1800W motor, 80km/h top speed, and 70km of operating range.
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Equipped with a 1200W motor, 80km range capability, and dual disc brakes for safe, daily operation.
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An exporter-ready commuter scooter featuring a 2000W drive system, capable of reaching speeds up to 80km/h.
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Combines classic motorcycle design with a modern 72V electric drivetrain, offering a top speed of 70km/h.
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