Explore our highly integrated light electric vehicles powered by high-efficiency motor configurations, engineered for durability, urban agility, and extended range parameters.
The global light electric vehicle (LEV) industry is undergoing a monumental transition. While 250W to 500W motors historically dominated the commuter electric bicycle sector, the rapid maturation of logistics networks, high-payload urban commuting demands, and utility-oriented e-tricycles has established the 2000W brushless DC (BLDC) motor and permanent magnet synchronous motor (PMSM) as the primary sweet spot for commercial power integration.
Engineering departments worldwide prioritize the 2000W threshold because it delivers optimal acceleration and hill-climbing torque profiles while operating efficiently under standard 48V, 60V, and 72V battery systems. This power class bridges the micro-mobility sector with full-scale electric motorcycles, offering the necessary torque (often exceeding 80–120 Nm at the wheel) for steep inclines and payloads up to 300 kilograms without experiencing thermal throttling.
Why the world's leading micro-mobility brands concentrate their B2B sourcing in Chinese industrial clusters.
Chinese production hubs, such as those in Shandong and Jiangsu, host highly integrated ecosystems. From rare-earth mining operations supplying Neodymium (NdFeB) magnets to specialized copper wire drawers and precision stamping die makers, every component is manufactured within a two-hour radius. This cluster effect drastically reduces logistical overhead and lead times.
Modern Chinese factories utilize high-speed automated winding machines to construct motor stators. Automated processes guarantee absolute uniformity in winding density and slot fill-factor, resulting in maximum magnetic flux density and minimizing human errors. Automated testing rigs dynamically balance every single rotor before final enclosure sealing.
Unlike factories in other regions, Chinese motor manufacturers excel at flexible manufacturing. They easily adjust stator lamination thickness, copper winding turns (determining Kv, speed-per-volt), shaft length, axle machining, and mounting flange configurations to match specific international structural parameters without requiring massive tooling reinvestment.
Founded in 2017, Linyi Fulong New Energy Co., Ltd. has established itself as an authoritative leader in the research, development, production, and distribution of premium electric two-wheelers, three-wheelers, and high-performance drive units. Leveraging advanced industrial design and manufacturing practices, we control the entire production chain to guarantee consistent mechanical performance and reliability.
In the increasingly fierce market competition, we always take "customer first, quality first" as our core operating principle. This is the fundamental cornerstone of our sustainable development, running through every single link of our business development. We field a dedicated, highly trained market research team to analyze customer requirements, ensuring that every product batch aligns with localized road standards and functional expectations across the globe.
Looking to the future, we continue to optimize our product architecture, refining motor efficiency curves and reducing energy loss in high-temperature environments. We utilize advanced raw material acceptance guidelines, selecting only top-tier suppliers for copper, magnets, and alloys to establish a resilient quality baseline.
Currently, Linyi Fulong New Energy Co., Ltd. maintains an annual production capacity exceeding 500,000 units, reflecting our robust scale and industrial capability. We invite global partners and sourcing agents to visit our manufacturing facilities. Inspecting our raw material incoming yards, winding halls, and dynamically loaded testing labs will eliminate cooperation concerns and establish a solid, trust-based business partnership.
A visual insight into our advanced production lines, housing automated manufacturing setups and precision testing equipment.
Tailored configurations optimized for different regulatory frameworks, terrain topologies, and transport modalities.
High-torque, high-efficiency motors optimized for fashion-forward and fast urban commuting, achieving sustained speeds up to 60-70 km/h with 72V controller pairings.
Compact hub motors providing high-gradeability for urban micro-mobility and rental networks with heavy daily run-times.
Precision matching and lightweight modular drives designed for daily leisure and commuter operations, balancing power output with low battery drain.
Heavy-duty, high-reduction geared transaxle motors built for heavy passenger hauling and urban courier distribution systems.
The technical roadmap shaping next-generation light electric vehicle propulsion systems.
The industry is transitioning from standard NdFeB magnets to high-coercivity magnets containing Dysprosium (Dy) additives. This increases thermal resistance, allowing the 2000W motor to operate continuously at internal temperatures up to 140°C without demagnetization. Stator laminations are also shrinking in thickness (down to 0.35mm silicon steel sheets) to minimize eddy current losses, pushing efficiency boundaries past 92%.
Traditional square-wave controllers are being replaced by Field-Oriented Control (FOC) vector systems. An FOC controller continuously monitors rotor position using high-resolution Hall sensors, resulting in completely silent operation, smoother acceleration curves, and up to a 15% increase in battery range via optimized phase current matching. Intelligent regenerative braking systems feed deceleration energy back to the battery pack.
As micro-mobility faces harsher weather conditions, modern 2000W motor designs feature double lip oil seals, specialized waterproof connectors, and internal anti-condensation coatings to achieve IP67 protection ratings. Cast-aluminum motor casings are designed with aerodynamic cooling fins, and high-performance thermal grease is applied between the stator core and the shell to maximize heat dissipation.
While hub motors remain the preferred option for low-maintenance commuter vehicles due to their simple mechanical layout, mid-drive 2000W systems are growing rapidly in high-end electric motorcycles. Mid-drives allow the vehicle to utilize the rear transmission gears, multiplying torque output for extreme hill climbing while maintaining a central center of gravity for superior handling dynamics.
For international buyers and procurement managers, ordering motors from China factories requires a strict technical assessment. Below is the framework our engineers recommend to evaluate suppliers and ensure long-term structural reliability:
At Linyi Fulong New Energy Co., Ltd., our quality control protocol is structured across three phases:
1. IQC (Incoming Quality Control): We test the magnetic flux of rare-earth magnets, the purity of copper wires, and the hardness of steel alloys before manufacturing begins.
2. IPQC (In-Process Quality Control): Motor windings are tested for insulation resistance and inter-turn short circuits. The stator assemblies undergo automated balancing checks.
3. OQC (Outgoing Quality Control): Every vehicle and motor assembly undergoes dynamic rolling road testing and high-voltage isolation checks to guarantee a zero-defect rate upon arrival in destination markets.
Aligning motor properties, chassis dimensions, and battery systems to specific user demographics and operating environments.
Requires high-speed windings, FOC vector controllers with field weakening capabilities, and 72V dual-battery setups for aggressive acceleration.
Recommended Platform:
Robot Model 48V/72V Export Edition or High-Speed Dual-Damping configurations.
Prioritizes affordability, light frames, integrated electronic locking, USB charging ports, and low maintenance profiles.
Recommended Platform:
Little Chitu Model 48V Electric Motorcycle or Custom Color Light E-Bikes.
Demands retro-futuristic geometries, custom paint finishes, premium LED lighting setups, and vintage styling cues combined with modern smart metrics.
Recommended Platform:
G5 Electric Motorcycle Retro-Futuristic Edition or ASIAN DRAGON Gray-Orange line.
Demands high reliability, comfortable shock absorption, ergonomic seating posture, and long battery range (up to 100km per charge).
Recommended Platform:
G6 Smart Edition 48V or 100KM Range Commuter Electric Motorcycle models.
Below are the specific manufacturing references for our key structural platforms. These platforms can be ordered with customized motor layouts ranging from 500W commuter setups up to full 2000W high-speed applications:
Robot Model 48V Electric Motorcycle, Export & Cross-border Supply, Direct Factory OEM/ODM Available
Little Chitu Model 48V Electric Motorcycle for Export, Direct Factory OEM & ODM, Cross-border Supply
Diniu II Export 48V Electric Motorcycle, Direct Factory OEM/ODM Available
Diniu Model Export 48V Electric Motorcycle, Original Factory OEM & ODM Supported
Jinpai Niu Model Export 48V Electric Motorcycle, Source Factory OEM/ODM Available
Second-generation robot model electric motorcycle, 48V, export-grade, OEM/ODM factory direct supply
Xindonggui III Export Version 48V Electric Motorcycle | Direct Factory OEM/ODM Available
Xindonggui II Export Version 48V Electric Motorcycle | Direct Factory OEM/ODM Available
Xindonggui Model Export Version 48V Electric Motorcycle | Source Factory OEM/ODM Available
Shangling Model 48V Electric Motorcycle | Direct Factory OEM/ODM Service | Two-Wheel Electric Motorbike
U11 Model 48V Electric Motorcycle | Direct Factory OEM/ODM Service | Two-Wheel Electric Motorbike
G11-9 Model, Export-oriented 48V Electric Motorcycle, Source Factory OEM/ODM
G7 Model, Export-oriented 48V Electric Motorcycle, Source Factory with OEM/ODM Services
G6 Smart Edition, for export, 48V electric motorcycle, original manufacturer, supporting OEM/ODM
Model G5 • For Export • 48V Electric Motorcycle • Direct Factory OEM/ODM
G3 48V Electric Motorcycle for Export - Source Factory OEM/ODM Service
Addressing crucial engineering and logistics questions from professional procurement teams.
Explore our secondary tier of electric vehicles, featuring passenger tricycles, urban cruisers, and specialized retro designs built for heavy-duty daily utility.
Asian Dragon