Wholesale E Bike Max Speed Supplier & Suppliers

A B2B Engineering Whitepaper & Procurement Guide for High-Performance Electric Commuters and Logistics Fleet Solutions

Engineering Maximum Speed in Electric Micro-Mobility

The global demand for high-performance electric two-wheelers is accelerating at an unprecedented pace. When discussing a Wholesale E Bike Max Speed Supplier, enterprise buyers are not simply looking for basic assembly; they require an understanding of how maximum velocity intersects with motor torque, battery efficiency, thermal regulation, and structural safety. For high-speed applications, standard configuration designs often fall short, necessitating highly engineered drivetrains and customized controllers.

Maximum speed (Max Speed) in an electric vehicle is defined by the equilibrium where motor torque equals total counteracting aerodynamic and mechanical resistances. In high-output configurations, such as 48V, 60V, or 72V architectures, this performance threshold is governed by the motor constant (Kv), system voltage limits, and the phase current delivered by the motor controller. To push boundaries safely, manufacturers utilize permanent magnet brushless DC (BLDC) motors paired with advanced Field-Oriented Control (FOC) vector controllers to manage flux weakening, allowing for extended speeds without overheating the stator windings.

SEO Insights & Market Intelligence: High-speed performance (e.g., 45 km/h to 80 km/h and above) requires strict thermal management, custom gear ratios, and advanced Battery Management Systems (BMS) to regulate active cell balance under sustained discharge currents.

The Technology Driving Speed and Efficiency

Achieving stable high-speed performance requires a balanced combination of mechanical design and electronic control. The integration of regenerative braking systems, high-efficiency permanent magnets, and low-resistance wiring ensures that high-speed e-bikes do not compromise range. By utilizing high-density silicon steel cores in the stator, our factory reduces eddy current losses by up to 15%, translating directly into better thermal stability at peak velocities.

Additionally, high-voltage systems (e.g., 60V or 72V) are becoming the standard for enterprises seeking reliable top-speed performance. Lower voltage systems (like 48V) can still achieve respectable velocities of 45-50 km/h with high-current FOC tuning. However, scaling voltage is the most efficient way to increase RPM without generating excessive internal resistance heat. This allows for higher continuous output for urban parcel carriers and long-distance commuters alike.

Material Selection & Damping Dynamics

High speeds place intense vibration stress on vehicle frames and forks. As a leading manufacturer, we address this through high-strength carbon structural steel and precision hydraulic damping components. Front and rear suspension systems are tuned to mitigate high-frequency vibrations that occur above 40 km/h. This not only enhances user safety and ride comfort but also protects the battery cells and controller connections from sustained shock loads, dramatically reducing maintenance costs for fleet operators.

Technical Inquiries

Seeking custom motor configurations, special battery cell chemistries (NMC/LFP), or region-specific speed limitation profiles (such as Class 3 EU/USA speed classifications)?

Contact Linyi Fulong New Energy Co., Ltd. for direct engineering consultations and customized OEM pricing structures.

Request Factory Pricing
Linyi Fulong New Energy Manufacturing Plant

About Us

Linyi Fulong New Energy Co., Ltd. has developed into a comprehensive enterprise integrating R&D, production, and sales of electric two-wheelers and three-wheelers, with a complete industrial chain. Currently, Linyi Fulong New Energy Co., Ltd. has an annual production capacity exceeding 500 thousand units, with products sold to more than 90 countries and regions, enjoying widespread recognition.

In the increasingly fierce market competition, the company always takes "customer first, quality first" as its core operating principle, which is not only a solemn commitment to customers, but also the fundamental cornerstone of the company's sustainable development, running through every link of business development. With customer demand as the core orientation, set up a professional market research team to deeply understand the actual needs of different customer groups. Building a solid foundation for development with excellent quality, the company selects high-quality raw material suppliers and establishes strict raw material acceptance standards. At the same time, advanced production equipment and technology are introduced to realize the automation and fine control of the production process. Ensure that every production link meets the quality standards.

Our Corporate Vision & Facilities

Consistently optimizing our manufacturing procedures to maintain high standards of product reliability, serving partners worldwide from our state-of-the-art facilities.

Fulong Production Facility 1

State-of-the-Art Assembly

Fulong Quality Testing Area

Precision Quality Control

Fulong Advanced R&D Lab

Advanced R&D Testing

Fulong Stator winding Line

Precision Powertrain Fabrication

Fulong Finished Vehicles

Export-Ready Logistics

Manufacturing Capacity & Infrastructure

Empowering international B2B importers, mobility distributors, and delivery fleets through verified manufacturing scale.

10
Years Production Experience
15+
Core R&D & Management Experts
20,000㎡
Factory Coverage Area
90+
Export Countries & Regions
>500,000
Annual Production Units Capacity

Global Directives Compliance

Fulong vehicles are developed in compliance with international standards, securing fast customs clearance and regulatory licensing across North America, Europe, and Asia-Pacific.

  • EEC / homologation compliance
  • CE certification
  • UN38.3 lithium battery standard
  • EN 15194 EPAC standard

The Advantages of China-Based Electric Bike Production

China is the global leader in the micro-mobility supply chain. Centered around industrial zones like Linyi, Shandong, factories enjoy direct access to primary steel and aluminum mills, precision stator winders, integrated motor casting foundries, and raw lithium cell processors. This high concentration of core components reduces logistics times, decreases transit costs, and guarantees quality control from early material stages to final assembly.

Linyi Fulong New Energy Co., Ltd. leverages these local advantages to offer custom electric motorcycles, scooters, and trikes with optimized configurations. Operating a 20,000-square-meter facility with highly automated welding robots and powder coating lines, we reduce variable human error, resulting in frame welds that withstand rigorous fatigue testing.

Emerging Trends in High-Speed E-Bike Design

Looking ahead, several key trends are shaping the future of high-speed e-bikes:

  • Smart IoT Integration: Telematics units allowing fleet managers to track GPS coordinates, battery health, speed limits, and lock states remotely.
  • High-Speed Cargo Trikes: Demand for fast delivery solutions in narrow urban centers is growing. Enclosed trikes offer weather protection and higher cargo capacity.
  • Solid-State and Sodium-Ion Alternatives: Emerging chemistries are being tested alongside traditional Lithium NMC and LFP cells to find options that perform well in extreme cold.

"By designing with integrated FOC vector control and smart BMS, we are building systems that meet future emissions policies and smart city guidelines, ensuring our B2B partners remain competitive."

Macro Solutions for E-Mobility Fleet Integration

Operating a delivery, municipal, or consumer sharing program requires a comprehensive system solution. Beyond the vehicles themselves, we provide complete fleet integrations. This includes custom battery swapping stations, matching quick-chargers, and tailored software parameters. These components work together to optimize battery life and ensure fleet vehicles remain ready for service throughout the day.

Trust and Recognition in Partnership

We are well aware that behind every cooperation is the trust and recognition of our customers. Welcome every partner to inspect the factory, get a deeper understanding of the company's strength and concept, eliminate cooperation concerns and establish a more stable trust relationship. Look forward to your visit, witness the quality strength with us and draw a blueprint for cooperation!

Factory Inspection
Advanced Paint Booth
Fulong Dynamic Testing Line

Precision Matching for Target Demographics

Precision matching for personalized styles. Customized designs based on user demographics, making it easy to find the perfect fit for you. Commuters get matched with long-lasting batteries, families with children find roomier seats, and short-distance commuters have lightweight options available, ensuring everyone finds their ideal and practical electric bike.

Precision Matching Solutions

For Enthusiasts

Reinforced forks, heavy shocks, and high-voltage hub motors for sports performance.

For Students

Optimized 48V setups featuring lower limits, colorful designs, and digital safety features.

For Fashion Guys

Modern retro designs, integrated LED daytime running lights, and premium leather finishes.

For Urban Commuters

Compact wheelbases, lightweight batteries, and quick charging for daily commutes.

Specialized Product Lineup

Select models optimized for global B2B procurement, featuring OEM/ODM branding flexibility.

Robot Model 48V Electric Motorcycle

Robot Model 48V Electric Motorcycle, Export & Cross-border Supply, Direct Factory OEM/ODM Available

Export Profile
Little Chitu Model 48V Electric Motorcycle

Little Chitu Model 48V Electric Motorcycle for Export, Direct Factory OEM & ODM, Cross-border Supply

Export Profile
Diniu II Export 48V Electric Motorcycle

Diniu II Export 48V Electric Motorcycle, Direct Factory OEM/ODM Available

Export Profile
Diniu Model Export 48V Electric Motorcycle

Diniu Model Export 48V Electric Motorcycle, Original Factory OEM & ODM Supported

Export Profile
Jinpai Niu Model Export 48V Electric Motorcycle

Jinpai Niu Model Export 48V Electric Motorcycle, Source Factory OEM/ODM Available

Export Profile
Second-generation robot model electric motorcycle

Second-generation robot model electric motorcycle, 48V, export-grade, OEM/ODM factory direct supply

Export Profile
Xindonggui III Export Version 48V Electric Motorcycle

Xindonggui III Export Version 48V Electric Motorcycle | Direct Factory OEM/ODM Available

Export Profile
Xindonggui II Export Version 48V Electric Motorcycle

Xindonggui II Export Version 48V Electric Motorcycle | Direct Factory OEM/ODM Available

Export Profile
Xindonggui Model Export Version 48V Electric Motorcycle

Xindonggui Model Export Version 48V Electric Motorcycle | Source Factory OEM/ODM Available

Export Profile
Shangling Model 48V Electric Motorcycle

Shangling Model 48V Electric Motorcycle | Direct Factory OEM/ODM Service | Two-Wheel Electric Motorbike

Export Profile
U11 Model 48V Electric Motorcycle

U11 Model 48V Electric Motorcycle | Direct Factory OEM/ODM Service | Two-Wheel Electric Motorbike

Export Profile
G11-9 Model Export-oriented 48V Electric Motorcycle

G11-9 Model, Export-oriented 48V Electric Motorcycle, Source Factory OEM/ODM

Export Profile
G7 Model Export-oriented 48V Electric Motorcycle

G7 Model, Export-oriented 48V Electric Motorcycle, Source Factory with OEM/ODM Services

Export Profile
G6 Smart Edition Electric Motorcycle

G6 Smart Edition, for export, 48V electric motorcycle, original manufacturer, supporting OEM/ODM

Export Profile
Model G5 Electric Motorcycle

Model G5 • For Export • 48V Electric Motorcycle • Direct Factory OEM/ODM

Export Profile
G3 48V Electric Motorcycle

G3 48V Electric Motorcycle for Export - Source Factory OEM/ODM Service

Export Profile

B2B Procurement FAQ

Get detailed technical and commercial answers regarding our global distribution and customization options.

What motor configurations determine the max speed of your wholesale electric motorcycles?
Our electric vehicles utilize high-grade permanent magnet brushless DC (BLDC) motors, typically ranged between 500W and 3000W. The top speed is governed by the system voltage (48V, 60V, or 72V) and the configuration of the FOC vector controller. For custom setups, we can tune the phase current and flux weakening parameters to achieve higher top speeds, ensuring stable power delivery across various speed ranges.
How does your factory protect against battery thermal issues at sustained maximum speeds?
We use smart Battery Management Systems (BMS) with thermal cut-offs, overcurrent defense, and cell balancing algorithms. Battery packs are built using structural grids that maintain space between cells to optimize heat dissipation, preventing thermal runaway even during continuous high-speed riding.
Do you offer OEM/ODM services for local market speed regulations (e.g., EEC or DOT)?
Yes, we provide full OEM/ODM services. We can configure speed limiters and firmware locks in the controller to comply with regional regulations, such as L1e/L2e/L3e EEC standards in Europe or Class 1/2/3 parameters in North America. This ensures all imported vehicles arrive fully compliant with local road laws.
What is the Minimum Order Quantity (MOQ) for custom logo and battery upgrades?
Our standard OEM customization MOQ starts at 50 units per model. This covers custom brand decals, dashboard startup screens, custom seat styles, and specific lithium battery pack configurations. For larger fleet orders, we also offer custom body mold creation.
How are shipments packaged to prevent transit damage for global logistics?
Each vehicle is secured within a heavy-duty steel wire crate, surrounded by multiple layers of thick corrugated fiberboard. This rigid frame structure prevents shifting and external impacts during ocean transport, ensuring your order arrives undamaged.
How does Linyi Fulong guarantee raw material quality and product reliability?
We follow strict quality guidelines, sourcing raw materials only from certified partners and performing incoming QC inspections. Our production line integrates automated testing equipment, and each completed vehicle undergoes dyno testing to verify speed, brake performance, and wiring integrity before packaging.