China Electric Trike Factories & Factory

The Definitive Global Procurement Guide & Industry Whitepaper on Supply Chain Resiliency, Custom OEM/ODM Engineering, and Advanced Electric Micro-Mobility Solutions.

The Global Macro Trend in Electric Trikes

The global urban mobility paradigm is shifting rapidly from conventional fossil-fueled fleets to zero-emission configurations. As cities implement stringent low-emission zones, light electric vehicles (LEVs)—specifically electric trikes (three-wheelers)—have emerged as a pivotal architecture for both urban commuting and last-mile cargo logistics.

In mature markets such as Western Europe and North America, the demand for electric trikes has grown beyond basic personal transportation. Commercial logistics companies, food delivery networks, and family commuters are seeking stable, high-capacity, and weatherproof alternatives to traditional two-wheelers. By utilizing a three-wheel structure, these vehicles eliminate balancing issues, support greater payload distributions, and allow for protective cabin configurations, such as fully enclosed or canopy-based trikes.

This evolution has been catalyzed by improvements in battery management systems (BMS), permanent magnet brushless DC (BLDC) motors, and high-tensile frame metallurgy. The modern electric trike is no longer a slow-moving utility cart; it is an engineered transport vehicle capable of driving at typical urban speeds with a single-charge range of up to 100 kilometers.

Linyi Fulong Factory Overview

Linyi Fulong New Energy Co., Ltd.

A leading-edge Chinese facility delivering world-class electric mobility options, combining automated supply chains with precise OEM/ODM execution.

Manufacturing line Fulong New Energy

Precision Engineering & Scaled Integration

Established in 2017, Linyi Fulong New Energy Co., Ltd. has developed into a comprehensive enterprise integrating the research and development, manufacturing, and direct sales of electric two-wheelers and three-wheelers, backed by a complete industrial supply chain. Over our decade-long path in the sector, we have engineered dynamic scaling capabilities, achieving an annual production capacity exceeding 500 thousand (500,000) units.

We adhere to a philosophy where "customer first, quality first" functions as our operational foundation. We select premium raw materials and utilize rigorous incoming quality checks. Simultaneously, our factory integrates advanced production line robotics to achieve high-precision control across all automated processes. Every unit undergoes strict quality checks before final packing and dispatch.

Our facility spans over 20,000 square meters of specialized production workspace, ensuring we can handle bulk orders for global partners in over 90 countries and regions.

2017
Established
500K+
Annual Unit Output
20,000m²
Factory Footprint
90+
Export Nations

B2B Procurement & Supply Chain Resilience

Global Compliance Certification

Navigating cross-border regulatory frameworks is critical. We ensure that our vehicles meet target country regulations, including EEC/COC certification for the European Union, DOT/EPA requirements for North America, and ADR guidelines for Oceania. Our logistics team handles tariff optimization and export customs documentation.

Full OEM & ODM Integration

We offer extensive custom integration options. Our engineering teams configure mechanical components, battery layouts (Lithium Iron Phosphate vs. Lead-Acid), motor controllers, and exterior paneling to match your brand requirements. This is supported by our "Precision Matching" customization framework.

Rigorous Quality Protocols

Our quality control protocols include weld integrity testing, high-current battery cycle analysis, water immersion tests for electric hubs, and dynamic dyno checks. This system ensures consistent performance in demanding commercial roles, such as municipal logistics and industrial material transport.

Electric vehicle applications

Targeted Configurations for Varied Demographics

Our vehicle design process is guided by the specific needs of different end-user demographics:

  • Urban Commuters: Fast, lightweight electric trikes designed to navigate congested inner-city traffic. Built-in regenerative braking extends battery life during frequent stop-and-go driving.
  • Family Riders: Models configured with passenger canopies, reinforced rear seats, and child safety features, providing all-weather utility for daily routines.
  • Last-Mile Logistics & Cargo: Utility-focused trikes equipped with heavy-duty cargo boxes, torque-oriented transaxles, and high-capacity battery options, built for cargo delivery.
  • Outdoor Enthusiasts: Off-road dual-sport and high-power electric motorcycles engineered with long-travel hydraulic suspension and dirt-capable knobby tires.

Engineering & Specifications Matrix

Compare mechanical architectures, motor output profiles, and battery setups across our primary model categories.

Model Category Motor Configuration Battery Chemistry Range Capability Target Load Capacity Key Application Scenario
Heavy-Duty E-Trike 800W - 1200W BLDC Hub Motor LiFePO4 or SLA (60V/72V) 70 km - 90 km 400 kg Commercial Logistics / Cargo
Enclosed Commuter Trike 800W Integrated Mid-Motor Lead-Acid or Li-ion (48V/60V) 60 km - 80 km 250 kg All-Weather Family Transport
Urban E-Scooter 500W - 800W Brushless Hub Lithium-ion (48V) 50 km - 70 km 150 kg Student & Daily Commute
Off-Road E-Motorcycle 1000W - 1500W High Torque Lithium-ion (72V) Up to 120 km 180 kg Adventure & Rough Terrain

Frequently Asked Questions

Important considerations for volume sourcing, logistics, engineering, and factory customization.

What are the primary differences between Lead-Acid and Lithium battery configurations for electric trikes?
Lead-Acid (SLA) batteries offer a lower initial purchase price, making them a cost-effective choice for budget-conscious projects or regions with basic power needs. However, Lithium-ion options (such as LiFePO4) offer significant long-term performance benefits. They are approximately 60% lighter, support over 2,000 charge cycles compared to the 300-500 cycles of lead-acid, and charge much faster. This reduces vehicle weight and increases total range.
How does the Linyi Fulong factory guarantee consistency in high-volume production?
Our facility utilizes automated production machinery to minimize manual welding errors and maintain consistent frame alignment. We monitor quality at multiple points, checking raw materials, testing frames for structural fatigue, and putting every completed vehicle through a dynamic rolling road test to verify electronics, braking systems, and suspension components under load.
Can you custom-engineer vehicles to meet specific local homologation standards?
Yes. We regularly work with international partners to adjust vehicle setups to match regional safety and import regulations. This includes modifying speed controllers to meet local road limits, installing certified lighting and mirror assemblies, and providing the documentation required for import customs clearance.
What is the typical lead time for OEM/ODM orders, and what are the shipping requirements?
Standard OEM production runs typically require 30 to 45 days from initial design sign-off to loading. Shipping is handled in standard ocean containers, using SKD (Semi-Knocked Down) or CKD (Completely Knocked Down) packaging to maximize container volume and lower import duties in the destination market.