Deploying high-performance electric motorcycles, e-scooters, and trikes engineered for reliable operation, safety compliance, and maximum urban mobility.
As the international landscape transitions toward net-zero emissions, micro-mobility has evolved from a novel trend to the backbone of modern urban transit and logistics. Global enterprises require robust, safe, and highly efficient electric vehicles to manage last-mile deliveries, corporate fleets, and shared commuter programs. Navigating the selection of electric two-wheelers and trikes requires a deep understanding of powertrain engineering, battery management systems (BMS), and regional regulatory standards.
Our collaborative manufacturing capabilities are uniquely positioned to serve bulk importers, governmental bodies, and corporate procurement networks. By providing a diverse range of vehicles that scale from ultra-lightweight commuter e-bikes to high-payload cargo e-trikes, we bridge the gap between technological innovation and localized business demands. Integrating advanced features such as energy-regenerative braking systems (EABS), real-time CAN-BUS vehicle telemetry, and high-energy-density power reserves ensures that fleet operations remain profitable with minimal maintenance overhead.
Founded in 2017, Linyi Fulong New Energy Co., Ltd. has developed into a preeminent, comprehensive enterprise integrating the complete research, development, precision manufacturing, and international sales of electric two-wheelers and three-wheelers. Leveraging a complete vertical industrial chain, our facilities are built to support the high volumes required by global retail and fleet procurement partners.
With an annual manufacturing capability exceeding 500,000 units, our engineering standards are recognized in more than 90 countries and regions. We adhere to the foundational principle of "customer first, quality first". We maintain strict raw material testing frameworks and deploy automated robotic assembly lines. Every vehicle undergoes structural vibration, weather resistance, and battery thermal performance testing to ensure reliability in any operational environment.
Fusing AI technology, battery safety, and industrial-grade mechanical design to deliver next-generation light electric vehicles (LEVs).
Enabling GPS tracking, remote geofencing, over-the-air (OTA) diagnostic updates, and CAN-bus system telemetry for real-time fleet health monitoring.
Proprietary multi-stage charging algorithms, overcurrent detection, cell-balancing electronics, and thermal runaway protection to maximize battery life cycles.
High-efficiency permanent magnet brushless DC (BLDC) motors paired with smart controllers to reclaim energy during braking, extending range by up to 15%.
We leverage a precision matching matrix to configure design profiles for distinct user bases. This guarantees that our vehicles meet the precise requirements of regional commuter markets, shipping firms, and commercial distributors.
A technical comparison to assist procurement officers and fleet managers in matching requirements with our core drivetrain architectures.
| Vehicle Class | Ideal Application | Motor Configuration | Battery Compatibility | Est. Range per Charge | Regulatory Alignment |
|---|---|---|---|---|---|
| E-Scooter / E-Bike | Short-distance commute & food delivery | 350W - 800W Brushless Hub | 48V 12Ah - 20Ah LFP/Lithium-Ion | 45 - 65 km | EN15194, DOT Compliant |
| E-Motorcycle | Suburban transit & rapid courier service | 1000W - 2000W BLDC Hub | 60V - 72V 20Ah - 40Ah Lithium-Ion | 70 - 110 km | EEC L1e/L3e, E-Mark |
| E-Tricycle (Passenger) | Shared eco-tourism & local community shuttle | 800W - 1200W Differential Gear | 60V 32Ah - 45Ah Lead-Acid / LFP | 60 - 80 km | CE, Locally Compliant |
| Enclosed Cargo E-Trike | All-weather delivery & heavy logistics | 1200W - 2200W Heavy Torque Motor | 60V - 72V High-Capacity LFP Array | 80 - 120 km | EEC Cargo Class, CE Certified |
Explore our active line of customization projects engineered for B2B cross-border supply networks.
Navigating cross-border trade for Electric Vehicles (EVs) requires compliance with regional safety certifications and packaging standards. For European markets, vehicles must conform to EEC/CoC regulations (e.g., L1e or L3e categories) to facilitate registration and street clearance. In North America, Department of Transportation (DOT) and Federal Motor Vehicle Safety Standards (FMVSS) compliance is required for public road usage. Our production lines are audited annually to meet ISO9001:2015 frameworks, verifying that every chassis welding seam, brake line assembly, and wire harness configuration satisfies international safety parameters.
Furthermore, shipping large Lithium-Ion or Lead-Acid batteries requires strict compliance with UN38.3 testing criteria. This ensures safe packaging for maritime transport. We coordinate container optimization strategies, utilizing custom iron framing inside shipping containers to prevent damage. This allows us to load up to 150 disassembled or semi-knocked-down (SKD) electric scooters per 40-foot HQ container, reducing landed costs for our global wholesale partners.
Essential technical and commercial insights for B2B buyers and importers looking to source electric mobility fleets.
Our standard Minimum Order Quantity (MOQ) for custom OEM or ODM electric scooters and motorcycles is typically one 20-foot GP container, which holds approximately 25 to 55 units depending on the model's dimensions and shipping configuration (SKD/CKD). For customized branding, custom plastics molding, or customized controller programming, the development cycles can extend. Average production turnaround times for a standard 40-foot HQ container range from 20 to 30 days after receipt of the initial deposit and confirmation of technical drawings.
We source cells from top-tier suppliers and test them under different temperature conditions. Our battery configurations incorporate a smart Battery Management System (BMS) that actively balances cells and guards against overcharging, deep discharge, and overheating. For our Lithium Iron Phosphate (LiFePO4) models, we guarantee over 2,000 full charge cycles before capacity degrades below 80% of its original rating. For ternary lithium configurations, cycles average 800 to 1,000 before reaching the same threshold.
We provide standard CE certifications for all models, alongside specific EEC (European Economic Community) homologation certificates and CoC (Certificate of Conformity) for road-legal registration in Europe. For the US market, we support compliance registrations with the Department of Transportation (DOT) and EPA. Additionally, all battery packages are certified with UN38.3, MSDS, and maritime safety certifications to ensure zero-risk port entry and global custom clearance compliance.
Our OEM/ODM services cover structural, electrical, and cosmetic components. Importers can select motor outputs (from 350W up to 3000W), braking systems (rear drum vs. dual hydraulic disc systems), and shock-absorption configurations. Visually, we offer custom dual-tone injection-molded plastics, decals, custom-stitched seating, and brand logos. On the technical side, we customize controllers to meet local speed limits, adjust regenerative braking curves, and program custom UI displays on digital LCD dashboards.
We provide a 1-year warranty on core structural and electronic components, including the motor, frame, battery pack, and main controller. To ensure minimal downtime for your regional customers, we regularly include 1% to 2% wear-and-tear spare parts (such as brake pads, light bulbs, throttles, and cables) free of charge with every bulk container order. Additionally, we provide digital technical documentation and diagnostic guides to train your local technicians.
Browse our heavy-duty, utility-focused, and family-oriented electric transport systems engineered for commercial use cases.
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