Browse our catalog of micro-mobility solutions engineered for public, corporate, and private logistical applications.
The global transportation landscape is witnessing an unprecedented transition towards localized and decentralized delivery systems, fueled by stringent carbon offset frameworks and municipal fossil-fuel exclusions. Within urban delivery networks, cargo electric tricycles and heavy-duty electric trikes are replacing standard delivery vans. Multi-national corporations, regional logistics providers, and green utility fleets require highly durable structures to satisfy continuous usage cycles.
Understanding these critical demand vectors involves assessing Total Cost of Ownership (TCO), continuous operational availability, lithium-iron-phosphate (LFP) thermal safety, and chassis load capacities. B2B procurement directors prioritize suppliers with established track records in chassis structural integrity, high-efficiency controller programming, and reliable safety certifications.
Established under the foundational values of structural durability and active riding safety, Tianjin Aiweda Technology Co., Ltd. has expanded into a modern industrial enterprise. Our corporate ethos revolves around the conviction that "Quality builds the brand, service wins the market". We supply global distributors with robust three-wheeled and four-wheeled utility vehicles.
Our operations in Wuqing District, Tianjin, utilize advanced automotive-grade technologies, including robotic laser cutting, integrated hydraulic tube bending, computerized robot welding, and advanced electrophoretic rust-prevention coatings.
Unlike standard fabricators, Aiweda invests heavily in software research and development. We are a key micro-mobility manufacturer in China featuring custom unmanned driving assistance systems, telemetry control units (TCU), and specialized voice-alert guidance systems for recreational and senior transport quadricycles.
Our intelligent system integrates ultrasonic sensors, obstacle detection arrays, and real-time controller intervention safety protocols to prevent downhill speed runaways and accidental vehicle rollovers. This integration ensures safety for campus shuttles, facility cargo transport, and recreational senior transport.
Developing robust, compliant, and cost-effective fleets for diverse regional applications.
Designed for postal networks requiring compact dimensions, weather protection, and stable multi-drop operation in historical city centers.
Featuring low access heights, digital steering limits, automatic slope brakes, and safety telemetry to support independence for aging populations.
Emission-free passenger movement with whisper-quiet, brushless transaxles, comfortable multi-row bench layouts, and high luggage capacity.
Analyze key differences in motor configuration, battery chemistry, braking architecture, and smart assistance systems.
| Specification Parameter | Cargo Electric Trikes (e.g., VS-3 / DS-13) | Leisure & Senior Trikes (e.g., A1 / Q1 / S-3) | Folding Travel Scooters (e.g., A6 / A7 / A8) |
|---|---|---|---|
| Nominal Motor Power | 1000W – 1500W High Torque Brushless DC | 350W – 500W Direct Drive Hub / Transaxle | 250W – 350W Integrated Brushless Gearless |
| Controller Configuration | 18-Channel High Power FOC Sine-Wave | 6-Channel to 9-Channel Smart Controllers | Compact Integrated Vector Controller |
| Battery Chemistry Options | 60V/72V LFP (LiFePO4) or Heavy-Duty Lead-Acid | 48V 12Ah / 20Ah Removable Lithium-Ion | 36V/48V Lightweight Modular Lithium |
| Braking Architecture | Mechanical Drum & Hydraulic Regenerative Disk | Electromagnetic Brake / Automatic Safety Cutoff | Electronic Auto-Stop (Instant Release Release) |
| Chassis Structure | Reinforced High-Carbon Tensile Steel Frame | Durable Low-Step Seamless Tubular Steel Frame | Aviation-Grade Ultra-Light Aluminum Alloy |
| Autonomous Telemetry | Optional IoT Tracking and Route Geofencing | Custom Voice System & Safe Descent Speed Limits | Keyless Smart Start / App Diagnostic Link |
From robot structural welding to final dynamometer inspection, we enforce rigorous quality control at every stage.
Our long-term R&D is geared towards smart connectivity and enhanced energy management. By optimizing battery pack temperature variance control within our proprietary Battery Management Systems (BMS), Aiweda is preparing to transition to fast-charging sodium-ion platforms, ensuring better performance in cold climates.
Additionally, we are developing drive systems with integrated, software-defined differentials. This ensures traction adjustability on loose or wet surfaces, providing extra stability for both cargo delivery routes and consumer use.
Providing certified, import-ready cargo solutions that comply with diverse regional transit legislation.
Navigating global regulatory frameworks is a key component of Aiweda's partnership model. Our vehicles are built to comply with European CE certifications, machinery directives, and relevant electromagnetic compatibility tests. We provide fully documented testing history for batteries (including UN38.3 test sheets) to ensure safe, legal transport by sea and rail freight.
To reduce downtime, Aiweda operates a parts distribution system with regional dealers in East Asia, South America, and Europe. We guarantee standard parts availability—including replacement controllers, steering assemblies, throttle sensors, and suspension arms—to keep your fleet moving.
Designed for durability and everyday use, matching practical needs with reliable performance.
Our product series cover a wide range of needs, including recreational three-wheelers, transport for older adults, cargo tricycles, two-wheel folding scooters, electric motorcycles, and sightseeing vehicles. By focusing on quality and durable components, we ensure that every vehicle provides safe and reliable performance.
A reliable combination of comfort and performance, designed for both daily commutes and longer rides.
Built with high structural strength, this model folds down quickly for easy storage and transport.
Get answers to key technical, supply, and operational questions about our electric tricycles.
A: We use high-carbon structural steel with wall thicknesses exceeding 2.5mm. Robot-welded joints distribute stress evenly, and each frame undergoes testing on our dynamic vibration rigs before paint is applied.
A: The electromagnetic braking system provides automatic stopping on slopes. Once the throttle is released, the system engages without requiring manual brake lever force, preventing rolling on ramps or hills.
A: Yes, our controllers can be programmed to meet different regional speed limits (such as 20 km/h or 25 km/h for European markets) and adapt to local traffic regulations.
A: We supply both high-density lithium-ion packs and durable lead-acid options. For commercial logistics fleets, we recommend our LFP (lithium iron phosphate) configurations, which provide over 2,000 charge cycles.
A: Standard configurations are available with low MOQ requirements. Custom modifications, such as special voice systems, custom branding, or cargo box dimensions, typically require a minimum order of one 20ft container.
Browse our selection of durable vehicles, designed for stable handling, cargo transport, and recreational use.
Aiweda
