Engineered for absolute safety, structural stability, and superior power output. Explore our primary product portfolio.
The global urban transportation framework is undergoing a profound paradigm shift. As metropolitan centers enact strict zero-emission zones, and carbon-reduction legislation gains bipartisan legislative momentum, the conventional logistics and personal transit sectors are transitioning to light electric vehicles (LEVs). Among these, Electric Mobility Trikes and lightweight quadricycles have emerged as critical vectors of last-mile parcel logistics, municipal services, and multi-generational personal mobility.
For B2B procurement officers, distributors, and municipal buyers, sourcing low-emission vehicles is no longer merely an exercise in carbon compliance; it is a critical optimization strategy aimed at lowering the Total Cost of Ownership (TCO) and reinforcing supply chain resilience. Lightweight three- and four-wheeled configurations offer superior lateral stability, high volumetric capacity relative to road footprints, and low operational costs compared to full-sized electric delivery vans.
In this context, Tianjin Aiweda Technology Co., Ltd. (operating the "Aiweda" brand since 2019) acts as a high-technology, R&D-driven manufacturing partner. By integrating heavy industrial fabrication with next-generation artificial intelligence, Aiweda delivers highly reliable electric trikes and quadricycles engineered for international markets including South Korea, Thailand, Brazil, and Mexico.
Mapping the future trajectory of the electric mobility trike and quadricycle sectors globally.
The convergence of robotics with micro-mobility. Aiweda leads the market by establishing an in-house AI tech team focused on customizing unmanned driving algorithms and intelligent voice warning networks for specialized three- and four-wheeled utility vehicles.
The shift from lead-acid cells to intelligent Lithium-Ion (LiFePO4 and NCM) configurations with integrated CAN-bus Battery Management Systems (BMS). Aiweda's standard builds utilize scalable 48V 12A/20A arrays to guarantee safe operations across extreme thermal variations.
Utilizing high-carbon steel structures and specialized robot welding to withstand heavy structural loads. Mechanical designs feature low-center-of-gravity engineering to prevent high-speed tipping during tight cornering maneuvers.
Why Tianjin Aiweda is the partner of choice for global enterprise distributors seeking manufacturing scalability.
The global supply chain disruptions of recent years highlighted the critical importance of selecting a manufacturing partner with deep vertical integration. Located in Wuqing District, Tianjin—the heart of China's bicycle and light-electric vehicle industrial cluster—Tianjin Aiweda Technology Co., Ltd. leverages a mature regional ecosystem of components, metal processing, and shipping networks.
Within our facility, we deploy two advanced, fully automated assembly lines alongside heavy industrial fabrication gear. Our operations include precision CNC stamping, automated fiber-optic laser cutting machines, high-accuracy robotic welding arms, multi-stage electroplating, and dust-free electrostatic baking paint lines. Controlling these processes internally isolates Aiweda from external supply chain bottlenecks, ensuring consistent dimension controls and reliable build quality.
By merging raw manufacturing capabilities with our dedicated software engineering division, we are the only domestic company specializing in custom voice command integration and autonomous drive hardware layouts for micro-mobility platforms. This combined hardware-software ownership yields direct cost efficiencies, shorter lead times, and flexible customization possibilities for global buyers.
From dense urban deliveries to senior assisted-living environments, Aiweda builds serve diverse micro-mobility roles.
Engineered for safety and accessibility. Models such as the A7, A6, and A5 feature ultra-low boarding profiles, customizable orthographic seating, simple speed controls, and smart voice systems. Electromagnetic brakes halt the trike instantly upon releasing the throttle.
Heavy-duty cargo trikes like the DS-1 and VS-3 are optimized for courier hubs, mail delivery, and localized goods transport. High-carbon steel frames combined with 1000W brushless motors carry payloads reliably over urban topographies.
Perfect for zero-emission districts, universities, parks, and large industrial compounds. Quiet electric propulsion combined with multi-passenger options makes the M6 and M9 lines ideal for shuttle fleets and public space maintenance.
Six manufacturing steps ensuring every vehicle meets global standards from raw tubing to final crating.
Robot welding arms fabricate heavy-carbon steel frames to eliminate micro-fractures, maintaining exact geometric tolerances.
Multi-stage chemical pre-treatment and electrostatic spray painting produce an anti-corrosion barrier resistant to UV damage.
Technicians integrate high-efficiency motors, advanced wire harnesses, controllers, and custom suspension components.
Includes battery insulation monitoring, electronic control systems diagnosis, brake dyno testing, and simulated rough-road running tests.
Vehicles are packed in protective structures with multi-layered corrugated boxing to prevent logistics damage during transport.
Inventory is stored in a clean holding area, ready for efficient loading and global shipping through Tianjin Port.
A detailed look at the core design methodologies behind our flagship mobility products.
The A1 commuter trike integrates safety, comfort, and environmental friendliness. It is configured with a 350W quiet brushless hub motor and a 6-channel controller, with options for 48V 12A or 20A lithium-ion battery modules. Constructed on a stable steel frame, the A1 is suitable for daily short trips, municipal commuting, and active senior mobility.
The Q1 electric utility trike handles various road and weather conditions. Featuring high ground clearance, heavy-duty suspension, and a powerful engine, it is configured for urban passenger-and-cargo duties. The design provides a stable, comfortable, and reliable ride under loaded conditions.
Designed for ultimate convenience, the A8 folding quadricycle provides last-mile mobility. It serves as a practical local transport for running errands, visiting friends, and shopping. The stable four-wheeled base supports senior users, and the compact frame folds in seconds.
The A7 folding quadricycle balances transportability and performance. Driven by an advanced brushless motor, it tackles urban inclines. The electromagnetic braking system halts the vehicle instantly upon releasing the throttle, preventing rollback on ramps.
Specially modified boxes designed to retain heat or refrigeration, ideal for urban street food sales.
Reinforced undercarriages that fold in seconds, serving personnel inside airports, warehouses, and factories.
Convertible seating configurations that switch from cargo space to passenger seating, maximizing utility.
Technical and logistics answers for global sourcing agents and commercial importers.
A: Aiweda utilizes premium electromagnetic braking systems in models like the A7, A6, and A5. Unlike standard friction brakes that can coast downhill when released, electromagnetic brakes engage the moment control power cuts out. This prevents rolls on steep inclines and ramps, providing a secure stopping system for all users.
A: We maintain CE certification parameters for European markets, and our designs comply with safety guidelines in South Korea (KC regulations) and Southeast Asia (TISI compliance). We support our partners with comprehensive technical files, battery testing reports, and component quality documentation to streamline local customs clearance.
A: Aiweda is a Chinese micro-mobility manufacturer with a dedicated in-house AI engineering team. We customize unmanned driving solutions and integrated voice-warning systems for three- and four-wheeled senior vehicles. This increases safety by providing active warning tones, navigation assist, and operational diagnostics.
A: Yes. For example, our VS-3 and DS-1 models utilize reinforced chassis frames made from high-carbon steel. This provides high tensile strength and wear resistance. When paired with high-torque brushless motors and heavy-duty multi-channel controllers, the structural frame handles heavy payloads reliably.
A: We offer both high-density Lithium-Ion (NCM/LFP) battery systems, configured in 48V 12A or 20A options, and traditional lead-acid options depending on local market preferences. Our lithium configurations feature smart BMS protection cards that prevent overcharge, thermal runaway, and deep discharge.
A: Our annual production capacity is 500,000 units. For typical containerized wholesale orders, our lead time ranges from 25 to 40 days, depending on customization details (e.g., custom branding, specialized paint, unique battery configurations, or voice control programming).
A: We supply a dedicated percentage of critical wear-and-tear parts (such as controllers, brake pads, lights, and tires) with every bulk container shipment. We also provide direct technical support through video training, diagnostic schematics, and direct lines to our service team.
A: Wuqing District, Tianjin is a major industrial hub for light electric vehicles in China. This proximity gives us direct access to components and raw materials without high shipping costs. Additionally, we are close to Tianjin Port, one of China's largest container shipping terminals, which lowers logistics costs and transit times.
We welcome global distributors, regional dealers, and logistics fleet operators to visit our production facility in Tianjin, China. Let's work together to build reliable, high-performance green mobility systems.
Get in touch by phone, email, or SNS to receive a custom quote, technical datasheet, or a factory invitation package.
Engineered for last-mile logistics, heavy cargo transit, and all-weather transport performance.
Aiweda
