Explore our premium lineup of high-performance electric tricycles and folding scooters engineered for commercial utility, leisure, and commuter transport.
Designed for urban commuting, the A1 features premium safety engineering, highly cushioned seating, and reliable drive mechanics.
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Features high energy density lithium battery support, high-torque output, and structural carbon-steel integration.
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Equipped with electromagnetic brakes for instant stop without coasting, and automated one-touch folding system.
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A heavy-duty urban transport chassis, customizable container payload boxes, and dual regenerative braking systems.
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Engineered for combined passenger-cargo configurations. Enhanced motor thermal dissipation for warm climates.
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Optimized battery integration, ergonomic seat padding, and intuitive user panel display for micro-commuting routes.
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Available for customized branding. Fully customizable motor wattages and chassis colors for regional fleets.
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High payload efficiency, smart controller protection, and optimized wheel suspension designed for uneven terrains.
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The global shift toward micro-mobility has transformed the logistics landscape. High-quality electric rickshaw trikes and quadricycles have moved from niche commuting alternatives to core components of global last-mile commercial delivery fleets. Fueled by stringent zero-emission policies and rising urban congestion, municipal governments and large logistics enterprises are seeking heavy-duty, zero-emission vehicles to replace fossil-fueled delivery vans.
Modern electric rickshaws incorporate high-carbon steel structures, intelligent drive systems, and state-of-the-art power distribution matrices. These structural and technological updates reduce total cost of ownership (TCO) and optimize fleet routing and utilization rates across global networks.
B2B importers, governmental fleet operators, and distributors navigate multiple operational metrics before committing to long-term electric rickshaw supply pipelines.
Global shipping destinations demand strict regulatory compliance. Suppliers must match safety benchmarks like EEC/CoC certifications in Europe, DOT/FMVSS standards in North America, and specialized import registrations across Latin America and Southeast Asia.
B2B importers require specific drivetrain configurations: brushless DC motors ranging from 350W for micro-mobility to 1000W+ for heavy cargo, intelligent multi-channel controllers, and high-performance battery packs with thermal insulation.
Access to spare components (controllers, motors, brake calipers) and direct technical troubleshooting are critical. Factories offering localization support, customizable wiring diagrams, and spare parts packages guarantee high uptime.
Founded in 2019 under the core brand philosophy of "Quality builds the brand, service wins the market", Tianjin Aiweda Technology Co., Ltd. has grown into a leading developer of micro-mobility vehicles, electric rickshaw trikes, and quadricycles. Based in the industrial hub of Wuqing District, Tianjin, our modern manufacturing facility is engineered for complete structural control, handling every stage from R&D through to finished assembly and shipping.
With an advanced team specializing in AI integration, we are a leading developer of customizable unmanned driving systems and voice assistance solutions designed for three-wheel and four-wheel vehicles. This innovative technology adds autonomous and smart features to utility trikes and passenger vehicles, enhancing safety and navigation for senior drivers and commercial fleets alike.
R&D & Assembly Experts
Annual Production Capacity (Units)
Full-Chain Quality Control
Exporting Nations Worldwide
A detailed breakdown of product configurations from the Aiweda research labs, highlighting structural materials, safety features, and target applications.
Our factory's A1 mobility tricycle combines high performance, safety, and eco-friendly design for varied applications. Whether for short daily trips, leisure rides, or elderly mobility, the A1 is built to deliver a secure, comfortable, and stable ride.
Key Technical Parameters: Equipped with an energy-efficient 350W brushless DC hub motor and a 6-channel motor controller, the A1 supports either 48V 12Ah or 48V 20Ah lithium-ion battery packs. This system provides a consistent range, minimal battery degradation, and steady speed management on sloped terrains.
The Q1 is designed for multi-scenario urban transit, parcel distribution, and light cargo hauling. With an upgraded chassis, the Q1 handles varied weather and road conditions while keeping the rider stable and protected.
Key Technical Parameters: The model includes reinforced high-carbon steel chassis tubes, an integrated differential transaxle motor, and responsive front and rear drum brakes. The Q1's electrical system features an intelligent control module that prevents overcurrent and undervoltage issues during steep climbs.
A cost-effective, four-wheel folding scooter built for daily chores, grocery shopping, and local errands. The A8 offers a lightweight, stable four-wheel platform that fits easily into standard passenger car trunks.
Key Technical Parameters: Features a quick-collapse mechanism that secures the steering column in seconds. The rear-wheel drive system is powered by a high-efficiency motor, providing smooth acceleration suited for pedestrian zones, paved parks, and indoor shopping complexes.
Designed for travel, airport transits, and hospital assistance, the A7 focuses on portability and ease of operation. Its compact profile makes it a highly maneuverable option for personal transit.
Key Technical Parameters: Powered by a brushless hub motor that handles inclines with ease, the A7 features an electromagnetic braking system. The brakes engage automatically when the throttle is released, stopping the scooter instantly even on downhill ramps.
The A6 features a smart, automated folding system. Users can fold or unfold the quadricycle with the press of a button, removing the need for manual adjustments.
Key Technical Parameters: A key safety feature is the electromagnetic brake system, which stops the vehicle instantly upon throttle release to prevent coasting on hills. Designed with an ergonomic seat and backrest, the A6 balances portability with rider comfort.
The A5 integrates folding capabilities with a high-torque drivetrain. Built for multi-scenario use, it serves as a reliable personal commuter or passenger transit vehicle for residential neighborhoods.
Key Technical Parameters: Built on a reinforced structural steel frame, the A5 is equipped with responsive front suspension forks and rear coil-over shock absorbers. The modular layout allows for easy servicing of the battery compartment and brake pads.
Designed for industrial logistics, heavy cargo hauling, and municipal fleet operations, the VS-3 is built to handle tough transport demands.
Key Technical Parameters: Built with a reinforced carbon-steel frame for high load capacity, the VS-3 is powered by a high-torque 1000W brushless DC motor paired with an 18-channel high-power controller. It maintains steady torque and speed on steep inclines and under full cargo loads.
The V1 is a passenger and utility tricycle designed for urban areas. Combining cargo flexibility with passenger transport, it is a practical choice for micro-mobility fleets.
Key Technical Parameters: Features a high-strength chassis, weather-resistant structural powder coating, and a reliable drum-and-disc braking system. Its optimized layout balances driver ergonomics with generous rear cargo capacity.
Aiweda supports diverse applications by designing vehicles configured for passenger transport, delivery services, and personal mobility.
Custom cargo boxes, insulated compartments for food delivery, and reinforced flatbeds paired with heavy-duty shock systems for urban parcel networks.
Configured passenger setups featuring weather protection covers, ergonomic seating, and integrated security handles for resort and residential travel.
Equipped with customizable unmanned driving systems, pathfinding radar, and voice-assisted control setups designed for restricted-access environments.
A look inside our Tianjin factory, where automated technologies and strict testing procedures ensure every vehicle meets high standards.
Step 1
Chassis components are joined using automated robotic welding stations, ensuring uniform weld penetration and structural strength.
Step 2
Frames undergo multi-stage electroplating and automatic paint baking to create a durable, weather-resistant layer that protects against corrosion.
Step 3
Motors, wire harnesses, controllers, and battery packs are integrated on dual automated assembly lines by specialized technicians.
Step 4
Every vehicle undergoes load testing, braking evaluations, and electrical insulation tests to verify performance and safety before release.
Step 5
Vehicles are secured in reinforced cardboard crates or wooden frames to prevent shifting and cosmetic damage during maritime transport.
Step 6
Finished units are organized in our staging warehouse, optimized for container space, and loaded for global shipping ports.
Aiweda is updating its products with next-generation energy storage, smart software, and enhanced mechanical designs.
Moving toward Lithium Iron Phosphate (LFP) systems to improve thermal stability, extend charge cycles, and ensure safety across extreme climates.
Integrating 4G/5G telematics hardware for GPS vehicle tracking, remote diagnostics, and real-time battery status monitoring for commercial operators.
Replacing traditional heavy structural components with aluminum alloys and composite materials to extend driving range without losing structural durability.
Browse our selection of specialized commuter trikes and passenger vehicles, designed for durability, safety, and energy efficiency.
A heavy-duty cargo vehicle featuring dual suspension springs and a high-efficiency rear-wheel hub motor drive.
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Features a convertible seat that easily shifts from passenger transit to flatbed cargo configuration.
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Equipped with front disc brakes, digital instrumentation, and integrated LED headlights for high night visibility.
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Built with high-torque gearboxes and a weather-resistant frame, ideal for commercial transit applications.
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Equipped with a high-power motor and reliable drum brakes, designed for heavy loads in urban environments.
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Features a smart energy regeneration system that recaptures battery power during descent and decelerations.
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Built with a high-carbon steel chassis and heavy-duty shock absorbers to handle rough terrains under load.
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Features automatic magnetic park-locks, folding structural hinges, and a responsive power-delivery module.
View DetailsFind technical answers on structural composition, customs standards, shipping configurations, and battery selections.
Aiweda