High-efficiency, clean-energy mobility units engineered for global shipping, smart city implementation, and high-frequency utility usage.
Engineered with high-torque brushless power configurations and optimized structural safety indicators for high-load green urban commuting and package delivery networks.
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Features high-rigidity structural folding mechanism design, dual electromagnetic brakes, and extended battery range profiles optimized for personal and commercial fleets.
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Equipped with a reinforced high-carbon steel chassis and heavy-duty 1000W brushless motor designed for heavy load capacity, stability, and variable terrain safety.
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A sustainable urban transportation vehicle featuring reinforced chassis, highly responsive controller units, and customizable OEM configuration suites.
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Compact utility architecture that fits seamlessly into consumer vehicle trunks or high-density mass transit compartments, maximizing multi-modal efficiency.
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Features premium electromagnetic brakes, immediate stop mechanism with zero coasting, and intuitive operational interfaces optimized for absolute safety.
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Designed for premium ride comfort, incorporating a proprietary dual-suspension design, heavy traction drive systems, and eco-conscious engineering.
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A heavy-duty cargo tricycle configuration boasting intelligent current limit settings, high cargo chassis volume, and long operational lifespan.
Explore SpecificationsThe global micro-mobility ecosystem is undergoing an intense structural transformation. Driven by green policy directives, municipal zoning rules, and the optimization of logistics delivery lanes, the demand for foldable lightweight scooters, electric tricycles, and quadricycles has scaled significantly. Modern municipal design targets clean-energy, high-efficiency personal transportation networks that fill the crucial "first/last mile" transportation gaps.
For international commercial buyers, distributors, and governmental procurement divisions, sourcing from vertically integrated production bases in China is no longer merely a cost-reduction strategy, but rather a vital path to technological collaboration. Modern Chinese factories have progressed from simple assembly operations to centers of hardware excellence and intelligent R&D engineering, ensuring consistent global compliance and reliability.
Established in 2019, Tianjin Aiweda Technology Co., Ltd. (operating under the global brand Aiweda) manages a massive, state-of-the-art production compound in Wuqing District, Tianjin. Spanning two highly automated domestic manufacturing lines, our operations integrate advanced sheet-metal processing, robotic gas-shielded welding, smart electroplating, and dust-free baking varnish systems to assure structural durability and perfect mechanical tolerances.
Aiweda is unique in incorporating a dedicated domestic AI R&D group focused on intelligent drive system integration. We are pioneers in developing customizable unmanned driving algorithms, voice-controlled operational layouts, and obstacle-avoidance software designed for three-wheeled and four-wheeled mobility units. This bridge between rugged mechanical designs and modern AI software defines our role as a top-tier OEM provider.
Exploring the design parameters of our core vehicles: including leisure three-wheelers, secure senior quadricycles, heavy cargo tricycles, and lightweight folding micro-mobility units.
An ideal urban commuter platform configured with a 350W-500W brushless motor, a 6-channel controller, and options for 48V-12A or 48V-20A lithium-ion batteries. Lightweight and highly maneuverable.
Designed as an all-weather utility scooter. Offers a reinforced chassis shield, ergonomic seating configurations, and highly intuitive controls that facilitate safe operations in wet and hilly urban routes.
A premium four-wheeled micro-mobility solution that balances compactness with dynamic stability. Its lightweight frame collapses within seconds, making it perfect for car trunks and elevators.
Features a robust, hill-climbing brushless motor and advanced electromagnetic braking systems. Instantly locks in place upon control lever release, preventing dangerous freewheeling on steep inclines.
Utilizes an innovative one-touch automated electric folding and unfolding module. This design provides maximum convenience for travelers using trains, airplanes, and public transportation networks.
Built with a high-rigidity safety cage frame, easy-to-use drive controls, and high-clearance tires. It delivers dependable performance across turf, gravel, and urban concrete pavements.
Designed for multi-purpose commercial use. Includes a 1000W brushless motor, an 18-channel heavy-duty controller, and a high-carbon steel cargo platform suitable for last-mile logistics delivery.
Built upon a classic frame design updated with modern electric components. Offers excellent weight balance, optimized battery efficiency, and zero tailpipe emissions for environment protection.
Aiweda’s product development roadmap focuses on the intersection of micro-mobility and artificial intelligence. While mechanical strength remains the foundation of vehicle safety, hardware alone is no longer sufficient. Our engineering pipeline is organized around three primary innovation paths designed to address next-generation transit challenges:
Integration of ultrasonic sensors, forward-facing depth cameras, and obstacle detection processors. This array enables safe, low-speed automated guidance for warehouse operations, closed-campus tours, and assisted mobility layouts.
Voice-command systems tailored for senior drivers and delivery operators. Simple voice instructions control basic functions like speed limiting, headlamp switching, route assistance, and battery level diagnostics, keeping the driver’s eyes on the road.
Upgrading to advanced NMC/LiFePO4 configurations managed by a centralized cloud-connected BMS. Real-time battery diagnostic data is shared via API with corporate fleet operators, predicting maintenance needs before system failures occur.
A look into our step-by-step assembly process that guarantees every vehicle meets international road-ready standards before leaving the factory.
Chassis and frame tubes are aligned in automated fixtures and welded by precision robotic arms using active gas shielding to prevent micro-fissures.
Chassis components undergo multi-stage chemical pretreatment, electro-coating, and high-temp baking to create a durable, anti-corrosive outer layer.
Motors, controllers, wiring harnesses, and suspension packages are hand-installed by skilled technicians on our moving assembly line.
Every unit undergoes rolling dynamometer runs, electronic circuit continuity reviews, and braking force verification tests before shipping clearance.
Vehicles are securely anchored inside high-density cardboard cartons or custom steel frames, preventing damage during maritime transport.
Palletized units are transferred to our container loading zones for direct dispatch to regional port hubs and overseas distributors.
Aiweda’s design philosophy focuses on adaptability to diverse regional applications. Our electric folding scooters, tricycles, and quadricycles are deployed worldwide in several key use cases:
In dense cities across South Korea and Thailand, folding models like the A8 and A7 serve as key first/last mile transport units. Commuters fold the lightweight chassis to carry them on trains, buses, and elevators, bypassing traffic congestion.
In residential communities, university grounds, and industrial parks in North and South America, our A5 and Q1 series vehicles provide safe, low-speed transport. Their wide footprints offer stability on pathways, turf, and paved roads.
For delivery operators in Brazil and Mexico, the VS-3 and DS-1 tricycles function as agile cargo vehicles. Their high cargo capacity and powerful motors allow them to navigate tight alleys that are inaccessible to standard commercial vans.
Tianjin's advanced manufacturing cluster gives Aiweda access to key component suppliers, steel tube manufacturers, battery assemblers, and controller designers. This proximity minimizes raw material transit delays, allowing us to maintain stable pricing and rapid production turnarounds even during global supply chain fluctuations.
Aiweda prioritizes regulatory compliance. Every model undergoes testing to meet international road-ready, electrical safety, and environmental standards. We support B2B clients through detailed customs document packages, shipping logistics coordination, and spare parts supply lines, ensuring smooth entry into target markets.
Contact Aiweda Technology for bulk procurement catalogs, customized fleet request processes, and international partnership opportunities.
Answers to common B2B procurement queries regarding customization options, battery certification, and logistics support.
Select from our complete range of certified electric scooters, quadricycles, and specialty mobility vehicles.
Equipped with a high-efficiency powertrain and robust suspension system, the DS-11 is built for daily commutes and cargo delivery runs.
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An eco-friendly three-wheeler featuring intuitive controls, comfortable seating, and a safety-tested electrical design.
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Features a robust drive motor and stable chassis, designed to maintain performance in challenging weather and road conditions.
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A customizable quadricycle design featuring folding frame architecture and direct factory replacement support.
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A heavy-duty cargo tricycle designed with high payload capacity and responsive braking systems for urban logistics.
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Offers a quick-folding latch design, compact weight profile, and stable four-wheel stance for versatile urban travel.
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An efficient urban commuter vehicle built with high-quality components for long-lasting operation and simple maintenance.
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Designed for heavy commercial fleet use, the DS-13 features high stability, powerful motor options, and an eco-friendly drive system.
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