Explore our state-of-the-art multi-wheel vehicles, certified and customized for international deployment.
Equipped with a highly efficient power system and optimized suspension, the DS-1 satisfies urban fleet demands for cargo capacity while retaining a low emissions footprint.
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The M7 represents a modern approach to 4-wheel compact transit, combining chassis stability with high comfort metrics for commuter distribution networks.
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The C3 serves as a robust cargo handling machine built with reinforced alloy structures, perfect for local parcel deliveries and facility transit.
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A customized high-performance tricycle layout engineered specifically for flexible payloads, offering tailored power configurations.
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A customizable OEM version of the premium DS-1, facilitating easy brand integration and unique localized equipment options.
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Features a heavy-duty chassis design with intelligent control systems, driving comfort for long-shift operations.
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Engineered for lightweight maneuverability, the A1 blends high battery efficiency with standard safety parameters.
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Featuring a state-of-the-art auto-fold mechanism, this compact vehicle is built for ease of storage in transit systems.
Inquire NowThe global transition towards zero-emission urban transportation has created unprecedented demand for light electric vehicles (LEVs). Specifically, Enclosed 3-Wheel Electric Scooters occupy a unique market segment, bridging the gap between traditional two-wheeled e-bikes and conventional passenger vehicles. According to global transit studies, close-quarters delivery logistics and urban personal mobility represent the fastest-growing niches for three-wheel enclosures.
From a macroeconomic perspective, international congestion policies, low-emission zone (LEZ) mandates in Europe, and rising municipal space constraints force corporate fleets to seek compact, covered alternatives. An enclosed layout offers all-weather usability, making it far superior to open-platform alternatives for commercial utilization throughout winter seasons in temperate climates.
Additionally, population demographics in major economies are shifting. A rapidly aging global workforce requires mobility configurations prioritizing active stability. The physical architecture of a trike prevents low-speed operational tip-overs, which is critical for cargo delivery riders and senior operators alike.
Our fully sealed cabin design preserves driver safety, electronic health, and payload protection regardless of rain, snow, or excessive temperature shifts.
Optimized energy conversion models using state-of-the-art brushless hub/mid-drive motors translate to highly reduced operating costs per mile.
Tianjin Aiweda Technology Co., Ltd. leads manufacturing operations with high precision standards and active AI development.
Located in the Wuqing District of Tianjin, our facility utilizes automatic welding systems and automated baking varnishes. Our laser cutting equipment maintains dimensional tolerances within micrometer limits, resulting in high structural reliability.
Our domestic AI R&D department pioneers autonomous operation integrations for restricted areas and senior vehicles. We focus on customizable voice control interfaces and adaptive terrain analysis logic to enhance safety protocols.
We work with trusted battery producers to support customizable lead-acid or high-density lithium-ion setups, satisfying cold-weather output requirements while meeting local compliance standards (CE, FCC, etc.).
Unlike standard light scooters, our enclosed trikes are built on a high-tensile carbon steel frame. The integrated protective shell distributes structural impact forces via engineered crumple zones. Each joint undergoes robotic multi-pass welding to ensure structural integrity over long operational lifespans. Standard configuration includes automotive-grade tempered glass windscreens equipped with integrated washing wiper units, preserving operator visibility in heavy downpours.
Every vehicle is assembled according to strict ISO Quality Management principles, guaranteeing end-to-end reliability.
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Flexible design adaptations meeting diverse international distribution frameworks.
We work closely with global distributors, municipal service providers, and postal operators to offer highly customizable vehicle specifications. Options include custom box volumes, integrated logistics shelving, cooling compartments for last-mile food delivery, and external advertising panels. Our engineers can adjust motor controllers to comply with regional speed regulations (e.g., capping speeds to meet Class L2e-P regulations in Europe).
Our micro-mobility vehicles support integration with aftermarket GPS systems and digital fleet tracking modules. Fleet managers can monitor battery health, real-time vehicle positioning, and operational efficiency metrics. This telemetry integration reduces operational downtime and helps organize preventative maintenance workflows.
To access overseas consumer networks, vehicles must adhere to safety and electromagnetic standards. Our production plant maintains strict compliance certifications, allowing seamless import customs operations. Our international logistics department manages direct shipping solutions to major hubs in South Korea, Thailand, Brazil, Mexico, and European entry ports, minimizing customs delays.
Our trade partners receive structured technical packages containing schematics, diagnostic protocols, and direct component access. We maintain a reliable supply of replacement parts, including controllers, transaxles, brake pads, and windshield elements, keeping client fleets operational year-round.
Find expert answers to common queries regarding technical specifications, bulk sourcing, and compliance.
Typical range parameters depend on payload weight, terrain, and battery configurations. Standard lithium packages (such as a 60V 50Ah system) provide ranges between 60 to 80 kilometers. For heavy-duty delivery profiles, we can customize battery compartments to house dual high-density lithium configurations, extending operational ranges beyond 120 kilometers.
Our electromagnetic braking structures stop the vehicle instantly once the throttle is released. This setup prevents down-hill coasting or sliding, allowing operators to safely stop on steep inclines. This passive protection feature is especially valuable for senior drivers and cargo delivery operators navigating hilly cities.
Yes. As a comprehensive developer and manufacturer, we support fully integrated OEM modifications. Partners can customize shell shapes, cargo dimensions, insulation layers for cold-chain items, and apply corporate decals on the vehicle shell during final manufacturing.
Our popular production items have CE certification, which simplifies import procedures for European markets. We also supply test results for components (like batteries and chargers) to ensure smooth custom clearance and road approvals in target regions.
Standard production times range between 25 to 35 days from receipt of deposit, depending on the level of customization. Our factory in Tianjin, China is located close to major international shipping ports, enabling fast logistics transport to local docks.
Select from our electric quadricycles, folding micro-scooters, and reliable utility transport options.
Designed for sustained cargo operations, the DS-13 integrates reinforced chassis points with efficient battery setups.
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Our flagship DS-1 model features a robust engine system and comfortable rider ergonomics, ideal for daily urban commutes.
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A four-wheeled micro-mobility option providing enhanced tracking stability and high payload performance, with full CE compliance.
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Engineered for city logistics, this vehicle features an electric hub motor optimized for stop-and-go delivery routes.
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A highly popular export model offering balanced battery efficiency, sturdy carbon steel frame components, and low maintenance costs.
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Designed for residential commuting, the S1 features a lightweight body structure and a simple, user-friendly steering layout.
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A heavy-duty 4-wheel vehicle built on a reinforced frame, providing high load-bearing capacity for diverse transit tasks.
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The Q1 features high weather resilience and a multi-purpose seat arrangement, making it suitable for both passenger transit and logistics deliveries.
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Aiweda