Discover our selected high-performance electric tricycles engineered for urban agility, heavy cargo transport, and sustainable commuting across municipal jurisdictions in France.
Engineered for the demands of the Paris low-emission zones (ZFE-m), the DS-2 model offers robust torque, safe handling, and maximum cargo efficiency for zero-emission last-mile logistics operations.
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With a highly adaptable rear chassis, the C3 series serves as an ideal platform for municipal services, garbage collection, and parcel logistics in narrow French historical streets.
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Designed strictly around EN 15194 European standards, the DS-1 brings commercial operators extreme stability under heavy payload loads, incorporating dual hydraulic braking.
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Utilizes advanced solar roof panel integration to extend daily operational uptime. Ideal for coastal French regions and sustainable distribution centers seeking green logistics superiority.
View SpecificationFrance is undergoing a structural transformation in urban transportation. Powered by the national ecological transformation plan (Plan de Relance Écologique) and the implementation of Zones à Faibles Émissions (ZFE-m) in metropolitan zones like Paris, Lyon, Marseille, Toulouse, and Nice, internal combustion commercial vehicles face strict access restrictions. Logistics fleets, postal systems, food delivery companies, and home-service craft workers are rapidly adopting high-capacity electric tricycles as their core urban workhorses.
By shifting cargo profiles from traditional vans to heavy-duty electric cargo tricycles, companies realize significant operating cost reductions. They bypass traffic congestion, utilize cycling corridors, and eliminate parking fines in dense city centers. This micro-mobility pivot requires heavy-duty engineering capable of carrying payloads between 150kg and 500kg while respecting strict European safety and physical width constraints designed to navigate ancient European street networks.
Our technological pipeline integrates advanced automotive engineering parameters adapted for three-wheel systems. Under strict E.U. battery directives, our vehicles leverage Lithium Iron Phosphate (LiFePO4) and advanced Lithium-Nickel-Manganese-Cobalt (NMC) chemistries governed by localized smart Battery Management Systems (BMS). Features include:
Equipped with real-time GPS positioning, battery SOC (State of Charge) telematics, geo-fencing capabilities to limit maximum assist speeds in designated pedestrian areas, and CAN bus systems facilitating preventive fleet maintenance alerts.
Integrated monocrystalline solar cells layered onto dry-van box lids. This generates up to 15-25% added range daily under typical light exposure, neutralizing cargo box auxiliary electronics drainage and optimizing route independence.
Furthermore, our vehicles introduce ADAS features, reversing assist cameras, and electromagnetic auto-parking brakes. These features prevent hazardous rollbacks on steep topographies such as Lyon's Fourvière or Paris's Montmartre hills, offering unprecedented driver comfort and safety.
Based in Tianjin's industrial corridor, Aiweda Technology drives operational consistency, smart robotics assembly, and massive scaling capabilities to fulfill global enterprise logistics requirements.
Our production base incorporates precision stamping laser cutters, robotic structural welding stations, multi-stage electroplating pools, and high-temp automated baking varnish curing chambers. We minimize dimensional tolerances to fraction-millimeter deviations, maintaining frame tensile integrity under severe loaded operations. Our pioneering R&D division has further specialized in customized driverless system software and integrated vocal command guidance platforms tailored for elderly municipal logistics transit, positioning Aiweda ahead of standard manufacturing units.
From raw structural carbon steel sheets to global export packing container setups, we enforce six rigorous stages of industrial quality assurance.
Robotic argon welding arms execute seamless frame bonding on high-carbon steel, guaranteeing zero fatigue failure under heavy shock profiles.
Multi-layer anti-corrosion chemical baths followed by electrostatic powder coatings and baking to ensure maximum salt-spray and weather resistance.
Standardized assembly lines integrate the smart BMS battery system, dynamic controllers, high-torque differential axles, and digital screens.
Every tricycle undergoes diagnostic dyno tests, electronic waterproofing verification, brake performance tests, and high-load climb metrics.
Optimized packaging protocols utilize custom wooden frames and thick corrugated layers to secure the micro-mobility fleets for ocean transit.
Coordinated maritime dispatch targeting major hubs. Highly efficient customs processing reduces transit times to French logistics bases.
We design comprehensive vehicular solutions to support transit operators, last-mile couriers, and industrial production centers.
We secure smooth supply chain logistics and provide custom configurations to simplify import procedures at French maritime ports.
To help our European enterprise clients minimize high shipping container costs and anti-dumping duties, Aiweda offers modular CKD (Completely Knocked Down) and SKD (Semi Knocked Down) packaging schemes. By packaging modular components systematically with detailed assembly protocols, we help buyers reduce customs duties at French entry ports and lower freight volume consumption by up to 40%.
We coordinate customs paperwork with top-tier global shipping lines, delivering cargo directly to French distribution nodes like Le Havre, Marseille, and Dunkirk. We also provide local technical training files, step-by-step video manuals, and detailed component schematic documentation to streamline local re-assembly operations.
Browse our full list of commercial and domestic electric tricycles, utility scooters, and high-performance micro-mobility solutions.
Built with a high-torque differential axle and high-carbon steel, the DS-11 excels in moving bulky items in commercial environments.
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Features an insulated cargo box with a key-lock system, making the DS-13 ideal for secure postal routes and food deliveries.
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With folding seats, the M6 quickly switches from a 3-passenger transporter to a heavy-duty cargo utility tricycle.
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Equipped with a low-step frame and advanced shock absorbers, the S-2 is optimized for urban transit and family use.
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Features electronic regenerative braking and dual battery compartments, making the S-3 ideal for shifts in hilly terrain.
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A highly maneuverable, small-footprint tricycle designed for short city trips, rental services, and eco-friendly sightseeing.
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A nimble 3-wheeler featuring a brushless motor and a digital controller, optimized for high-density inner-city package routing.
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Built for reliable operations, this model features an easy-access rear box, side guards, and quick-swap battery bays.
View SpecificationWe support strict compliance for European markets. The following custom-configured vehicles can be tailored to meet French road homologation standards.
Certified electric propulsion configuration engineered for municipal micro-mobility services.
Tailored OEM design offering long operational life and low-maintenance requirements.
Equipped with high-performance motors and heavy duty suspension for challenging terrains.
Integrated eco-friendly commuter platform featuring modern dashboard diagnostics.
Find answers to key technical, regulatory, and shipping questions for importing cargo tricycles into the French market.
Yes. All vehicles destined for France are built to comply with relevant E.U. standards. For models classified as electrically assisted cycles (EPACs), they follow EN 15194 standards, which limit power output to 250W and restrict assisted speeds to 25 km/h. For heavier electric cargo vehicles, we configure the powertrain to meet European L-category homologation requirements (such as L2e-U for cargo three-wheelers) to ensure smooth UTAC registration in France.
We offer flexible Completely Knocked Down (CKD) and Semi Knocked Down (SKD) shipping configurations. By shipping vehicles in nested, semi-assembled formats, we help clients reduce import tariff classifications and lower ocean freight costs. CKD shipping increases container capacity by up to 2.5 times compared to fully assembled (CBU) shipments.
Our battery packs utilize high-quality Lithium Iron Phosphate (LiFePO4) or NMC cells managed by a smart BMS with thermal safety features. For colder French regions, we offer insulated battery enclosures and internal pre-heating systems to ensure optimal charge retention and stable performance even when temperatures drop below freezing.
Absolutely. We offer full OEM and ODM customization services. You can customize cargo box dimensions, choose side-loading or rear-loading configurations, specify insulated panels for cold-chain transport, and apply custom corporate colors and reflective branding templates directly at the factory.
We use robotic welding systems to ensure precise, consistent welds on all carbon steel frames. Post-welding, frames undergo ultrasonic fatigue testing and load stress testing under weight profiles that exceed rated capacities by 150%. This guarantees structural reliability during heavy commercial use on cobblestones and uneven urban roads.
Our standard MOQ for custom production runs starts at 20 units, allowing us to maintain manufacturing efficiency and optimize shipping costs. For initial trials and fleet evaluations, we can provide smaller sample batches. Please contact our engineering department to discuss your project requirements.
Aiweda
