Engineered to bypass local fuel costs and grid instability. Explore our flagship models deployed across Gauteng, Western Cape, and KwaZulu-Natal corridors.
A heavy-duty cargo utility tricycle engineered with modular frames, robust electric drivetrain, and optimized suspension systems to handle urban distribution routes across South African metro areas.
Designed for daily cargo transport, featuring a high-torque brushless DC motor, durable chassis structure, and eco-friendly battery configuration to ensure uptime during high-density urban deliveries.
Fully compliant CE-certified electric tricycle designed to support international safety guidelines. Equipped with reinforced disc brakes and an energy-efficient electrical system for reliable commercial service.
Features integrated photovoltaic solar panels to extend battery range during operation. An ideal configuration for South Africa's high-irradiance climate, mitigating grid charging requirements.
South Africa’s commercial logistics and short-distance transit infrastructure are undergoing rapid transformation. Driven by high fuel costs, rapid urban expansion, and the rise of local delivery networks in Gauteng, Western Cape, and KwaZulu-Natal, businesses require efficient, low-maintenance vehicles. Electric three-wheelers provide a practical alternative to internal combustion engine (ICE) utility vehicles, offering reduced operating costs per kilometer.
Local logistics are further shaped by the expansion of the township economy, particularly spaza shops and local delivery services. Traditional light commercial vehicles (LCVs) often face access constraints in dense urban layouts. High-torque electric tricycles offer a maneuverable solution that can navigate narrow lanes while carrying substantial payloads. Furthermore, integrating these vehicles reduces carbon emissions in alignment with South Africa's green transport policies.
Operating electric vehicle fleets in South Africa requires addressing electrical grid constraints, such as load shedding. To ensure consistent fleet uptime, our technical roadmap focuses on dual-charging capability, modular battery swap designs, and solar energy integration. Models equipped with photovoltaic panels, like the M9, utilize the region's high solar irradiance to trickle-charge the battery during daytime operations, reducing dependence on grid-tied charging stations.
Additionally, our battery management systems (BMS) are configured to handle voltage fluctuations during grid reconnection phases. By implementing smart power distribution and thermal management, our tricycles maintain battery health and operational reliability under diverse weather conditions and rough road surfaces.
Designed for heavy cargo handling, passenger transit, and off-grid utility. The models below feature reinforced steel frames and programmable controller units.
A balanced commuter tricycle built with step-through steel geometry, offering stable handling and high visibility for urban passenger shuttle applications.
Equipped with a high-torque electric motor and heavy-duty leaf spring rear suspension to handle heavy cargo loads over uneven secondary roads.
A versatile utility configuration popular among commercial fleet operators for its low maintenance requirements and simple, robust electrical architecture.
Designed for passenger transport and urban deliveries, featuring enhanced cabin protection and reliable braking systems for passenger safety.
Engineered for durability, range extension, and payload reliability in challenging operating conditions.
Brushless motors designed to climb steep gradients with full payloads.
Protected wiring and components to prevent damage from water ingress and dust.
Integrated photovoltaic options to maintain charge during off-grid operations.
Chassis designs configured to meet NRCS and SABS homologation parameters.
Operating conditions in South African industrial centers and rural roads demand robust structural designs. Our frames utilize reinforced high-carbon structural steel, subjected to automated robot welding. This process ensures consistent joint penetration and stress distribution, preventing structural failure under heavy vibration. The exterior is coated with multi-layer electroplating and oven-baked varnish, protecting the metal from coastal air corrosion in cities like Durban, Port Elizabeth, and Cape Town.
Suspension systems are upgraded with multi-leaf spring assemblies and dual hydraulic telescopic shock absorbers. This arrangement cushions sensitive payloads, such as fresh agricultural produce or electronic cargo, while maintaining vehicle control on gravel paths or potholed urban streets.
Tianjin Aiweda Technology Co., Ltd. is an established manufacturer integrating research and development, automated production, global distribution, and after-sales support. Since the launch of our brand, we have focused on engineering durable, safe, and environmentally sustainable electric mobility solutions for global commercial markets.
Based in the Wuqing District industrial hub of Tianjin, China, our manufacturing facilities feature modern assembly lines, automated stamping systems, laser cutting machinery, and robotic welding platforms. This level of automation ensures components are manufactured to close tolerances, facilitating fleet interchangeability and long-term durability in export markets like South Africa.
Aiweda invests in research and development to optimize electric vehicle control systems. Our R&D team works to integrate intelligent driving systems, modern battery management solutions, and customized voice prompt controls for specialized mobility platforms. These features are designed to improve safety and simplify vehicle operation for operators of all experience levels.
Aiweda’s distribution network supports fleet operations in Europe, South America, Southeast Asia, and Africa. We configure our export models to meet the regulatory requirements of different destination markets, including SABS/NRCS guidelines in South Africa, CE compliance in Europe, and national transport rules in South American jurisdictions.
Our supply chain coordinates raw material acquisition and component assembly to keep production schedules aligned with client demand. By maintaining consistent quality standards across all production lines, we help our partners minimize maintenance requirements and optimize total cost of ownership.
Specialists in mechanical engineering, power electronics, and QA systems.
Scalable manufacturing capacity to support major volume requirements.
A comprehensive selection of personal mobility platforms, compact utility vehicles, and urban delivery solutions.
Equipped with a 350W motor, 6-channel controller, and options for 48V 12Ah or 20Ah lithium-ion battery configurations. Ideal for commuter shuttle lines.
A balanced three-wheeler designed to handle various weather and road conditions, featuring a reinforced cabin structure and stable handling.
A folding four-wheel micro-mobility scooter designed for local transport, medical campus transits, and personal convenience.
Designed with an electromagnetic braking system that engages automatically to prevent rolling on inclines. Features a brushless motor to manage hilly terrain.
Features a one-touch automated electric folding mechanism for easy storage in vehicle trunks, transport networks, and commercial storage hubs.
A stable four-wheel vehicle configuration designed to support local transport, daily activities, and commuter transport for senior citizens.
Built on a reinforced high-carbon steel chassis, equipped with a 1000W brushless motor and 18-channel high-power controller to handle heavy cargo loads on steep slopes.
Features a high-strength structural carbon steel frame, offering durable performance for urban logistics and local parcel delivery routing.
A systematic process from raw materials to final shipping inspections guarantees long-term durability in the field.
Custom designs for delivery, passenger shuttle, and heavy cargo transport projects.
Enclosed cabin and passenger options built on our standard frame, designed for municipal and courier routes.
Open bed cargo carriers equipped with dual speed rear axles, designed for warehouse and logistics yard sorting.
Adaptable seating configurations that can switch between cargo space and passenger seating to maximize utility.
Detailed performance parameters for our commercial, industrial, and passenger electric three-wheel models.
Designed for passenger and cargo transport, featuring a high-power electric drivetrain and reinforced cargo deck for commercial use.
An urban cargo platform featuring an integrated canopy, rear hub motor, and hydraulic disc brakes for stopping power when fully loaded.
Built with an adjustable seating arrangement to serve as both a passenger shuttle and cargo carrier, maximizing fleet asset utilization.
A heavy-duty cargo tricycle designed with reinforced drop-side bed panels, making it suitable for material handling and bulk courier transport.
Features a programmable motor controller to optimize energy efficiency during multi-stop delivery routes in congested urban districts.
Designed for urban delivery applications, featuring a compact wheel footprint to maneuver easily through dense city centers.
Built with step-through steel geometry, offering low step-over height and stable handling characteristics for cargo transit.
Equipped with a high-torque electric motor and heavy-duty leaf spring rear suspension to handle demanding logistics requirements.
Technical guidance regarding logistics, regulatory compliance, homologation, and battery management under local operating conditions.
Aiweda