Premium grade electric vehicles optimized for urban distribution, commercial ride-sharing, and long-range utility across African growth hubs.
A deep industry examination into the structural pivot toward electric micro-mobility, analyzing the core parameters governing import requirements, fleet conversion, and localized assembly.
Across Africa's rapidly expanding metropolitan centers—from Lagos and Nairobi to Johannesburg and Cairo—urban mobility is undergoing an unprecedented structural transition. Volatile petroleum prices, combined with municipal mandates for cleaner air, have propelled the demand for electric vehicles to new heights. For African importers, distributors, and logistics factories, the challenge is no longer merely sourcing low-cost two-wheelers, but acquiring durable, thermal-resistant, and high-torque drivetrains capable of enduring rough terrains and heavy payloads.
At Aurora Electric Vehicle Shandong Co., Ltd., we develop micro-mobility hardware engineered specifically for export-oriented distribution. Our high-capacity battery configurations and reinforced chassis systems address the critical infrastructural gaps of low grid accessibility and challenging road topographies, serving as a reliable backbone for logistics fleets and commuter networks alike.
Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. is located in Linyi City, Shandong Province—a strategic logistics hub linking the Yangtze River Delta and the Bohai Economic Circle. This geographical advantage allows us to rapidly aggregate top-tier supply chains and export highly durable micro-mobility units globally. Over the past decade, we have evolved from a specialized assembly facility into an integrated developer of next-generation electric scooters, cargo trikes, and smart commuter e-bikes.
When China implemented the stringent **New National Standard** for electric bicycles in 2019, our engineering team modernized our entire production infrastructure. We upgraded chassis load limits, implemented flame-retardant electrical looms, and optimized our Battery Management Systems (BMS). Today, these same export-ready, high-security standards are integrated directly into our commercial vehicles shipped to West, East, and Southern Africa.
By consolidating stamping, precision robotic welding, paint lines, and final QA under one roof, we eliminate production variability. Our factories operate under strict ISO 9001:2015 methodologies, providing our African trade partners with consistent build quality and transparent wholesale pricing.
Our operational capability is driven by dedicated divisions that translate advanced research into durable field performance.
Comprising senior power electronics and mechanical engineers with over 10 years of experience, our R&D team holds multiple patents in motor controller programming and BMS heat dissipation. They focus on refining cells for high-temperature climates, ensuring thermal stability up to 55°C.
Our assembly lines utilize automated welding robots and diagnostic checkbenches. Every chassis undergoes stress tests, and every motor controller is subjected to dynamic load tests to guarantee structural integrity and prevent field failures.
Specializing in cross-border trade, our logistics division ensures smooth transit from Linyi to African ports like Mombasa, Tema, Durban, and Lagos. We manage customs compliance, certificate validation, and provide complete CKD (Completely Knocked Down) manuals.
Aurora vehicles are engineered and certified to meet the highest regulatory standards globally, ensuring hassle-free imports and licensing.
CCC Standard
CE Certification
ISO 9001:2015
SGS Audited
FCC Certificate
Adapting vehicle specifications to the practical demands of African roads, weather conditions, and micro-grid realities.
Recognizing that grid power can be inconsistent, our micro-mobility fleet designs feature **detachable lithium-ion batteries** compatible with solar-powered charging stations. This setup enables rural cooperatives and urban delivery hubs to run off-grid swap networks, lowering operating costs and minimizing reliance on local power grids.
Potholes and unpaved roads subject chassis frames to heavy fatigue. Our U2 and cargo series use heavy-duty, robotic-welded carbon steel frames with anti-corrosion coatings. This structural design prevents frame deformation and failure under continuous commercial payloads up to 200 kg.
Extended exposure to high temperatures can degrade standard lithium cells. Our active-cooling BMS monitors individual cell voltages and limits current draw under extreme thermal loads. This protects battery health and extends cell lifespans to over 1,500 charging cycles.
Reviewing our real-world projects and custom manufacturing categories designed for private operators and municipal fleets.
Ergonomic and lightweight, perfect for daily commuting and short-distance travel. Stable power, energy-saving and durable, deployed for regional agency transit and delivery networks.
Fashion streamlined design, strong power and smooth driving. Suitable for urban travel, labor-saving and practical, modified for community aid networks and public health outreach.
We view product reliability as the lifeline of our company. Aurora invests heavily in a dedicated testing laboratory equipped with rolling chassis dynamometers, water spray booths for IP65/IP67 ingress ratings, and vertical impact drop testers. Before cargo containers are loaded, sample vehicles from each production run undergo rigorous testing.
This attention to detail ensures that critical components—including electric hub motors, hydraulic brakes, and wiring harnesses—perform reliably in hot, humid coastal climates or dry, dusty interior regions.
Designed for low-speed elderly mobility and light neighborhood transport. Features a low step-through frame, comfortable bench seating, and simplified controls.
An eco-friendly alternative to gas tuk-tuks, engineered for local passenger transit. Heavy-duty suspension reduces driver fatigue on rough, unpaved surfaces.
Combines a classic motorcycle aesthetic with dual-sport tires and a high-performance electric drivetrain, built to handle off-road terrain.
A simple e-bike with a high-capacity rack, designed for courier logistics and low-cost daily commuting.
Optimized for food delivery and express couriers, featuring a heavy-duty rear rack, comfortable saddle, and dual battery options.
Features a folding frame and full suspension, offering a compact, space-saving design for multi-modal urban travel.
A retro-inspired cruiser scooter featuring three-wheel stability, hydraulic disk brakes, and a wide-tire design.
Features a lightweight frame with an efficient pedelec hub motor, ideal for city daily use.
Combines a classic motorcycle frame with wide fat tires, providing traction on sand, gravel, and unpaved roads.
A compact commuter vehicle designed with a integrated passenger bench seat and front storage basket.
A dirt-oriented electric motorcycle equipped with high-travel suspension and a high-voltage, high-torque motor.
A lightweight, agile step-through scooter with a high-efficiency hub motor, ideal for congested urban centers.
Designed to keep pace on urban highways, featuring a high-power motor and extended battery range.
A high-performance off-road motorcycle with an upgraded controller, engineered for rugged terrain and steep inclines.
An industrial delivery scooter featuring a reinforced rear cargo rack, built for heavy payloads and utility transport.
A preview of our engineering pipeline, detailing developments in smart telemetry, battery safety, and local assembly expansion.
Our product roadmap focus is centered on software-hardware integration. By 2026, Aurora plans to launch a standard **IoT Telematics Module** across our commercial vehicle lines. This will allow African fleet operators to track vehicles via GPS in real-time, monitor battery state-of-health (SoH), and diagnose electrical faults remotely.
Additionally, we are partnering with regional distributors to build **SKD (Semi-Knocked Down) assembly lines** in industrial zones. This localization helps partners lower import duties, create local jobs, and adapt vehicles to regional market demands.
In battery technology, we are testing sodium-ion chemistry. Sodium-ion cells offer a lower-cost, highly stable alternative to lithium, showing excellent performance in high-temperature environments.
Common questions from distributors and factory operations regarding battery life, shipping options, and local compliance.
Our battery packs use high-quality cells managed by a smart BMS with thermal protection. The BMS regulates current output when temperatures rise, preventing runaway and ensuring stable performance in hot and humid environments.
We offer standard CBU (Completely Built Up), SKD (Semi-Knocked Down), and CKD (Completely Knocked Down) packaging. For CKD shipments, we package units in 5-layer heavy kraft cartons to prevent damage during transit. We also provide full instructions and support for local assembly teams.
Yes. Our OEM/ODM service allows you to customize motor power outputs (e.g., 250W, 500W, or 1000W) and set electronic speed limits to meet local regulatory standards.
We include wear-and-tear parts (such as brake pads, cables, levers, and light bulbs) with bulk orders. For critical electrical components like controllers, motors, and batteries, we maintain a dedicated service inventory to ship replacements quickly.
Yes. Since our electric vehicles have zero tailpipe emissions, they qualify for green finance programs and carbon-reduction initiatives. In addition, importing our vehicles in CKD form can help lower tariffs under local trade agreements like the AfCFTA.
Engineered electric vehicles designed for heavy cargo, off-road applications, and high-frequency delivery service.
