Engineered for durability, cost-efficiency, and strict compliance with global micro-mobility regulations.
Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. has established itself as an authoritative leader in the development and manufacturing of high-performance micro-mobility solutions. Located in Linyi City, Shandong Province—a strategic transportation hub bridging the Yangtze River Delta and the Bohai Economic Circle—our production bases leverage unparalleled logistics connectivity and deep integration within China's industrial EV supply chain ecosystem.
As a vertically integrated enterprise, we span the entire spectrum of research and development (R&D), advanced raw material testing, structural engineering, precision robotic assembly, and rigorous international quality assurance audits. Over the past decade, we have transitioned from a localized manufacturing operation to a global scale supplier. We continue to pioneer new benchmarks under the strict guidelines of global standards (such as EN15194, UL2849, CE, and China's GB17761-2018 New National Standard).
"We believe that driving down the cost of green transportation requires direct, transparent factory access. By eliminating supply chain intermediaries, we empower distributors, fleet operators, and global brands to maximize their return on investment while maintaining uncompromising vehicle reliability."
Bridging the gap between manufacturing efficiency and localized cost performance.
By establishing direct supply relationships with manufacturers, importers can realize cost savings ranging from 25% to 40% compared to traditional trading brokers. Our cost structure is completely transparent, allowing high volume buyers to evaluate component-level breakdowns from battery chemistries to motor power ratings.
Our plant houses automated, programmable welding robots, laser cutters, and electrostatic powder coating chambers. We accommodate rapid prototyping and structural modifications for major delivery service partners, municipal transport authorities, and large-scale consumer fleets worldwide.
Being headquartered in Linyi provides a localized hub advantages for logistics. Our proximity to deep-water shipping ports like Qingdao and international railway systems ensures fast shipping times, minimal transit friction, and flexible multimodal freight options.
The global transition toward electrification demands localized compliance. Whether navigating the European Union’s anti-dumping regulations for e-bikes, the US CPSC safety thresholds, or localized anti-tampering speed regulations, Aurora Electric Vehicle ensures seamless market entry.
We work in lockstep with third-party testing institutions (SGS, TUV, Intertek) to validate that our battery management systems (BMS) utilize safe thermal runaway protections and cell balances. Our motors undergo mechanical load tests and water-ingress trials to achieve official IP54, IP65, or IP67 ratings, ensuring reliability under hostile weather conditions.
Driven by industry-leading engineers and production professionals.
Composed of senior structural engineers and software developers with over 10 years of experience in high-output motor design and lithium-ion battery integration. Our R&D efforts focus on increasing operational range, minimizing rolling resistance, and securing patents for advanced electronic suspension lockouts.
Trained to meet strict ISO assembly line standards. Every frame undergoes structural fatigue testing (applying over 100,000 stress cycles) and ultrasonic weld checks to confirm load tolerances before proceeding to the final assembly stage.
Operating 24/7 across multiple time zones, our technical sales engineers provide quick turnaround times on OEM quotes, custom branding layout renders, replacement parts sourcing (BMS, motors, controller parts), and warranty troubleshooting support.
Our focus areas for global distribution networks and fleet operators.
Validating vehicle performance under extreme physical stress tests.
Our quality assurance standard goes beyond baseline metrics. Each vehicle undergoes rigorous environmental tests in specialized chambers designed to simulate severe weather conditions, high-humidity salt spray, and extreme heat profiles.
This strict testing cycle ensures that our custom wire harnesses do not crack in sub-zero climates, and the control units maintain their thermal limits under long periods of heavy load. This is a critical factor for partners who manage heavy-duty delivery systems or commercial distribution lines across Europe, South America, and North America.
Real-world deployment of our high-quality micro-mobility fleet solutions.
Ergonomic and lightweight, perfect for daily commuting and short-distance travel. Stable power, energy-saving and durable.
Fashion streamlined design, strong power and smooth driving. Suitable for urban travel, labor-saving and practical.
Expanded industrial and recreational configurations built to order.
How our advanced R&D is shaping the next decade of electric transportation.
To mitigate the high costs of lithium cobalt oxide cell variants, our R&D department is currently testing sodium-ion (Na-Ion) configurations and Lithium Iron Phosphate (LiFePO4) integrations. These battery chemistries reduce dependency on rare materials while offering higher cycle stability and thermal resilience in extreme cold regions.
Commercial operators require granular access control over their fleets. We are integrating micro-controllers equipped with GPS modules, 4G connectivity, CAN bus protocols, and remote shutoff systems directly into our main motor drivers. This allows operators to run diagnostics, monitor battery charge status, and enforce geographic boundaries in real-time.
By transitioning from basic aluminum profiles to high-grade, hydroformed 6061-T6 alloy, we achieve structural weight reductions of 15% without sacrificing loading capacity. Our structural engineering designs distribute stresses evenly across the frame joints, ensuring high durability even on rough terrains.
We are actively implementing sustainable manufacturing processes. By using recycled alloy scraps and coordinating battery collection networks with our regional agents, we aim to decrease our overall carbon footprint and help our international buyers meet local ESG requirements.
Essential insights for procurement managers, distributors, and logistics partners.
Direct-from-factory purchasing eliminates intermediary layers, including overseas trading companies, domestic wholesalers, regional distributors, and retail outlet markups. Furthermore, buying from the source allows you to customize the raw component selection (e.g., motor outputs, battery cell grades) to fit your exact budget without paying pre-packaged retail premiums.
Our EN15194-compliant pedal-assist bicycles (EPAC) are restricted to a continuous rated power output of 250W and a maximum speed of 25 km/h. The power cuts off immediately when the rider stops pedaling or applies the brakes. In addition, we implement specific anti-tampering measures on the controllers to prevent end-users from bypassing these safety limits, conforming to current EU standards.
Our standard production time for bulk orders ranges from 25 to 35 days from receipt of the deposit. Our standard MOQ starts at 50 units for regular production models, and 100 units for fully customized frame specifications, motor changes, or special battery pack setups.
We pack our products using heavy-duty, 5-layer imported kraft cardboard cartons with custom-molded polystyrene foam inserts. This setup keeps the vehicle securely positioned, protecting vulnerable parts like gear systems, brake discs, and digital display monitors from impacts during rough maritime transit.
Engineered for durability, cost-efficiency, and strict compliance with global micro-mobility regulations.
