Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. has emerged as a premier force in China's light electric vehicle manufacturing sector. Strategically nestled in Linyi City, Shandong Province—a vital logistics hub linking the Yangtze River Delta and the Bohai Economic Circle—we harness geographical and structural advantages to optimize supply chains and global distribution pipelines.
Over the last decade, we have scaled our production infrastructure from a specialized assembly workshop to a multi-facility enterprise that integrates high-level Research and Development (R&D), advanced smart manufacturing, international sales support, and full-cycle logistics coordination. Our development trajectory is characterized by responsiveness to critical regulatory transitions, particularly China's New National Standard era, which required structural upgrades to product safety, speed limits, anti-tampering configurations, and fire-retardant electrical frameworks.
Today, our facility is equipped with automated CNC welding rigs, advanced powder coating lines, automatic assembly lines, and specialized laboratory testing chambers. This enables us to maintain an expansive output capacity, servicing distributors, private fleets, and retail networks worldwide with highly integrated solutions.
Linyi City stands as one of the largest logistics nodes in North China, positioning Aurora EV at the center of critical parts availability. By integrating smart inventory control (Industry 4.0) with local parts suppliers, we minimize procurement lead times for key components like high-performance motors, micro-controller units (MCUs), wiring assemblies, and structural chassis alloys. This tight supply chain ecosystem translates directly to cost efficiency and speed for our international partners.
Our facility houses dedicated testing laboratories equipped to evaluate chassis stress limits, battery heat dissipation under load, water ingress protection (IP65/IP67 ratings), and impact resistance. These structural checks ensure that every vehicle complies with global safety protocols prior to packaging. The integration of design, rigorous analysis, and rapid transit access to Qingdao and Tianjin ports ensures a resilient shipping flow, even during global shipping spikes.
For international buyers, importing electric vehicles (EVs), e-scooters, and e-bikes presents unique logistical challenges. Shipping via Full Container Loads (FCL) is highly efficient for high-volume distributors, but mid-sized companies, municipal fleets, and regional suppliers frequently require smaller quantities. This is where **Bulk Cargo Consolidation** (or **LCL - Less than Container Load**) becomes essential.
As a leading exporter, Aurora Electric Vehicle Shandong Co., Ltd. has developed optimized packaging and packing systems specifically for bulk cargo consolidation. Electric vehicles are classified under hazardous goods shipping regulations (UN 3481, Lithium-Ion Batteries contained in equipment). Coordinating these requirements under LCL terms calls for technical capability and regulatory compliance.
We ensure all shipments include critical compliance documents, including UN38.3 test reports, Material Safety Data Sheets (MSDS), and proper transport certificate packaging, facilitating smooth passage through maritime shipping hubs and international customs.
To eliminate damage risk during consolidated container transit, we pack each vehicle in custom steel-frame supports wrapped in double-corrugated 5-layer imported kraft cartons. This setup allows stackability, optimizing container space utilization while protecting outer finishes.
We analyze bulk cargo space requirements and offer Semi-Knocked-Down (SKD) and Completely-Knocked-Down (CKD) packing options. Reducing carton volume by removing handlebars, front wheels, and pedals lowers sea freight costs by up to 35% per unit.
Aurora EV's product design strategy focuses on expanding range, enhancing passenger safety, and integrating smart connectivity. We are currently shifting our battery chemistry focus toward next-generation Lithium Iron Phosphate (LiFePO4) and sodium-ion formulations. These chemistries offer improved thermal stability and a longer lifecycle, reducing degradation over multiple charge cycles—a key feature for high-use delivery and commuter fleets.
Our smart platform integrates CAN-bus control systems with Bluetooth-enabled Smart BMS (Battery Management Systems). Operators can monitor battery health, thermal behavior, and cell balancing in real time via local or cloud-based applications. Additionally, our R&D team is developing integrated IoT tracking modules, enabling fleet operators to manage vehicle location, battery health, and system diagnostics remotely. This feature is particularly useful for commercial delivery networks and shared mobility providers.
As urban zones implement low-emission policies, clean last-mile logistics solutions are increasingly necessary. Aurora EV designs customized electric vehicles for commercial applications, including cargo delivery, utility fleets, and postal routes. Moving beyond personal recreation, we focus on producing heavy-duty vehicles with reinforced rear racks, high-torque hub motors, and dual-battery configurations designed for commercial workloads.
Our micro-mobility platforms are designed to integrate with smart city charging setups, supporting dockless networks, swap-station infrastructure, and standardized DC fast chargers. By designing frame geometry and electrical systems to handle continuous use, we support municipalities and private partners in building durable, emission-free transportation systems.
Our operational capability is driven by an experienced team of engineers, technicians, and logistics specialists. Adhering to the principle of "people-oriented, talent first," we maintain active professional training pipelines, safety drills, and engineering workshops to keep our production lines running smoothly and safely.
R&D Engineering: Comprising senior technicians with over a decade of combined light EV experience, our engineering division develops custom motor dynamics, structural frame geometry, and battery management protocols, securing multiple patents in core drive systems.
Quality Assurance & Assembly: Our assembly team follows strict ISO-compliant guidelines, conducting inspections at every stage—from incoming raw materials to final dyno tests and electrical system safety checks.
International Service & Logistics: Our logistics group handles booking, packaging design, and customs paperwork. We specialize in coordinating consolidated bulk cargo shipments to ensure regulatory compliance at the destination port.
Product reliability is central to our business. We invest in on-site laboratory testing facilities to evaluate every design. Frame structures undergo high-cycle fatigue tests, electrical components are tested for water resistance under high-pressure spray, and battery systems are subjected to thermal cycles to guarantee reliable operation in challenging environments.
Our vehicles are used globally across diverse operational settings—from daily city commutes to courier routes and leisure fleets.
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.
A key challenge in the global distribution of electric bikes and scooters is complying with varied local regulations. Different regions impose specific standards regarding motor wattage, top speeds, pedal-assist configurations, and battery safety. Aurora EV addresses these compliance requirements directly through specialized design adaptations:
We work with enterprise buyers to address common procurement challenges, focusing on product consistency, clear supply schedules, and robust warranty support. By managing production planning and component sourcing from our hub in Shandong, we mitigate risks related to lead times and parts quality.
Our OEM/ODM services allow clients to adapt specifications—including frame configurations, battery capacity, motor performance, and color choices—to fit localized market demands. When shipping consolidated cargo, we coordinate with port operators to verify cargo handling and container loading, helping to prevent damage and reduce transit overheads.
Every shipment containing lithium batteries is processed under strict UN 3481 hazardous goods regulations. We provide certified UN38.3 test results, MSDS paperwork, and transport certificates. Our logistics team handles specialized Class 9 labeling and uses protective packaging to isolate electrical terminals, helping ensure smooth transit through consolidated freight terminals.
We offer Semi-Knocked-Down (SKD) and Completely-Knocked-Down (CKD) packing systems. By removing select components and packing vehicles in specialized steel-framed crates, we reduce outer package dimensions, allowing buyers to optimize ocean freight volume allocations.
We provide structured warranties on key components, including 1 to 2 years of coverage for frames, motors, and batteries. Additionally, we supply spare parts and technical manuals to help local technicians handle routine maintenance.
We accommodate customization, including custom branding, frame paint schemes, custom display panels, and specific battery capacity selections, even for smaller consolidated cargo orders. Please discuss your batch requirements with our sales team to finalize order minimums.
