Explore our top export-grade electric vehicles optimized for urban transport, delivery dispatching, and utility fleet electrification.
The global logistics sector is undergoing a profound paradigm shift. The explosive growth of e-commerce, combined with stringent municipal zero-emission zones (ZEZs), has transformed the last-mile delivery chain. Traditional internal combustion engine (ICE) light vehicles are increasingly being phased out due to rising operating costs, high emissions, and access restrictions in high-density urban zones.
Electric vehicles (EVs) designed specifically for delivery—spanning heavy-duty cargo electric scooters, rugged two-wheel e-bikes, and utility delivery tricycles—have emerged as the optimal solution. In regions like Europe, North America, and parts of APAC, commercial delivery fleets are rapidly transitioning to electric fleets. Key drivers of this transition include:
Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. is located in Linyi City, Shandong Province. Linyi is strategically positioned as a core transportation hub connecting the Yangtze River Delta and the Bohai Economic Circle. This geographical advantage allows us to source high-grade raw materials and components efficiently while offering seamless access to major shipping ports for global export.
As a professional manufacturer rooted in the electric vehicle industry for over a decade, we have grown from a specialized workshop into a comprehensive enterprise integrating R&D, production, international sales, and dedicated after-sales support. We have actively participated in the modernization of China's electric bicycle industry, establishing advanced, digital-controlled assembly lines optimized for both commuter vehicles and heavy-payload industrial delivery scooters.
Since our founding, we have aligned our manufacturing pipelines with domestic and global green transportation initiatives. In 2019, when China implemented the mandatory "New National Standard" (GB17761-2018) for electric bicycles, we proactively upgraded our production systems. We overhauled our configurations, focusing heavily on flame-retardant materials, tamper-proof speed controllers, and optimized weight-to-power structures to meet strict safety limits.
Over the years, we constructed a standardized production base equipped with automatic assembly stations, professional chassis stress testing equipment, and electronic dyno diagnostic labs to ensure all export units maintain consistency in battery output, structural strength, and breaking performance.
R&D Team: Our core design division comprises senior engineers with 10+ years of EV experience. Their work focuses on expanding battery thermal management, enhancing motor efficiency, and developing resilient suspension arrays for rough road logistics.
Production & Quality: Composed of trained, certified technicians who execute rigorous quality gates at each assembly stage. Every vehicle undergoes safety diagnostics covering structural payload, weather resistance, and electrical insulation tests.
Sales & Service: We offer a one-stop customer support operation providing customized OEM/ODM builds, complete CKD/SKD (Complete/Semi Knocked Down) packaging, and specialized documentation for customs clearance.
Our core values are "integrity, pragmatism, innovation, and win-win." We operate with a clear mission: "to make green travel easier and safer for everyone." We view product quality as our core lifeline.
We invest significantly in a dedicated, on-site testing facility. Our testing procedures expose frames to heavy load testing and subject battery units to drop, impact, and vibration simulation. We also perform IP65-IP67 water ingress tests to ensure reliable operation in heavy rain. This rigorous process yields durable vehicles that withstand the demands of fast-paced postal and commercial operations.
Our products are engineered to conform to CCC, CE, and FCC standards, enabling smooth import clearance in international target markets.
We design our logistics vehicles using components built specifically for high mileage and frequent stop-and-go usage patterns.
Our industrial delivery bikes leverage advanced brushless DC (BLDC) hub motors, ranging from 250W (for standard compliance in strictly regulated zones) up to high-torque 1000W+ variants (for hilly terrains and heavy cargo loads). The drivetrain is paired with smart sine-wave controllers, ensuring smooth acceleration, reducing motor noise, and optimizing battery consumption.
Equipped with high-capacity Lithium Iron Phosphate (LiFePO4) or high-density Ternary Lithium-Ion batteries, our vehicles feature rapid charging, deep discharge cycle limits (up to 1,500 - 2,000 charge cycles before nominal capacity falls below 80%), and multi-layer thermal management systems. The integration of CAN-bus communicating Smart BMS allows real-time diagnostics, protecting batteries against overcurrent, short circuit, overheating, and over-discharging.
| Technical Parameter | Standard Specs | Industrial Delivery Upgrade |
|---|---|---|
| Motor Configurations | 250W - 350W BLDC Hub | 500W - 1200W High Torque |
| Battery Tech | 36V / 48V Li-ion | 48V / 60V / 72V LiFePO4 Option |
| Frame Construction | Standard Steel / Alloy 6061 | Reinforced High-Carbon Steel |
| IP Weather Rating | IP54 Standard | IP66/IP67 Waterproofing |
| Braking Drivetrain | Mechanical Disc / Drum | Hydraulic Disc + Regenerative E-Braking |
| Payload Capacity | 100 kg max | 180 kg - 250 kg max load |
We customize configurations to align with the regulatory frameworks and geographical demands of different markets.
We customize models to fit European regulations, ensuring a 250W speed-limited pedal-assist system (PAS) that operates up to 25 km/h. Vehicles feature EN15194 certifications, hydraulic braking systems, integrated lighting, and durable racks designed for standardized parcel sizes.
Designed for fast-paced urban hubs, our North American delivery vehicles feature high-output 750W hub motors, thumb throttle controls, and robust Class 2/3 classification. Heavy-duty suspension and wide fat tires provide stability in regions with snowy and wet winters.
We supply heavy-load cargo e-scooters and multi-wheel electric vehicles designed for rough road conditions. These vehicles feature reinforced chassis, rear heavy cargo racks, dual batteries for extended range, and simple mechanical parts to enable low-cost, local servicing.
See our vehicles in action across various urban commuting and commercial delivery applications.
Configuration: Light, ergonomic frame layout, highly efficient motor output, integrated rear carrying system.
Result: Widely deployed in dense urban zones, reducing average commute and light package delivery times by up to 20% compared to traditional vans.
Configuration: Reinforced high-carbon frame structures, high-capacity modular battery configurations, heavy cargo scooter build.
Result: Deployed in multi-stop postal delivery routes, delivering up to 80 km of range per charge under a full load of 180 kg.
Ergonomic, lightweight layout optimized for quick daily city trips.
Streamlined aesthetic, high efficiency, and reliable daily travel.
We optimize our packaging and logistics processes to ensure that all delivery vehicles reach your destination in optimal condition.
Our export models are packed in high-density, five-layer corrugated kraft cartons. Internal compartments are braced using customized molded EPS foam blocks to secure wheels, suspension forks, handlebars, and delicate display screens, mitigating shipping vibrations.
We provide Semi-Knocked-Down (SKD) packaging, which enables 85% pre-assembly for fast setup at destination, as well as Complete-Knocked-Down (CKD) configurations. The CKD option maximizes ocean container capacity, reducing per-unit freight costs for high-volume orders.
Leveraging Linyi's multimodal transport networks, we arrange shipping via FOB, CIF, or DDP terms. We coordinate with leading cargo shipping lines and handle all customs filings, lithium battery safety certifications (UN38.3), and port clearances.
Expert answers regarding specifications, OEM/ODM processes, battery life, and bulk ordering procedures.
We use high-grade Ternary Lithium and LiFePO4 cells. Under normal logistics operation conditions (daily charging and discharging), our Lithium-Ion battery packs maintain over 80% capacity after 800 to 1,000 full charging cycles, while our LiFePO4 variants can extend to over 2,000 cycles, providing approximately 3 to 5 years of active service before replacement.
Yes. We specialize in OEM and ODM customization. We can modify frames to accommodate large rear food delivery boxes, install dual-battery cradles for extended ranges, pre-install GPS trackers for fleet management APIs, customize paint colors, and add custom logo branding directly in our factory.
We configure our motors, controllers, and wiring to match local regulations. For Europe, we supply 250W motors restricted to pedal-assist operation under 25 km/h in compliance with EN15194. For North America, we configure controllers to comply with Class 1, 2, or 3 e-bike parameters, and our components are certified to CE and FCC standards.
For standard catalog configurations, our MOQ begins at 20 units (one 20ft container). For highly customized OEM/ODM builds, the MOQ is typically 50 to 100 units depending on the structural changes requested. Samples are available for fleet testing before final volume orders are processed.
We ship 1-2% of consumable spare parts (such as brake pads, throttles, lights, and tires) with every bulk container order. Major components like motors, controllers, and batteries are covered by our warranty policy. We also provide online diagnostics, troubleshooting sheets, and video guides to support your fleet's maintenance technicians.
Additional standard configurations available for immediate export and fleet integration.
Designed for final-mile logistics, rural transit, high-capacity cargo services, and local community rentals.
