Explore our export-grade electric bikes and urban e-scooters engineered for durability and optimized shipping density.
Maximizing container utilization to lower landed unit costs and drive global business profit margins.
In international logistics, electric vehicles (EVs), such as e-bikes and e-scooters, present unique space-utilization challenges. Unlike standard industrial goods, EVs are composed of asymmetrical structural designs, fragile components (e.g., control consoles, LED components, brake discs), and integrated lithium-ion battery units which are classified as UN 3481 Class 9 Dangerous Goods. Consequently, the term "electric vehicle packing quantity" does not merely represent a number on a carton; it represents a comprehensive engineering challenge to maximize volume utilization without compromising vehicle protection.
Global procurement teams must analyze the trade-offs between three primary packaging modalities: Completely Built Up (CBU), Semi-Knocked Down (SKD), and Completely Knocked Down (CKD). Choosing the optimal modality defines the container packing density. For instance, a typical 40HQ container can accommodate approximately 80 to 110 CBU units, 150 to 180 SKD units, or up to 350+ CKD units, depending on the chassis dimensions. By optimizing package design by even 5%, importing firms can save tens of thousands of dollars in ocean freight tariffs annually.
A look at our state-of-the-art manufacturing infrastructure, design teams, and strict quality certifications.
Founded in 2015, Aurora Electric Vehicle Shandong Co., Ltd. is situated in Linyi City, Shandong Province—a strategic geographical hub linking the Yangtze River Delta and the Bohai Economic Circle. Over the course of more than 10 years, we have transitioned from a localized manufacturing workshop into a vertically integrated global enterprise. Our operations span research and development (R&D), advanced manufacturing, international sales, and dedicated B2B customer support services.
Under the new national standard era in China, we took the lead in upgrading our production assets to guarantee total compliance with strict parameters like fire-retardant performance, velocity limits, and anti-tampering designs. Today, our manufacturing base features automated welding systems, digital testing benches, and computerized loading simulation systems that help calculate the exact packaging quantity before dispatching containers.
Consists of senior engineers with over a decade of specialized electric mobility experience. Focused on extending battery lifecycle, thermal management, structural integrity, and smart drivetrain optimizations.
Undergoes continuous technical training to follow ISO 9001 and CE protocols. We ensure raw material inspections, automated torque controls, and dynamic load testing are met before shipment packing.
Our sales team acts as a global supply liaison, providing bespoke OEM/ODM solutions, freight calculations, custom packing layout files, and documentation for customs clearance.
Meeting international quality guidelines across global trading zones: CCC, CE, FCC, and global transport safety standards.
How we guarantee physical defense and volumetric optimization for multi-destination shipments.
Modern customs compliance requires transparent packing lists detailing the exact gross weight, net weight, outer dimensions, and battery capacities. In many regions such as the European Union and North America, regulatory agencies require certification for anti-tampering and battery management safety (UN38.3). Our packing solutions integrate high-grade shock protection and thermal isolation to safeguard critical electronic hubs during transit.
Additionally, we utilize 5-layer imported kraft cartons paired with customized high-density polyethylene (HDPE) inner support grids. This design stabilizes the e-bike frame, preventing movement inside the box even during high-impact sea movements. By incorporating custom iron-frame reinforcing structures for heavy cargo models, we guarantee zero frame deformation, eliminating localized transport damage claims.
As part of our commitment to sustainable industrial production, Aurora is actively researching eco-friendly packaging materials. The next phase of our roadmap focuses on 100% biodegradable polymers for internal scratch protection, reducing non-recyclable waste at the customer's assembly facility. We are also introducing Smart RFID tagging to our wholesale packaging, allowing enterprise customers to track physical orientation, internal humidity, and real-time shipping parameters across long-distance routes.
A targeted approach toward specific logistics, commuting, and personal transport scenarios.
Tailored for high-frequency city short trips. Compact, agile, and easy to maneuver. Designed to reduce packaging volume by over 20% compared to standard configurations, allowing for higher density loading.
Equipped with a proven powertrain for consistent performance, reliable climbing, and steady acceleration, combined with high-capacity cells optimized for structural durability.
Features integrated suspension systems, responsive front/rear braking combinations, front cargo basket space, and ergonomically balanced support structures.
Constructed with high-tensile alloy frames and wear-resistant tires. Standardized packaging dimensions minimize dead space in warehouse storage and shipping layouts.
Highly efficient commuter structures that maximize cargo density while ensuring immediate assembly readiness upon delivery.
Featuring streamlined geometries and quick-fold packaging structures to optimize multi-tier pallet shipping configurations.
Solving core logistic, shipping, and custom-clearance constraints faced by global B2B buyers.
Explore our complete range of specialized models, cargo options, and vintage leisure vehicles.
