Cargo Bike

Cargo bikes are purpose-built bicycles designed for load-carrying applications, combining reinforced aluminum frame structures with electric assist systems to support urban logistics, commercial delivery, family transport, and last-mile mobility programs. OEM cargo bike manufacturing covers structural frame development, welding, cargo platform integration, and complete bicycle assembly — requiring a manufacturer with both structural engineering expertise and reliable production consistency.

Cargo E-Bike Manufacturing & OEM Solutions

Huang Wei focuses on aluminum alloy cargo bike structures for urban logistics, commercial delivery, family transport, and last-mile applications. Our cargo bike category includes both 2-wheeled and 3-wheeled cargo e-bike solutions, supported by aluminum frame manufacturing, precision TIG welding, and OEM/ODM development services. With over 30 years of aluminum fabrication experience and a track record with major clients including Giant and Taiwan High Speed Rail, we deliver cargo bike structures that balance load capacity, structural reliability, and efficient manufacturing.

Key Applications

• Urban logistics and last-mile delivery

• Commercial delivery and distribution

• Family transportation and passenger use

• Campus, factory, and industrial park mobility

• Cold-chain and utility transport

Product Range Overview

2-Wheeled Cargo E-Bikes

2-wheeled cargo e-bikes combine carrying capacity with excellent maneuverability. The two-wheel layout offers more agile handling in narrow streets and dense urban environments while keeping riding characteristics closer to a standard bicycle — suitable for delivery, family use, and last-mile programs.

Main Features

• Good maneuverability in city traffic

• Suitable for narrow roads and delivery routes

• Electric pedal-assist support for smoother starts

• More efficient climbing and long-distance transport

• Practical for delivery and family-use scenarios

3-Wheeled Cargo E-Bikes

3-wheeled cargo e-bikes are developed for projects that require stronger stability, higher load support, and safer handling at lower speeds. The three-wheel configuration helps reduce tipping risk and is suitable for demanding commercial transport applications.

Main Features

• Higher low-speed stability

• Better support for heavier loads

• Suitable for delivery and utility transport

• Flexible front-loading or rear-loading configurations

• Practical for commercial and industrial applications

Aluminum Alloy Frame Advantages

Our cargo bike category is built around aluminum alloy structures. Aluminum offers a strong balance of rigidity, durability, and reduced overall weight — making it a practical material choice for cargo e-bike development. Combined with T4/T6 heat treatment, our aluminum cargo frames deliver reliable structural performance across demanding load conditions.

Welding and Manufacturing Support

Huang Wei applies 30+ years of aluminum frame manufacturing experience to cargo e-bike production. TIG welding and precision welding processes are applied to main frame structures, cargo support joints, and key stress-bearing connection points — ensuring weld consistency, structural integrity, and long-term durability.

Customization & OEM/ODM Support

FAQs About Cargo E-Bike Manufacturing

Q: What types of cargo bikes do you offer?

We focus on 2-wheeled and 3-wheeled cargo e-bikes for different transport and load requirements.

Q: What is the main material used in your cargo bike category?

Aluminum alloy is the core material — offering a practical balance of durability, structural support, and reduced weight.

Q: What is the advantage of a 2-wheeled cargo e-bike?

Better agility and easier maneuverability in narrow streets and dense urban environments.

Q: What is the advantage of a 3-wheeled cargo e-bike?

Stronger stability and better support for heavier loads — especially in delivery and utility transport scenarios.

Q: Can you support OEM or ODM projects?

Yes. We provide OEM/ODM support including frame development, TIG welding support, finishing, and structural customization — backed by ISO 9001 certification.