New Zealand is undergoing a significant transformation in its transport sector, driven by aggressive decarbonization goals and the popularity of personal electric vehicles. As the demand for eco-friendly, efficient urban transport grows in cities like Auckland, Wellington, and Christchurch, the supply chain requirements have become more sophisticated. Local businesses are seeking reliable partners capable of delivering products that withstand the unique Kiwi climate—ranging from the high UV indexes to hilly terrains that require robust torque and hydraulic suspension systems.
Our commitment to Linyi Fulong’s manufacturing excellence provides New Zealand distributors with a competitive edge. By leveraging advanced automation and integrated R&D, we offer high-performance e-bikes and e-trikes that are not only cost-effective but also compliant with international safety standards. The "Factory Direct" model eliminates unnecessary middleman costs, ensuring higher margins for NZ dealers and lower price points for end-users.
Ideal for avoiding CBD traffic, our 500W motor series provides the perfect balance of speed and power for daily trips to work or school.
Our cargo e-trikes are revolutionizing local logistics, enabling efficient, emission-free delivery services in narrow streets and residential neighborhoods.
Designed with hydraulic shock absorption to handle New Zealand’s varied topography, our models offer comfort for both off-road trails and leisure riding.
We provide a unique combination of high production capacity (over 500,000 units/year) and strict quality control standards, ensuring products meet the durability requirements of the NZ environment.
Yes, we are highly experienced in OEM/ODM partnerships, allowing you to customize designs, branding, and specifications to align with your specific New Zealand market strategies.
We optimize our supply chain for global export. Please contact us directly with your volume requirements so we can provide a precise production and logistics timeline tailored to your location.