BYD’s biggest EV that’s not a bus approved for sale in Australia

BYD’s largest electric vehicle that is not a bus has received approval for sale in Australia, marking a significant expansion of the company’s local lineup. The model, named the BYD V9, is a sizeable electric delivery van measuring nearly seven metres in length and standing over 2.7 metres tall. It is expected to be offered in two or three-seat configurations and will feature a rear-wheel-drive system delivering 150 kW of power, positioning it as a robust option for commercial and fleet operators. While specific battery details remain undisclosed in the approval documents, industry insiders anticipate the V9 will utilise BYD’s renowned blade battery technology, likely with a capacity around 88 kWh. The van is also expected to include Vehicle-to-Load (V2L) functionality, allowing it to supply power externally, a feature consistent with BYD’s current electric models. Weighing just under 3 tonnes, the V9 can tow up to 1,500 kg with a braked trailer, making it suitable for a variety of logistics and delivery applications. BYD’s rapid growth in the Australian market underpins the introduction of the V9. Since launching the Atto 3 SUV in 2022, the company has surpassed its sales forecast for 2025 by a considerable margin, selling over 50,000 vehicles in the past year. This success has been driven by aggressive pricing strategies and a steady stream of new model launches, which have broadened consumer choice and increased brand recognition across both private buyers and commercial fleets. The arrival of the V9 is likely to further accelerate the adoption of electric vehicles within Australia’s logistics and fleet sectors, areas where BYD’s products are increasingly gaining traction. Pricing for the van is expected to start near the $80,000 mark, reflecting its size and fully electric powertrain. More detailed specifications and pricing information are anticipated closer to the official launch, with industry observers keen to assess its performance and practicality in real-world conditions.