Leapmotor opens Australian B03X reservations starting at 29,990 AUD
Leapmotor has opened customer pre-orders for its B03X electric utility vehicle in Australia, setting an entry drive-away price of 29,990 AUD.
- 29,990 AUD
- 33,990 AUD
- 292 km
- 382 km
What Happened
The compact crossover arrives in Australian showrooms across two equipment specifications designated Style and Design Long Range, carrying drive-away tags of 29,990 AUD and 33,990 AUD respectively. Both grades utilize lithium iron phosphate battery packs and share identical exterior dimensions measuring 4,270 mm in length, 1,810 mm in width, and 1,635 mm in height riding on a 2,605 mm wheelbase.
The standard Style grade pairs a 39.8 kWh battery with a 130 kW electric motor, delivering a WLTP-certified driving range of 292 km. The step-up Design Long Range adopts a larger 53 kWh pack and a 145 kW powertrain, extending range to 382 km while matching the base model's 8.6-second sprint from standstill to 100 km/h.
Inside the five-passenger cabin, standard appointments include a 14.6-inch primary infotainment display, an 8.8-inch digital driver screen, and 602 liters of cargo capacity behind the second row, with a 39-liter stowage bin beneath the back cushions. Coverage includes a six-year, 150,000 km general vehicle guarantee alongside eight years and 160,000 km for the traction battery.
Sold domestically in China as the Leapmotor A10 since March 2026, the model logged 122,587 aggregate deliveries through August 2026 where showroom pricing spans 65,800 to 86,800 yuan.
29,990AUD
entry Style trim in Australia
33,990AUD
53 kWh variant in Australia
382km
Long Range battery specification
Why this matters
The B03X positions the Stellantis-affiliated Chinese carmaker at the entry point of Australia's passenger electric vehicle market. Establishing an overseas footprint with an affordable subcompact model tests export demand for vehicles derived from Leapmotor's domestic high-volume A10 platform.
Terms in This Story
- LFP
- Lithium iron phosphate, a cobalt-free battery chemistry offering high thermal stability and cyclic longevity.
A brief summary; details can be imperfect — always verify against the original source.