Land Rover Defender 110 Plug-In Petrol Hybrid Cars
The Land Rover Defender 110 Plug-In Hybrid (PHEV) 4WD is a compelling choice for Australian drivers seeking a rugged, versatile off-roader with modern eco-friendly credentials. Combining classic Defender toughness with cutting-edge electrified technology, this model is well-suited to Australia’s diverse terrain—from urban streets and open highways to remote outback tracks.
Under the bonnet, the Defender 110 PHEV pairs a turbocharged petrol engine with an electric motor, delivering a combined output of around 297 kW (400 hp). This plug-in hybrid setup offers robust performance and instant torque, essential for navigating challenging Australian landscapes such as rocky trails or steep inclines found in regions like the Blue Mountains or Victorian high country. The system also allows for pure electric driving over shorter distances—up to approximately 43 kilometres on a single charge—ideal for zero-emission trips around town or local errands in cities like Sydney and Melbourne.
All-wheel drive capability remains uncompromised, providing excellent traction on loose gravel roads or wet conditions often experienced during seasonal rains in northern Australia. With generous ground clearance exceeding 220 mm and impressive wading depth of up to 900 mm, the Defender can confidently handle river crossings and flooded rural roads common after heavy downpours in tropical Queensland.
Inside, the spacious cabin accommodates up to seven passengers comfortably across three rows—perfect for family adventures or carrying gear for weekend camping excursions. The latest infotainment system supports smartphone integration, vital for navigation through remote areas where Australian road signage may be sparse. Advanced safety features tailored for both city traffic and off-road environments further enhance driver confidence.
The Land Rover Defender 110 PHEV stands out as a sustainable yet uncompromisingly capable vehicle that matches Australia's demanding driving conditions while reducing environmental impact through electrification.
