In a surprising move, the upcoming 2025 HiLux Ute from Toyota could feature a hybrid powertrain borrowed from its American cousin, the Tacoma. While the current generation of the HiLux has been a reliable and popular choice for Australian drivers, Toyota is looking to take things to the next level with their all-new offering.
Industry sources have confirmed that the 2024 HiLux will receive a major facelift, incorporating the latest powertrain technology. This includes a 48-volt mild-hybrid system that is estimated to improve fuel efficiency by up to 10 percent. In addition to the hybrid upgrade, the facelifted model will also receive a refreshed front-end look and various equipment upgrades.
Although the exact design of the updated HiLux is yet to be revealed, early renders suggest that it will provide a glimpse into the future design language of the 2025 HiLux. The all-new generation of the HiLux is currently being tested in Australia and is expected to feature a diesel powertrain with 48V electric assistance. However, rumors suggest that a high-spec petrol engine could also be part of the lineup.
While the current HiLux won’t be getting a hero model to directly compete with the Ford Ranger Raptor, the 2025 HiLux has the potential to be a formidable rival. With the possibility of a hybrid powertrain derived from the Tacoma’s 243kW 2.4-litre turbo-petrol four-cylinder engine, the next-generation HiLux could deliver an impressive combination of performance and efficiency. The Tacoma’s powertrain boasts 243kW of power and 630Nm of torque, offering a significant increase over the current HiLux model.
Toyota’s focus on integrating hybrid technology into their lineup reflects a shift in the automotive industry towards more sustainable and eco-friendly options. With the 2025 HiLux, Toyota aims to provide customers with a versatile and capable ute that not only performs well but also reduces emissions and fuel consumption.
As Toyota continues to innovate and adapt to changing market demands, the 2025 HiLux Ute is poised to make a splash in the Australian automotive landscape. With its hybrid powertrain and improved design, the next-generation HiLux promises to deliver an unmatched driving experience for both work and play. Stay tuned for more updates on this exciting development from Toyota.
1. What changes can we expect in the upcoming 2025 HiLux Ute from Toyota?
The 2025 HiLux Ute is expected to feature a hybrid powertrain borrowed from the Tacoma, Toyota’s American cousin. It will also receive a major facelift, with a refreshed front-end look and various equipment upgrades.
2. How will the hybrid powertrain improve the fuel efficiency of the 2024 HiLux?
The 2024 HiLux will incorporate a 48-volt mild-hybrid system that is estimated to improve fuel efficiency by up to 10 percent.
3. What type of powertrain will the all-new generation of the HiLux have?
The all-new generation of the HiLux is expected to feature a diesel powertrain with 48V electric assistance. However, rumors suggest that a high-spec petrol engine could also be part of the lineup.
4. Will the 2025 HiLux be a direct competitor to the Ford Ranger Raptor?
While the current HiLux won’t have a hero model to directly compete with the Ford Ranger Raptor, the 2025 HiLux has the potential to be a formidable rival. It is expected to deliver an impressive combination of performance and efficiency.
5. What are the specifications of the hybrid powertrain from the Tacoma?
The Tacoma’s 243kW 2.4-litre turbo-petrol four-cylinder engine will serve as the basis for the hybrid powertrain in the 2025 HiLux. It boasts 243kW of power and 630Nm of torque, which is a significant increase over the current HiLux model.
1. Ute: A utility vehicle, commonly referred to as a pickup truck in some countries.
2. Hybrid powertrain: A powertrain that combines two or more sources of energy to propel a vehicle, typically an internal combustion engine and an electric motor.
3. Facelift: A significant update to the design and features of a vehicle model.
4. Powertrain: The main components that generate power and deliver it to the wheels of a vehicle, typically including the engine, transmission, and drivetrain.
5. Mild-hybrid system: A type of hybrid system that uses a smaller electric motor to assist the internal combustion engine and improve fuel efficiency, but does not typically provide all-electric driving capabilities.