Mahindra is preparing to introduce an updated version of the Thar model. Previously, the company announced the first update for this model in October 2025, and it may release a second update after about a year. According to available reports, Mahindra might potentially update its SUV as early as this month, September, although there is no official confirmation from the company yet.
The updated SUV version is expected by the end of September. As part of the update, Mahindra may make some design changes to visually distinguish it from the current model, whose appearance has remained unchanged since its release in 2020. The updated Thar could receive a more modern and stylish look, giving it a fresh image.
Design changes may include a redesigned grille, reimagined bumpers, new headlights, and updated wheel designs. Recently, during SUV testing, a grille with five slots was observed.
Furthermore, the updated Thar is planned to be equipped with LED headlights and new five-spoke wheels. The company may also update the interior, making various functional and stylistic changes, including new upholstery. The vehicle will incorporate new technical features, as well as comfort amenities and elements.
Expected features include a 10.25-inch digital instrument cluster, ventilated seats, and wireless smartphone charging. The addition of passive keyless entry is also possible, which will simplify the process of entering and exiting the vehicle.
No changes are expected in the engine of the new Thar; it will retain the three options available in the current model. The SUV will be equipped with 1.5-liter diesel, 2.2-liter diesel, and 2.0-liter gasoline engines. Buyers can choose between a 6-speed manual or a 6-speed automatic transmission. The vehicle will be available with all-wheel drive.
The power and torque of the engines are as follows: the 1.5-liter diesel engine produces 117 hp and 300 Nm of torque; the 2.2-liter diesel engine provides 130 hp and 300 Nm of torque; and the 2.0-liter gasoline engine delivers 150 hp and 300 Nm of torque.

