Budget off-roader Lada, previously produced under the Chevrolet brand, receives update in 2025

Updated Lada Niva Travel: what has changed?

AvtoVAZ has introduced an updated version of the Lada Niva Travel off-roader, production of which will begin in the last quarter of 2025. Among the main changes are an updated front-end design with a larger radiator grille, LED headlights, and new alloy wheels. Under the hood will now be a 1.8-liter engine with 89 hp, which has become more economical and quieter than its predecessor.

The Niva Travel model appeared in 2021 as a modernized version of the AvtoVaz 2123, which has been produced since 1998. It is positioned as a more modern alternative to the classic Niva Legend, which has remained on the assembly line since 1977. In addition to external changes, engineers have improved engine cooling and updated the chassis, adding a stabilizer bar and ventilated front brake discs.

Technical updates

The new 1.8-liter engine has over 50 updated components, including the intake, exhaust, and cooling systems. It develops 89 hp and 151 Nm of torque, which is 7 hp and 24 Nm more than the previous version. Fuel consumption has decreased by 3–30% depending on the driving mode. The transmission remains a five-speed manual but has been adapted to the updated powertrain.

“80% of the torque is available from just 1000 rpm, making the off-roader more suited for driving on rough terrain,” note Avtovaz engineers.

Testing of the updated Niva Travel was conducted in various climatic conditions. Its production will begin in late 2025, and the price is likely to remain in the range of 1.3–1.6 million rubles. Despite technical improvements, the model retains its budget status, targeting buyers looking for a simple and reliable off-roader.

Despite the updates, the Niva Travel remains a car with a significant legacy, and its platform still has limitations regarding modern technologies. However, for a market where affordability and repairability are often more important than innovation, such changes may prove to be sufficient.

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