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Automobile

Tata Spies New-Gen Nexon Testing with ATLAS Platform and 2027 Launch

Reported by Ananya Das (Senior Writer) Β· Rushlane Β·

Verified β€” Confirmed by a second source: Car and Driver

Confirmed by a second source: Car and Driver

Important
Tata Spies New-Gen Nexon Testing with ATLAS Platform and 2027 LaunchPhoto: Wikimedia Commons

Tata is working on the new-generation Nexon, codenamed Garud, which is expected to launch in 2027. Latest spy shots from Maharashtra show the SUV's exterior profile and interior. The new-gen Nexon will transition to the modular ATLAS platform, which supports vehicle sizes from 3.7 metres to 4.6 metres and multiple powertrains including ICE, CNG and EV.

Exterior Updates

The new-gen Nexon is expected to get a boxier styling with an upright front fascia and a flatter roofline to improve headroom and luggage capacity. Spy shots reveal 17-inch alloy wheels, while higher trims could get 18-inch alloys. The vehicle retains circular wheel arches, rectangular ORVMs and pull-type door handles, but features a reworked rear bumper and refreshed tail lamps.

Interior And Features

Inside, the Nexon carries forward a two-spoke steering wheel with an illuminated Tata logo. Spy shots reveal a sleek digital instrument cluster and a large touchscreen infotainment screen with a new user interface. Expected features include leatherette upholstery, a panoramic sunroof, ventilated seats, ambient lighting, an air filter and a built-in DVR.

Safety And Performance

The safety kit is expected to include a 360-degree camera, Level 2 ADAS, six airbags, electronic stability control, all-four disc brakes and traction control. The SUV is expected to continue with the 1.2-litre turbo petrol engine generating 120 PS and 170 Nm of torque, paired with 5MT, 6MT, 6AMT and 7-speed DCA gearboxes. The 1.5-litre diesel engine could be replaced by the Kryojet turbo-diesel engine with a 6-speed manual and a 6-speed torque converter automatic.

Context

Automakers frequently test heavily camouflaged prototype vehicles on public roads to evaluate performance and durability under local conditions before a commercial release. Moving older vehicle lineups to modern modular platforms allows manufacturers to share components across different models and easily adapt to changing safety rules and powertrain options.

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