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Automobile

Next-Gen Tata Nexon Spotted Testing With Curvv Alloy Wheels

Reported by Manish Reddy (Senior Writer) · Rushlane ·

Unconfirmed — Reported by one source so far

Reported by one source so far

Worth knowing
Next-Gen Tata Nexon Spotted Testing With Curvv Alloy WheelsRepresentative image · Wikimedia Commons

New Wheels Spotted

Tata Motors is testing a next-generation Nexon prototype equipped with alloy wheels that match the design of the Tata Curvv. These latest spy shots show black-and-machined wheels featuring the same petal-like pattern seen on the Curvv. The current Nexon model uses 16-inch alloys, while this new test vehicle points to a possible larger wheel setup under evaluation.

Potential Upgrade

Tyre sidewall markings are not readable in the photographs, so the exact diameter cannot be confirmed yet. However, higher variants are the likely candidates for a larger setup, while more affordable trims could keep smaller wheels. If introduced, an 18-inch option would be larger than several rival compact SUVs like the Mahindra XUV 3XO, Skoda Kylaq, and Kia Syros, which offer 17-inch alloys. Tata used a similar testing approach during the Harrier facelift development by spotting test vehicles with the Hexa's 19-inch alloys before offering a 19-inch option on select production variants.

Powertrain and Launch

Cabin photographs of the prototype show familiar Nexon parts alongside testing equipment and unfinished sections, with a clearer interior picture expected as development continues. Petrol, diesel, and CNG options are expected to stay part of the Nexon lineup, alongside a next-generation electric vehicle update. Tata Motors has not yet confirmed the final specifications or the launch schedule for the new vehicle.

Context

Automakers frequently use test mules and components from existing models during early development phases to evaluate new configurations before finalizing the production version. Testing larger wheels helps engineers check clearances, ride quality, and handling adjustments for higher trims of upcoming vehicle generations.

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