Kia’s highly popular Seltos midsize SUV is set for a generational upgrade, with an expected debut in 2026. It will be the second-generation model is currently undergoing extensive testing in Korea. Previous spy images have revealed some of its design details, and this time, we got to see its interior for the first time. It seems like the new Kia Seltos will receive comprehensive changes inside the cabin, further enhancing its premium appeal.
What we have noticed?
The spotted test mule has dual-tone silver and grey upholstery with contrasting orange inserts. Also noticeable are brushed aluminium interior door hands, a USB charging port near the front passenger seat, a storage space behind the front armrest and the rear seat with headrests for all three passenger and an integrated armrest.
Exterior details we know so far:
Previous spy images confirm that the new Kia Seltos will derive some of its design elements from the globally sold EV5. Its front and rear sections will be completely revised with a newly-designed front grille, revised bumpers, dual-tone ORVMs, new LED headlamps, diamond-cut alloy wheels and LED taillamps.
Hybrid powertrain under consideration:
Interestingly, the 2025 Kia Seltos could be a hybrid way, as the carmaker is evaluating hybrids for the Indian market. The strong hybrid powertrain is considering as an alternative to diesel engines, which will require major and costly upgrades to meet future emission standards. Kia is reportedly planning to electrify its existing 1.2L and 1.5L naturally aspirated petrol engines for the Indian market.
The South Korean automaker is already selling strong hybrid vehicles in global markets, featuring a 1.6L hybrid powertrain with AWD (all-wheel drive) system. The new Kia Seltos, Carens MPV and an upcoming sub-4 metre model could be among first beneficiaries of this strong hybrid powertrain in India. The 2025 Kia Seltos will also retain the existing powertrain options including 1.5L petrol and 1.5L turbo diesel engines, offering 115bhp with 144Nm and 116bhp with 250Nm, respectively.
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