The appearance of the 2023 Hyundai Grand i10 Nios is new and gorgeous thanks to its athletic frontal fascia and revamped rear end. The third generation i10 was released in 2019 by Hyundai Motor India Limited (HMIL) and has now undergone a significant overhaul. The tiny convertible may be reserved at authorised retailers or the internet for a deposit of Rs. 11,000, and its pricing ranges from Rs. 5.68 lahks to Rs. 8.46 lakh (ex-showroom). With several adjustments, the external becomes the main position.
The new frontal part of the exterior fascia features stylish black accents, and the slanted Y-shaped LED Daytime Driving Lights are installed in a tidy casing with a comparable form. The grille completely encloses the bumper, and the redesigned projector headlight assembly is placed on each side of the Hyundai emblem directly above it.
The canopy has a purposeful design and sports powerful contours. A rakish frontal windscreen, roof lines lacquered in black, and body-coloured exterior rearview mirrors with signal indicators are further features. The exterior door knobs are completed in silver, and the supports are decorated in black. Above the front arches, a scapular accent appears, continuing into the more streamlined encircling LED tail lights.
The redesigned Venue and several other Hyundai vehicles from across the world serve as an influence for the linked LED tail light module. It crosses the bootlid’s contoured surface, under which the Hyundai and variation emblems are visible. The shark fin transmitter and incorporated bumper add to the confrontational approach of the back bumper, which already has a unique look.
Another notable feature is the brand-new 15-inch alloy wheels on the 2023 Hyundai Grand i10 Nios. The updated tiny subcompact is undeniably eye-catching and is perhaps the best-looking vehicle in its demanding market. Along with the cosmetic upgrades, the dual-tone inside has also seen improvements, and it now boasts a specification checklist that is packed to the gills with additional conventional instrumentation.
