New Hyundai Xcent facelift spied testing, launch in late 2017

New Hyundai Xcent facelift spied testing, launch in late 2017

Hyundai is currently working to update its model range including the facelift Verna, Grand i10 and the Xcent. Fresh images of the Xcent facelift have surfaced on the internet, indicating the launch of the compact sedan is around the corner. The company will first launch the Grand i10 in India followed by the launch of the Verna and Xcent, respectively in 2017.

The Hyundai Xcent facelift will get new equipment, both at the exterior and interior as well as some mechanical updates. Under the hood, the upcoming Xcent is likely to get the same 1.2 litre petrol engine that produces 81 hp of power and 113.7 Nm of torque. The transmission duty is performed by a 5-speed manual and a 4-speed automatic gearbox. The current smaller displacement 1.1 litre engine is expected to be replaced with a 1.2 litre engine. However, the company has not yet confirmed about the powertrain options and the new engine is likely to first debut in the Grand i10 facelift.

The spied images of the Hyundai Xcent indicates that the carmaker has made significant cosmetic changes at the exterior to enhance its styling. Although the car is partially camouflaged, one can make out that the exterior is expected to get revised and wider grille than the current model as well as new bumpers, both at the front and rear. The rear end is where most of the changes can be seen, including a redesigned tail lamps and the boot gate.

Inside the cabin, the Hyundai Xcent facelift will feature similar equipment and theme as seen on the upcoming Grand i10. However, the company might offer the top versions of the sedan with a touchscreen infotainment system along with safety features like reverse parking sensors and ABS (Anti-lock Braking System) with EBD (Electronic Brakeforce Distribution).

The Hyundai Xcent facelift is expected to be priced between Rs 5.50 lakh and Rs 8.50 lakh, ex-showroom, Delhi, which means the prices will largely remain similar to the current model.