The new-generation Hyundai Verna is surely one of the biggest new car launches from the South Korean automaker this year. The new model can be pre-booked by paying a sum of Rs 25,000, and it’s ready to go on sale on 21st March 2023. The carmaker has already revealed its silhouette via teaser images, while its first clear image has emerged on the web. It shows the rear three quarters of the new 2023 Hyundai Verna featuring differently designed taillamps connected via LED light bar. The taillamps have crystal-like inserts with two vertical extensions on both sides.
Just below the taillamps, you can see reverse lamps split into three horizontal lines. The rear bumper also looks different. The new Verna carries new headlamps with split setup, tweaked front bumper and grille stretching across width of the car. What add more to its new looks are the flared wheel arches, diamond cut alloy wheels, new fastback-like design and glasshouse with a chrome trim underlining.
The new 2023 Hyundai Verna model lineup will be spread across four trims – EX, S, SX and SX (O). Major update will be made under the hood. The sedan’s new model will come with the new 1.5L, turbocharged direct injection petrol and 1.5L naturally aspirated petrol engine options. The turbo-petrol unit makes a top power of 160bhp with a 6-speed manual or a 7-speed DCT automatic gearbox. Read – 3 Hyundai Creta Rivalling SUVs Launching In 2023
The naturally aspirated gasoline motor can be had with either a 6-speed manual or a CZVT automatic transmission. Both engines will meet RDE (Real Driving Emission) norms and E20 standards. One must note that the new Hyundai Verna will not be offered with diesel powertrain.
Hyundai’s new-generation Verna will be available in 7 monotone and 2 dual-tone colour schemes. The biggest feature upgrade will come in the form of Advanced Driver Assistance System (ADAS). It will provide access to advanced safety features such as lane keep assist, adaptive cruise control, rear cross traffic assistance, lane departure warning, driver attention monitoring and forward collision mitigation.
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