Hyundai C 2023

The Hyundai C (Korean: 현대 캐스퍼) is a crossover city car produced by the South Korean automobile manufacturer Hyundai. It is the smallest crossover SUV ever offered by the brand, and also the smallest automobile of any kind that is currently sold by Hyundai.

The vehicle has been developed in compliance with the "light car" (Korean: 경차, romanized: Gyeongcha) category in South Korea which offers tax incentives for vehicles with exterior dimensions below 3,600 mm (141.7 in) in length and 1,600 mm (63.0 in) in width, and is the first Hyundai vehicle to occupy the segment after the Atos. As the result, it is developed as a four-seater vehicle.

The Casper was revealed through a set of images on 1 September 2021. Pre-orders started on 15 September 2021, and the vehicle was released on 29 September. According to Hyundai, the name "Casper" is taken from the Casper skateboarding technique. It's also confirmed that the Casper will be getting advanced driver-assistance systems across three trim lines, Smart, Modern and Inspiration.
The front fascia has turn signal lights situated at the top and circular LED daytime running lights at the bottom. The rear door handle uses a hidden type near the window glass portion, while the parametric pattern of the front grill was applied to the rear lamp to design. Circular turn signal lights was used for the front/rear portions. The rear seat is in the form of two single seats attached.

It uses a pedal-type parking brake. Safety technologies such as forward collision prevention assistance, lane departure prevention assistance, and lane maintenance assistance are available. The Smartstream G1.0 petrol engine is based on the existing 76 PS (56 kW; 75 hp) naturally aspirated engine.

The Casper Van was officially released on February 3, 2022. It has secured a loading capacity of 940 liters by emptying the space in the second row. Hot stamping, a lightweight construction method, was applied to major areas to minimize body deformation in case of collision. The torsional rigidity and average tensile strength were increased through the high-strength lightweight body.