Kia is all prepared to premiere their two GT models – the new 3-door Kia Pro_cee’d GT and the 5-door Kia cee’d GT at the 2013 Geneva Motor Show on 5 March. With the inspiration of a sports models, the KIA’s two new GT models will have new 1.6 Litre Engine with gasoline direct injection technology and featuring the twin-scroll turbocharger for more dynamic power. Both model engine has good horsepower by 204 [152 kilo-Watts] at 6000 RPM which is an increment of 51% of power and a torque of 265 Nm between 1750 to 4500 RPM, which has an increment of 61%. The pro_cee’d GT and cee’d GT are equipped with 6-speed manual gearbox with capability of sprinting performance of 0 to 100 km/hour in mere 7.9 seconds. The Kia pro_cee’d GT and cee’d GT has unique style of design featuring the sporty dual-exhaust pipes, advanced LED daytime running lights, attractive red brake calipers and sporty 18-inch alloy wheels. On the suspension and damping, the front of both model has completely independent subframe-mounted MacPherson struts, with stiffer coil springs, gas-filled shock absorbers, thicker anti-roll stabiliser bar. While rear with completley independent subframe-mounted multi-links, stiffer coil springs and gas-filled shock absorbers. The Kia pro_cee’d GT and cee’d GT will start their production at Kia’s facility in Zilina plant setup, which is situated at Slovakia, in the middle of month -May 2013 and then proceed for their sale in Europe from mid of 2013 with full prices and technical specifications just before the sale date.
TOP NEWS Chevy Teases The 2020 Chevy C8 Corvette With a 30-Second Video That Reveals Extra Outdated Than New
Photo Gallery of Kia pro_cee’d GT and cee’d GT set for the debut at the 2013 Geneva Motor Show
Auto Press Release 2013 Kia pro_cee’d GT and cee’d GT set for Geneva reveal
- Kia pro_cee’d GT and cee’d GT will be unveiled at 2013 Geneva Motor Show
- Most performance-focused Kia models yet
- Designed in Europe and to be manufactured in Europe
- Turbocharged 1.6-litre engine will produce 204 ps and 265 Nm