Note that the main center image is of the 2018 superspeedway car configuration, with the outline of the current superspeedway configuration superimposed over it for comparison. Secondary images in the upper right and lower left show concepts for the rear wing and front wing in the 2018 street course/road course/short oval configuration.
INDYCAR unveils new images of 2018 Verizon IndyCar Series car design
INDIANAPOLIS (Wednesday, March 29, 2017) – The design of the car to be used in Verizon IndyCar Series competition in 2018 is coming more into focus.
INDYCAR, sanctioning body for the premier North American open-wheel racing series, released new images today of the universal aerodynamic bodywork kit that will be used by all competitors in 2018. Following along with this year’s INDYCAR theme of “NEXT,” the computer-generated images are the next evolution of the car’s development process and provide more detail than concept sketches
released in January.
“While this remains a work in progress, we are encouraged with where the development of the 2018 car stands,” said Jay Frye, INDYCAR president of competition and operations. “The look of the car is bold, the performance data from simulations is meeting targeted goals and safety enhancements built into the design will be substantial.”
Frye said INDYCAR is on target to begin testing the car by mid-summer. Verizon IndyCar Series teams will still choose between Chevrolet and Honda engines for competition next season, but all cars will be outfitted with the universal kit that covers the Dallara IR-12 chassis that has been used since the 2012 season. As with the current aero kits provided by Chevrolet and Honda through the end of this season, the universal car will come in two configurations: one for superspeedway ovals and the other for street courses, road courses and short ovals.
The supplier of the universal kit has yet to be announced, but its look is sleek and reminiscent of past Indy car favorites. Tino Belli, INDYCAR director of aerodynamic development, said the kit has been successfully reverse-designed to start with its desired appearance and build in functionality from there.
“We’ve been working on the aerodynamics to suit the look, rather than the other way around,” Belli said.
A key component of the new car is for it to generate most of its downforce from underneath instead of on top. This will improve racing and passing opportunities by decreasing the turbulent air that the Indy car leaves in its wake.
“We’re working on creating more of the downforce from the underwing,” Belli said. “The hole in the floor (of the undertray on this year’s car) will be sealed for the road courses and short ovals, but will still be open for the superspeedways.”
Belli added that simulations show the new car meets INDYCAR’s aerodynamic targets and additional safety enhancements include side impact structures in the sidepods and repositioned radiators to assist in reducing the severity of side impacts by crushing on impact.
Other noticeable features in the new car images include a lower engine cover that provides “a more traditional Indy car look,” according to Belli. Turbocharger inlets are moving to the inside of the radiator inlet ducts.
The rear wing and front wing main plane are smaller in the new car look and the centerline wicker from the nose of the car to the cockpit is tapered. The rear wing in the road course/short oval configuration is lower and wider. The fins on the leading edge of the sidepods of the current car will be removed or minimized on the 2018 car.
Though there is still work to be done, Belli feels that INDYCAR has achieved “97 percent” of its goals when it set out to create the new car’s look and efficiency.
The next Verizon IndyCar Series race is the Toyota Grand Prix of Long Beach on the iconic Southern California street course. Live coverage begins at 4 p.m. ET April 9 on NBCSN and the Advance Auto Parts INDYCAR Radio Network.
Graphics & Photos Courtesy of Indycar