Jay Frye expresses positive outlook on 2018 car

Photo: IndyCar
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In a teleconference with members of the media on Monday, the prevailing mindset of INDYCAR President of Competition and Operations Jay Frye, who helped oversee the design of the 2018 universal aero kit (pictured above in a Chevrolet livery), was one of positivity following it’s official unveiling, in speedway trim, earlier today.

First and foremost, though he helped head the effort, he was vocal about the input he got from a number of different entities during the process of creating the design.

“This has been a year and a half in the making, and the process has finally come to a point where we can get the car on the track, so we’re quite excited about that,” he revealed. “We certainly appreciate everyone’s help, from Dallara to the teams who have helped to the manufacturers who have helped and certainly the fans. Over the last few months we kept putting out some different things to get reactions from fans to see what they thought of the project. It helped us a lot, because it made us feel like we were going in the right direction, which is great.”

The 2018 Verizon IndyCar Series chassis in a Honda livery. Photo: IndyCar

The overall timeline of the project dates back to last year, particularly at tests at Phoenix International Raceway and Mid-Ohio Sports Car Course, where the experimentation process began. It was after those tests, as Frye explained, that the 2018 car began to take shape. “From that point (after tests at Phoenix and Mid-Ohio), we took what we thought the car should look like, and that’s where we talked about reverse engineering the car and to aesthetically make it have a historical feel, but in a very forward car, and I think we’ve done that.”

And with the project now open for the public to see, Frye appears confident that people will like how it performs. “The numbers have come back very strong, which we’re quite excited about. And here we are coming up to tomorrow, where we’re going to have our first on-track test. It’s been a long process, but it’s been very methodical,” he added.

Specific to those numbers, two obvious areas stand out the most: cost and downforce. First, as Frye explained, the operating cost of the 2018 aero kit is expected to be considerably less in comparison to the current aero kits from Chevrolet and Honda. Further, the conversion costs, the money the teams will spend in switching their chassis over to the new kits, is less than expected, making the package significantly more economical. As Frye explained, this is a result of negotiations in which it was agreed that this package will be in use for at least three years.

“From a total cost perspective, one of the things we looked at is called a conversion cost. What would it cost to convert the cars now? It’s not as much as we first thought it would be,” Frye detailed. “The annual cost will be 30-40 percent less than what the current car is. One of the things with having a universal car is we were able to negotiate the term, which is for three years, so the teams can plan for it. That was something that was very important: what the conversion cost was going to be and what the annual cost was going to be over this term.”

And, in terms of downforce, there will be reductions in aerodynamic downforce as well as overall downforce. First, most of the car’s grip will be generated from the bottom of the car, whereas currently most of the grip is produced by airflow over the top of the car. As Frye explained, this not only is significant to the overall performance of the car and how it will race, but it also reduces the chance for large debris fields after an accident.

“Sixty to seventy percent of the downforce is generated from the bottom of the car, where as before it was 40-45 percent, so there’s been a big gain in that. Also, another piece to the puzzle, there are less parts and pieces on top of the car, which creates less debris opportunities,” said Frye.

Further, the overall package is expected to produce 20-25 percent less downforce, that estimation even accounting for teams’ ability to develop the chassis to find areas where downforce could be added.

Frye added that this was a key element in the design of the car. “What we tried to do is create a window, so the total potential window of the car’s downforce level has shifted down. Obviously, as the teams start running the car, they’ll get better and better and better, so we wanted to make sure to move it a different direction that, once downforce comes back to a degree, we haven’t exceeded this window we’re looking at,” he revealed.

And, of course, enhanced safety was a big factor as well. Frye discussed a particular emphasis on side impacts, especially in the wake of accidents involving James Hinchcliffe (2015) and Sebastien Bourdais (2017), in which they suffered serious injuries following side-on impacts with the wall.

“The side-impact piece that’s in this car is moved forward, the radiator is moved forward, so it’s also a much more robust protection piece for the side-impact of the drivers,” Frye described.

And, of particular note in the wake of the F1 Strategy Group revealing that a halo will be introduced in 2018, Frye added that cockpit protection remains at the forefront, and while nothing is set in stone at the moment, the new chassis has room for cockpit protection to be added.

“The cars are built and designed around having some sort of application like that,” Frye said of cockpit protections. “At some point, we’ll test something, whatever application we can come up with. We’re definitely conscious of it, we’re conscious of how it will affect aesthetically, we’re conscious of the safety piece.”

The Verizon IndyCar series will test the 2018 car at the Indianapolis Motor Speedway tomorrow, with Juan Pablo Montoya and Oriol Servia doing the driving, with additional tests scheduled for Iowa Speedway, Mid-Ohio Sports Car Course, and Sebring International Raceway later this year.

Soon after series testing is complete, Honda and Chevrolet will begin receiving chassis for their respective teams to test, with all IndyCar teams scheduled to receive their cars beginning in November. Individual team testing will then begin in January of 2018.

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Lessons learned in three rounds of Extreme E pay huge dividends in the Copper X Prix for Tanner Foust

Foust Copper X Prix
McLaren Racing
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To paraphrase the Grateful Dead, what a long, unique trip it’s been for Tanner Foust in his first season with the Extreme E series as he took his early season lessons to Chile to compete in the Copper X Prix. And he’s learned his lessons well.

In February, McLaren announced they would expand their motorsports program with an Extreme E entry. They signed two talented rally drivers in Foust and Emma Gilmour – and paired them for the opening round in Neom, Saudi Arabia with just a few days of testing under their belts. Baked by the Arabian desert sun, it was trial by fire.

The duo performed well in their debut, advancing into the final round and finishing fifth. As Extreme E headed to another desert halfway across the globe for Round 4, it was a good time to catch up with Foust and ask about McLaren’s progress. The Copper X Prix was held this past weekend in one of the most extreme regions in the world: the Atacama Desert.

MORE: McLaren considering Kyle Busch for Indy 500

“The shock going into the first race was the speed,” Foust told NBC Sports. “It was much higher than we had tested. We spent a lot of time around 100 miles per hour [in race trim] and our testing speeds were more in the 60 to 70-mile range. Then, once we sort of got around that, the car got updated so you can drive it even faster.”

In rally racing, some incidents are out of a driver’s control. Even peeking around another car can be dangerous because of potholes that have recently been gouged in the ground or large bushes that seem to sprout up between laps. A couple of rollovers brought Foust back to earth – but the pace was there and that was important.

“We had some challenges this season,” Foust said prior to the Copper X Prix. “We had a good start; made the final, which is a difficult thing to do in this series. I had two rolls in the first three events, but I have improved each time. Now we come into Round 4 in Chile in a pretty strong position. We have competitive times as a team. We are communicating really well and have our heads around this Odyssey vehicle.”

Foust’s words proved to be prophetic.

He won the Crazy Race – Extreme E’s version of a Last Chance Qualifier – and did so after passing the field. It was the same manner in which he qualified for Saudi Arabia’s finale, but this time things would be better. There were those hard-earned lessons on which to lean – and Foust had reps under his belt. He was not going to be caught off guard by any random obstacles.

Tanner Foust passed Sebastien Loeb heading to the Switch Zone in the Copper X Prix. (Photo by Sam Bagnall / LAT Images)

In the Copper X Prix finale, he pressured one of the best rally drivers in the history of the sport.

Pitching sideways through a tight left-hander late in his stint, Foust put his McLaren Extreme E Odyssey at the head of the pack in front of Sebastien Loeb as they headed to the Switch Zone. There, he would turn the car over to his co-driver Gilmour.

The Extreme E series pairs male and female drivers with both taking a turn behind the wheel.

After the driver change, Gilmour lost the lead momentarily to Loeb’s teammate Cristina Gutierrez, but as they charged toward the finish line, she surged ahead and crossed under the checkers first.

“What an improvement for the team over this year,” Foust said after the race. “We have struggled through some of the events, being in our first year in competition. We showed true pace this weekend; overtaking Sebastien Loeb was a highlight.

“Emma put in a great run in the Final. I was fortunate to go from last to first in the Crazy Race and then first in the Final but with some flag penalties, we had 20 seconds added to our time, which put us into fifth. It was a great feeling crossing the line first, I love this wide style track and the NEOM McLaren Odyssey was fantastic here.

“Hopefully we can continue that momentum into Uruguay.”

Loeb and Gutierrez were elevated to the top of the podium, but no one can take away the feeling of crossing under the checkers first.


Racing Responsibly

Since cars were first invented, racing has played a socially responsible role by improving safety. As Earth reaches a tipping point with climate change, racing needs to adapt to these new needs and requirements, which is where Extreme E’s unique strategy becomes increasingly important.

The Extreme E experience is more than simple racing. Each race is accompanied by a legacy program designed to offset damage done by climate change and to erase the footprint caused by the events.

Foust, a biology major from the University of Colorado, was given the chance to rekindle his interest and give back to the environment ahead of the Copper X Prix.

The Atacama is the oldest desert in the world at 150 million years. It is the driest place on earth and has the highest degree of ultraviolet light. And yet somehow life perseveres through underground rivers with oases dating back to Incan times. Foust participated in preparing a local habitat for the reintroduction of a critically endangered water frog to Chile’s longest river, the Loa, which snakes its way through the desert.

“I’m loving the experience,” Foust said. “I’m putting on a lot of Chapstick, a lot of sunscreen. What a fascinating part of the world. I never would have come here otherwise.

“I honestly am very honored to be a part of this sport. I am a huge believer in the fact that motorsports has done us good in the last 100 years. I think we benefit every single time we put our seatbelts on and drive down the road to the lessons learned in racing since the turn of the century. And I really hope motorsports continues that tradition.

“I think that motorsports like [Extreme E] does it in a responsible way, a gender-neutral way and a carbon-neutral way.”