INDY Autonomous Challenge - CES2025 - AI Drivers Race With Five Overtakes In Twenty Laps

Here is an image of the first car - Autonomous Tiger Racing (ATR) No. 34 - we encountered on the track during our visit to the INDY Autonomous Challenge held at Las Vegas Motor Speedway during CES2025. Image Credit: Edmund Jenks - Motorsports Journal (2025)

INDY Autonomous Challenge - CES2025 - AI Drivers Race With Five Overtakes In Twenty Laps

The Indy Autonomous Challenge (IAC), a global leader in high-speed autonomy, returned to CES 2025 with groundbreaking developments, including the introduction of multicar racing and the future of physical AI. Held on January 9, 2025, at the Las Vegas Motor Speedway from 2-4 PM PST, the Autonomous Challenge at CES 2025 marked a significant milestone in the evolution of autonomous technologies, offering attendees an unparalleled view of AI's progress in high-speed motorsport.

Anxious and ready to attempt a first-time multiple car autonomous trial in a 20 lap match. UNIMORE Racing No. 6 became the first winner of the Tier 3 structure challenge where multiple cars not only attempt to pass, but win against the four teams that threw their hats into the ring. Image Credit: Edmund Jenks (2025)

Imagine making this annual pilgrimage to the Consumer Electronics Show and be inundated with AI (Artificial Intelligence) messages being communicated and attached to virtually every item on the floor. Heck, there were folks in stands trying to attach their products, however analog, to having a role in an AI world. 

Then, after a couple of days watching AI solutions show themselves on displays and screens, to have the opportunity to watch teams field their work in an extreme three-dimensional environment such as a race track featuring open wheel racecars? These techies seemed to have died and gone to AI heaven.

The trek to the Las Vegas Motor Speedway proved to be worthwhile even if the weather for this desert destination was a bit chillier than expected. Camaraderie and expectation were the notes of the day echoed between attendees and teams set up in the Hot Pits. Image Credit: Edmund Jenks (2025)

A New Era of AI Racing: Multicar Showdown and Tiered Competitions

Building on its historic introduction of head-to-head autonomous racing at CES three years prior, the IAC achieved another milestone during CES 2025 with a multicar exhibition race. Teams ran 3-4 autonomous racecars simultaneously in a thrilling 20-lap format, demonstrating not only individual car performance but also the capability of AI systems to manage complex multi-agent interactions at high speed.

Team lead for Caltech Autonomous Systems and Technologies (CAST) Racer - California Institute of Technology Autonomous Driver No. 8, Matt Anderson. As team lead, Matt, who hails from Sydney Australia, was responsible for controlling the E-Stop (emergency stop) button which brings the autonomous racing platform to a complete stop much quicker than any human driver would be able to do given that, once the button is pushed full force, the control is applied 100 times a second with race grade ABS braking systems. Image Credit: Edmund Jenks (2025)

The Caltech Autonomous Systems and Technologies (CAST) Racer Autonomous Driver No. 8 was able to set a platform best Tier 1 speed of 145mph, about 20 mph faster than previous IAC trial sessions. Image Credit: Edmund Jenks (2025)

The event featured a progressive three-tiered structure that allowed teams at all experience levels to compete and push the boundaries of their AI Driver development:

 
Tier 1: Single-car time trials, where teams showcased the stability of their AI Drivers at extreme high speeds.

 
Tier 2: A two-car passing competition, designed to test strategic racing and AI adaptability in head-to-head scenarios.

 
Tier 3: The multicar racing event, where 3-4 racecars competed in an open racing format, challenging the limits of AI Driver multi-agent interaction and high-speed decision-making.

AI Racing Tech (ART) No. 7 - a collaboration between University of California Berkeley, with University of Hawai’i (UH), University of California, San Diego (UCSD), & Carnegie Mellon University in a group photo celebrating their Tier 2 accomplishment of an on-track pass timed just before the Start Finish line (image below). Image Credit: Edmund Jenks (2025)

Tier 2 trials pass of Purdue AI Racing - Purdue University No. 2 by AI Racing Tech (ART) No. 7 just before the LVMS Start Finish line. Image Credit: Edmund Jenks (2025)

End of a very successful CES 2025 trial at LVMS for AI Racing Tech (ART) Autonomous Driver No. 7 in the Indy Autonomous Challenge. Image Credit: Edmund Jenks (2025)

This structure provided a platform for progressive competition, ensuring all teams had the opportunity to demonstrate their advancements in autonomous racing.
New Teams and Exciting Partnerships

The IAC welcomed two new university teams, Indiana University and the California Institute of Technology, bringing the total number of participating teams to ten. These additions enriched the competition, expanding the global pool of talent and expertise working to advance high-speed autonomy on a shared AI and robotics platform.

In collaboration with the U.S. Defense Advanced Research Projects Agency (DARPA), the IAC served as an official test and evaluation platform to enhance AI training for autonomous systems. This initiative is part of DARPA’s Transfer Learning from Imprecise and Abstract Models to Autonomous Technologies (TIAMAT) program, which aims to bridge the “simulation to real” gap in AI development.

Starlink communications from Elon Musk's SpaceX allows instantaneous 2-way inputs in this mobile AI world of the IU Luddy No. 10 when the car is on track. Image Credit: Edmund Jenks (2025)

Pioneering the Future of Physical AI

“The Indy Autonomous Challenge is truly leading the charge in the physical AI revolution,” said Paul Mitchell, President of the Indy Autonomous Challenge. “By pushing the limits of autonomous technology on the racetrack, we’re not just developing AI that can drive racecars - we’re creating systems with applications ranging from aviation to autonomous vehicles and robotics. The race at CES showcased cutting-edge innovation and highlighted what can be achieved when government, academia, and industry unite to tackle some of the biggest tech challenges of our time.” 

The 2025 IAC race at CES solidified its role as a premier event in autonomous racing, demonstrating the transformative potential of AI and its future applications across industries.

The Indy Autonomous Challenge (IAC) made history at CES 2025 with the world’s first successful completion of a multi-car autonomous race. This groundbreaking event held at the Las Vegas Motor Speedway marked a major milestone in the evolution of physical AI and autonomous racing, with four IAC AV-24 fully autonomous racecars piloted by AI Drivers from top global university teams competing head-to-head in a 20-lap exhibition race. The race ended in a thrilling side-by-side photo finish, with UNIMORE Racing crossing the finish line less than three-tenths of a second faster than Cavalier Autonomous Racing. Watch livestream video starting at the end of Lap 17 of 20 Laps.

The multi-car exhibition race not only showcased impressive advancements in AI Driver capabilities but also highlighted how the IAC is advancing technology to improve the safety of high-speed autonomy. For the first time in the history of motorsports racing, four autonomous racecars completed a full race with multiple overtakes and no accidents. This demonstrated how autonomous systems can navigate extreme speeds while also safely managing complex multi-agent interactions in real-time.

“Since our first race in 2021, the IAC and our university teams have been making history with the world’s fastest autonomous racecars, from setting speed records to introducing the world to head-to-head autonomous racing,” said Paul Mitchell, president and CEO, Indy Autonomous Challenge. “But our goal has always been multi-agent racing, so being the first to have all our AI Drivers complete a race and do so with five overtakes, no accidents, and a nose-to-nose finish is a testament to the progress of the IAC’s global ecosystem of highly talented university researchers, industry partners, and government supporters.”  

We fully understand that AI autonomous racing will never really deeply connect with a Human fan-base as actual racing in vehicles controlled by analog decision-making of a Human driver. There is no "skin" in the game. However, we further understand that autonomous vehicle travel will never become a reality if this type of movement and mobility control isn't pushed to its extremes as race testing on a track against development teams in numbered cars - everything an AI Driver needs.

... notes from The EDJE

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TAGS: Indy Autonomous Challenge, IAC, Las Vegas Motor Speedway, CES 2025, Paul Mitchell, Artificial Intelligence, Autonomy, Mobility, Racing, The EDJE

Post Dan Wheldon Tragedy Reaction Review To Safety On Banked Ovals

A memorial to Dan Wheldon is displayed at Las Vegas Motor Speedway, where the British-born driver was killed in an accident on Sunday. Image Credit: Robert Laberge/Getty Images via guardian.co.uk

Post Dan Wheldon Tragedy Reaction Review To Safety On Banked Ovals

The safety debate centers on the fact that IndyCar Dallara vehicles, which all have the same bodies and engines, can not avoid pack racing at very high speeds on a circuit as small and banked as the Las Vegas track, and this sets up a condition that is dangerous with open-cockpit, Indy-style cars. The wide track bed combined with steep banking and the mushroom shaped vortex wash that comes out from behind the cars, set up a very unstable mix.

Driving the Go Daddy No. 7, Andretti Autosport Dallara, Danica Patrick posted the fastest practice time with a staggering 224.719 mph on Oct. 13. After learning her time, Patrick's reaction proved prophetic.

"It's friggin' fast here," said Patrick. "Almost a 225 lap is like Indy speeds. The track is nice and smooth and we’ll be three-wide out there, which will be exciting. The race is going to be crazy and the crashes will be spectacular."

Danica, who will be driving in NASCAR next year, was not the only driver talking up the danger of the course in the days before the race.

"It's so fast and you're so close to each other, it's exciting," veteran driver, and IMS Radio commentator, Hewlett-Packard sponsored Davey Hamilton told the Las Vegas Review-Journal, also noting that he expected four wide racing. "There's really no room for error."

Driver comments after the Wheldon tragedy where 15 cars were collected in a fiery mess confirmed the fear of this unstable mix.

"We all know this is part of the sport," driver Oriol Servia said of the danger. "We all had a bad feeling about this place in particular just because of the high banking and how easy it was to go flat" out on the throttle.

"Within five laps people started to do crazy stuff," Dario Franchitti said immediately after the accident. "I wanted no part of it. I love hard racing, but that to me is not what it's about. I said before, this is not a suitable track. You can't get away from anybody. One small mistake and you have a massive wreck."

"Now we need to rethink the way we're doing things," said Tony Kanaan, who started on the pole.

The Dallara IR-05 was built specifically to be driven in excess of 230 mph and protect its driver in the event of an accident at those speeds. Its carbon fiber chassis was designed to break apart during a collision and absorb the forces of a series of massive impacts while keeping the cockpit surrounding the driver intact.

Since its introduction in 2005, only one driver, Paul Dana, had died behind the wheel of the Dallara before Sunday. In a freak accident during practice for the 2006 season opener in Homestead, Fla., Dana lost control of his car and hit a damaged vehicle that had come to a stop on the track in front of him head-on, at an estimated speed of 176 mph. In a bit of irony, Dan Wheldon went on to win that race. Since then, the cars had been used in 100 races and covered more than 500,000 miles in competition without any loss of life, and fe
But one thing the vehicles can’t do is prevent an accident like the 15-car pileup that took the 33-year-old Wheldon’s life.

Driver James Jakes, whose car was damaged in the incident, added that “unfortunately, it’s something I think a lot of us thought might happen. We practiced with no more than five or six cars in a group and now we’ve got 34 ... there was going to be some trouble.”

During the 15 car collection in turn #2, Wheldon’s car got airborne and came into contact with the catch fence above the wall. The metal mesh fence is designed to keep vehicles and debris from leaving the confines of the track, but can cause additional damage in the process.

“It is one of those things that when you are racing you are always aware that there are risks,” Dan Weldon teammate, Alex Tagliani said. “But you never think it is going to come to that."

“I am very sad and angry,” expressed Alex. What angered the 38-year-old was that no one listened to the drivers’ fears over the conditions before the race. Tagliani felt that, like NASCAR, when it revolutionized driver safety after the death of Dale Earnhardt in 2001 at Daytona International Speedway, IndyCar must look at doing the same in its series.

“If we are going to come back to these (1 1/2-mile banked ovals) we are going to have to change the aero packages to slow the cars down,” continued Alex. “It is just not right that some one has to die to make those changes.”

One thing that Tagliani proposes is that drivers, team owners, track owners and IndyCar bosses get together in the off season to talk about what can be done to make racing both better and safer.

“There is definitely things that need to be discussed and things to look at,” Tagliani concluded. “We for sure have to talk to the series bosses. Right now my mind is so confused. We have to talk about racing these types of cars on these types of race tracks. I don’t think tracks like the mile and a half at Las Vegas is the right thing for us.”

On Friday, IndyCar President and CEO Randy Bernard announced that the series plans to return to Las Vegas for its finale in 2012, and the organization has not yet said if it is reconsidering that decision.

In an interview with Fox Sports in the wake of the crash, former CART/ChampCar driver and current NASCAR star A.J. Allmendinger said, “obviously, with the new car coming in, it needs to be safer, but there are tracks that they don't need to race at.”

A template situation that IndyCar could have learned from as it relates to high-banked mile and a half ovals happened in 2001. CART/ChampCar, one of the two open-wheel racing series that later combined to form IndyCar, was forced to cancel a race at the Texas Motor Speedway after drivers complained in practice about getting dizzy and blacking out from the g-forces created by the high speeds that their cars were capable of on the steeply-banked 1.5-mile oval. In this case the rules were changed to slow the cars down through downforce and engine set-ups at subsequent events held at the track.

(ht: various news services - FoxNews/Huffington Post/Toronto Sun - for quotes and background on the Dallara IR-05)

The two biggest words that stand out the most, if one were to read between the lines, in all of these post Dan Wheldon tragedy driver reactions to safety on banked ovals - Race Control.

Upon reflection ... Race Control has been the overriding story (race call miscues effecting championship points standings, recommended car set ups, and venue management) for the 2011 IZOD IndyCar Series World Championship season and the last season of the Dallara IR-05.

... notes from The EDJE


[Article was first published as Post Dan Wheldon Tragedy Reaction Review To Safety On Banked Ovals at Technorati]