Alexander Rossi didn't hold back after a frustrating day at the Sonsio Grand Prix, questioning everything from IndyCar's hybrid system to the series' safety protocols. The Ed Carpenter Racing driver became the second competitor in as many races to suffer a hybrid failure, but it was the aftermath that really got under his skin.
Rossi's No. 20 Chevrolet went silent on the front stretch of the Indianapolis Motor Speedway oval, just past the iconic yard of bricks. Expecting a yellow flag to slow the field, he instead sat motionless as officials signaled only a local caution. With rivals screaming past at 170 mph, Rossi made the gut-wrenching decision to climb out of his stalled car and walk to pit lane. Only later did race control upgrade to a full-course yellow.
"It's pretty annoying to have failures on the car because of a product that we didn't ask for that doesn't improve the racing," a visibly frustrated Rossi told FOX's Georgia Henneberry. "The fact that it took that long to throw a full-course yellow when the car's on the front straight and people are going by at 170 miles an hour also seems insane."
Rossi wasn't finished, drawing a sharp contrast between IndyCar's willingness to cancel sessions due to wet conditions and its apparent reluctance to protect drivers from a stranded car on the racing surface. "I don't really know where the priorities lie," he added.
The hybrid system has become a hot topic in the paddock after Marcus Ericsson's No. 28 Honda suffered a similar fate at Long Beach. Rossi's pointed comments about a "product we didn't ask for" echo a growing sentiment among drivers who question whether the new technology delivers on its promise of better racing.
Rossi promised to share more details on his upcoming SiriusXM podcast, "Off Track with Hinch and Rossi," pushing back against what he called "false reporting" about his comments. For fans and drivers alike, the incident raises legitimate questions about race control decisions and whether safety protocols need updating when cars go silent at triple-digit speeds.