Skip to main content

Jay Leno walked away from this scary rollover crash

Jay Leno said getting a ride in the Hurst Hemi Under Glass Plymouth Barracuda was on his bucket list, but in doing it, he came a lot closer to kicking the bucket than he expected. While filming a segment for Jay Leno’s Garage on CNBC, the car rolled with Leno in the passenger seat, and driver Bob Riggle at the wheel.

Riggle, who is 80 years old, has been driving Hemi Under Glass for about 50 years, and is one of Leno’s childhood heroes.  That’s not surprising, given Riggle’s stature as a renowned stuntman. Hemi Under Glass is powered by a 2,500-horsepower supercharged V8 engine mounted behind the seats, underneath the Barracuda’s expansive rear fastback window. It was conceived as a race car, but when he saw how easily the Barracuda did wheelies, George Hurst of Hurst Shifters decided to use it for promotional purposes instead.

Read more: Jay Leno drives a 400-hp Mazda RX-3

Recommended Videos

The wheel-standing routine has made Hemi Under Glass an icon, but the show did not go as planned this time around. After one clean wheelie, Riggle attempted to turn the car as it maneuvered around the infield at Irwindale Speedway in California. The car rolled onto its side, and kept rolling for a few gut-wrenching moments before coming to rest back on its wheels.

Both Leno and Riggle walked away from the wreck with no apparent injuries, with still in high enough spirits to crack a few jokes. That’s a testament to the modern safety equipment fitted to the car since it was built in the 1960s. The car is equipped with a full roll cage, and Leno and Riggle were wearing safety harnesses and crash helmets.

Hemi Under Glass did sustain significant damage. The multiple barrel rolls left their mark on seemingly every panel, the taillights were smashed, and the passenger-side door handle was even ripped away from its mounting point. Riggle said the car would likely need a new body, but the Hemi V8 was fine. When the car landed, it was still running.

Stephen Edelstein
Stephen is a freelance automotive journalist covering all things cars. He likes anything with four wheels, from classic cars…
Waymo and Toyota explore personally owned self-driving cars
Front three quarter view of the 2023 Toyota bZ4X.

Waymo and Toyota have announced they’re exploring a strategic collaboration—and one of the most exciting possibilities on the table is bringing fully-automated driving technology to personally owned vehicles.
Alphabet-owned Waymo has made its name with its robotaxi service, the only one currently operating in the U.S. Its vehicles, including Jaguars and Hyundai Ioniq 5s, have logged tens of millions of autonomous miles on the streets of San Francisco, Los Angeles, Phoenix, and Austin.
But shifting to personally owned self-driving cars is a much more complex challenge.
While safety regulations are expected to loosen under the Trump administration, the National Highway Traffic Safety Administration (NHTSA) has so far taken a cautious approach to the deployment of fully autonomous vehicles. General Motors-backed Cruise robotaxi was forced to suspend operations in 2023 following a fatal collision.
While the partnership with Toyota is still in the early stages, Waymo says it will initially study how to merge its autonomous systems with the Japanese automaker’s consumer vehicle platforms.
In a recent call with analysts, Alphabet CEO Sundar Pichai signaled that Waymo is seriously considering expanding beyond ride-hailing fleets and into personal ownership. While nothing is confirmed, the partnership with Toyota adds credibility—and manufacturing muscle—to that vision.
Toyota brings decades of safety innovation to the table, including its widely adopted Toyota Safety Sense technology. Through its software division, Woven by Toyota, the company is also pushing into next-generation vehicle platforms. With Waymo, Toyota is now also looking at how automation can evolve beyond assisted driving and into full autonomy for individual drivers.
This move also turns up the heat on Tesla, which has long promised fully self-driving vehicles for consumers. While Tesla continues to refine its Full Self-Driving (FSD) software, it remains supervised and hasn’t yet delivered on full autonomy. CEO Elon Musk is promising to launch some of its first robotaxis in Austin in June.
When it comes to self-driving cars, Waymo and Tesla are taking very different roads. Tesla aims to deliver affordability and scale with its camera, AI-based software. Waymo, by contrast, uses a more expensive technology relying on pre-mapped roads, sensors, cameras, radar and lidar (a laser-light radar), that regulators have been quicker to trust.

Read more
Aston Martin DBX S is the world’s most powerful SUV, if you ignore electric
Aston Martin DBX S

British brand Aston Martin has unveiled what it is the most powerful non-electrified SUV on the market in the DBX S. The new flagship SUV blends the dynamism of the DBX 707 with engine enhancements derived from the Valhalla supercar, to deliver what the company is promising to be a more engaging drive through increased power, reduced weight, and a more assertive design.

The DBX S continues Aston Martin’s tradition of using the ‘S’ suffix to denote higher-performance versions of existing models – something it first did back in 2004 with the Vanquish S. 

Read more
I drove 500 miles with Android Automotive, here’s why every car needs it
Google News on Android Automotive on the Chevy Equinox 2025

The worlds of smartphones and cars have long been colliding, as Google and Apple have prioritized building new experiences with CarPlay and Android Auto, respectively, even as carmakers have continued to develop their own infotainment experiences. 

Despite the success of Apple CarPlay and Android Auto, both platforms have key issues, namely that they run on top of the car’s operating system, which means they lack the tight integration that yields the best experience and rely on your phone for certain functions. To address these issues, both companies have also been developing operating systems that can power cars.

Read more