Video: The Air Force Uses Teslas to Chase the U-2 Spy Plane

The U-2 spy plane cannot land without a car racing alongside it on the runway, radioing the pilot’s altitude down to the final foot — and for decades, that job went to genuine muscle cars pulled into government service. This clip captures the aircraft’s dramatic departure from RAF Fairford, with the very vehicle waiting for its return parked just out of frame. Watch to see what the Air Force trusts with landing a Cold War-era spy plane today.

For most of its history, the U-2 spy plane has needed a getaway driver. Not because anyone is chasing it — because the plane itself cannot land without help, and the vehicle the Air Force has trusted with that job over the decades reads like a muscle car enthusiast’s fantasy garage. This clip captures the U-2 doing what it does best, climbing away from RAF Fairford in the kind of dramatic departure that has pilots describing it as flying a glider bolted to a jet engine. What is idling on the runway waiting for this exact aircraft to come back down is the part almost nobody watching ever thinks to ask about.

Why a Spy Plane Needs a Chase Car At All

The U-2’s design is where the problem starts. Built with glider-like wings spanning roughly 105 feet to sustain flight at altitudes above 70,000 feet, the aircraft sits so low to the ground and gives the pilot such a restricted view over its long nose that judging the final few feet of altitude during landing is nearly impossible from the cockpit alone. Add a bicycle-style landing gear — two wheels in a straight line front to back, rather than the wide stance of a normal aircraft — and the margin for error on touchdown shrinks even further. The Air Force’s solution has never been a better cockpit view. It has been a car.

⚑ Featured Gear

Start Car Conversations →

As an Amazon Associate I earn from qualifying purchases.

The Job: Radio a Pilot Down to the Runway

During every U-2 landing, a chase car races down the runway alongside the descending aircraft, with a second pilot inside calling out altitude in feet over the radio as the plane flares out — ten feet, five feet, three feet, two feet, one foot — talking the pilot down to a touchdown they genuinely cannot judge for themselves. That means the chase car has to keep pace with a jet on its landing roll, hold a tight line beside the runway edge, and do it reliably in all conditions, which turns out to be a surprisingly demanding job description for a car normally used to shuttle a base commander around.

Decades of Muscle Cars Doing Government Work

For most of the U-2 program’s history, that job went to genuine performance cars pulled into government service — Pontiac GTOs and Chevrolet Camaros were both used as U-2 chase vehicles at various points, chosen specifically because they could match the acceleration and top speed the job demanded without breaking a sweat. It is a detail that rarely makes it into standard Cold War aviation history, but it means some of the most storied nameplates in American muscle car history spent part of their working life as government-owned chase cars, painted in plain fleet colors and driven flat-out down active runways instead of drag strips, with a second pilot leaning out the window calling altitude instead of a Christmas tree lighting up at a dragstrip.

Why the Air Force Eventually Switched to a Tesla

More recently, U-2 units — including the wing based at Beale Air Force Base in California — added the Tesla Model S P85D to the chase car fleet, and the reasoning tracks directly back to the job description above. The Model S’s instant electric torque let it match a landing U-2’s speed without the lag of a traditional engine winding up through gears, its top speed and acceleration were more than adequate for the role, and unlike a V8-powered chase car, it did not need to be refueled or serviced with the same frequency during high-tempo flight operations. It is a rare case of an electric sedan being selected for a job traditionally filled by American muscle, and it says something about how seriously the Air Force takes even a decades-old support role that most people never knew existed.

The Chase Car in This Specific Footage

This clip’s own description points viewers toward the chase cars visible during the pre-flight checks, encouraging a close look at exactly how they operate as the U-2 prepares to depart RAF Fairford — one of the aircraft’s regular European operating locations. Watching a chase car take up position before takeoff is really watching half of the landing procedure rehearsed in reverse, since the same vehicle, and often the same driver, will be waiting on the runway when this exact aircraft comes back down.

A Plane That Climbs Like the Comments Say It Does

Viewers in the comments have zeroed in on just how steep and fast the U-2’s initial climb looks on departure, and the aircraft earns that reaction honestly — with a thrust-to-weight ratio built for reaching altitudes most aircraft never approach, a lightly loaded U-2 can climb at a rate that looks almost vertical from the ground. That same design, optimized entirely for high-altitude performance over low-speed stability, is exactly why the aircraft is so difficult to land and why the chase car program has never gone away, no matter what has been sitting in the driver’s seat.

Why This Still Matters to Muscle Car Fans

The U-2 chase car program is a reminder that some of the most demanding automotive jobs never happen on a track or a drag strip at all. A GTO, a Camaro, or a Tesla tasked with keeping pace alongside a descending spy plane is being asked to do something few civilian drivers ever will, and the fact that the Air Force kept turning to genuine performance cars to do it says as much about those cars’ real-world capability as any quarter-mile time ever could.

A Spy Plane With a Six-Decade Service Record

The U-2 itself has been flying reconnaissance missions since 1955, and its most famous moment came in 1960 when pilot Francis Gary Powers was shot down over the Soviet Union, turning a previously secret program into international news overnight. More than six decades later, the same basic airframe — continually upgraded but fundamentally unchanged in its need for a chase car on every landing — remains in active service with the U.S. Air Force, a rare case of Cold War-era hardware that never fully retired. That kind of longevity is exactly why the chase car detail still matters: it is one of the few parts of the program that has stayed constant while almost everything else about the aircraft’s mission has changed.

Hit play on the full video and share your take in the comments below.

Share your thoughts in the comments below.

Republished by Blog Post Promoter