TECHNOLOGY

United States tuner unveils SR-71-inspired Hennessey Blackbird

PUBLISHED Aug 3, 2026, 11:09 AM ET

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Media Bias Meter

Sources: 18

Center 100%

Sources: 18

U.S.-based tuner Hennessey Performance has revealed the Hennessey Blackbird, a high-performance sports car inspired by the SR-71 Blackbird spy plane. The vehicle features a naturally aspirated 6.2-liter V-8 engine paired with a six-speed manual transmission. Hennessey claims the setup delivers a top speed of 220 mph. The car’s quad-exhaust layout is modeled on the Bell X-1, the first aircraft to break the sound barrier. The Blackbird was presented in conjunction with coverage by luxury publication Robb Report, which is promoting the model through its digital channels.

By Emily Rhodes | JQJO News

Timeline of Events

On December 15 2020 Hennessey revealed the Venom F5 hypercar.
On August 3 2026 Hennessey officially revealed the Blackbird hypercar.
On August 3 2026 Motor1 published the full vehicle specifications.
On August 3 2026 media outlets detailed the new powertrain.
On August 3 2026 most production units were already allocated.
On August 3 2026 Jalopnik highlighted the analogue interior design.
On August 14 2026 Hennessey will debut Blackbird in California.
On January 1 2028 Venom F5 production will finally conclude.
On January 1 2029 initial customer Blackbird production will begin.
On December 31 2030 the brand will conclude vehicle manufacturing

News Intelligence

Automotive enthusiasts celebrate the return of fast analog performance vehicles.
Hennessey will permanently transition away from chasing ultimate speed records.
Wealthy automotive collectors and dedicated global hypercar enthusiast community members.
Readers should focus on verified performance specifications over unconfirmed rumors.

Media Bias

Articles Published:: 18
Right Leaning:: 0
Left Leaning:: 0
Neutral:: 18

Explain Framing

Left: Evidence was insufficient to determine a typical left leaning framing. Center: Center outlets focus purely on objective automotive specifications and performance. Right: Evidence was insufficient to determine a typical right leaning framing.