Hennessey Venom F5

Hennessey occupies two places in the Dream Car Garage catalogue, and the Venom F5 defines what one of those places can represent. Ranked first for top speed across all 600 cars, with a catalogue position that reaches 500 km/h, it is a car whose identity is shaped by a single exceptional figure. Its power position reinforces that distinction, ranking second overall with 1,817 bhp, placing it in the top 1% of the collection.

The Venom F5’s contribution to the Hennessey presence in this catalogue is a hypercar built around extreme performance measurements. Its 6.6-litre twin-turbocharged V8 sends 1,617 Nm of torque through rear-wheel drive, creating a specification that sits apart even within a catalogue of 600 cars. A V8 layout is shared by 216 cars in the collection, but only 132 combine a V8 with RWD, and 86 are twin-turbocharged V8 cars. Those numbers show that the Venom F5 occupies a focused corner of the garage, where engine format and drivetrain choices meet a very specific performance target.

Its acceleration adds another layer to that position. A 0 to 100 km/h time of 2.65 seconds places it 37th in the catalogue, meaning it is quicker than 563 of the 600 cars listed. That makes the Venom F5 more than a top speed statement, with its performance extending across the measures used to compare the collection.

The ownership proposition is equally distinctive. With a used price of £2,100,000, it ranks 39th most expensive in the catalogue, costing £1,156 per bhp. For a collection built from 600 choices, that relationship between price and output gives the Venom F5 a clear place as a high-performance decision rather than a conventional addition.

As a USA car from Hennessey, the Venom F5 also represents a small part of the catalogue’s national spread, with 31 of the 600 cars coming from the United States. The result is a car that brings a very specific character to a dream garage: a collector choice for someone who wants the centre of attention to be measurable performance, where top speed, power and a highly focused specification define the role it plays.