Lamborghini introduces Temerario, the first super sports car in the history of the Sant’Agata Bolognese-based brand to be equipped with a V8 twin-turbo engine paired with three electric motors, with an overall maximum power of 920 CV.

The Lamborghini Temerario [1] (code name 634 [2]) is an upcoming mid-engine plug-in hybrid sports car produced by the Italian automobile manufacturer Lamborghini. It was officially unveiled on August 16, 2024, replacing the Huracán .

Combining an all-new hybrid powertrain and a fresh interpretation of Lamborghini's sharp-edged style, the Temerario ushers in a new era for Lamborghini.

Hear that? That’s the sound of a new Raging Bull, ready to stampede. The 2025 Lamborghini Temerario is here, packing twin-turbocharged V-8 power and abundant electric assistance.

Aug 16, 2024 · Meet the Temerario, the successor to the Huracan that has one of the most insane powertrains we've ever seen. New Lamborghinis don't come around that often, but when they do they mean business.

Aug 16, 2024 · Automobili Lamborghini presents Temerario , the all-new super sports car equipped with a twin-turbo V8 hybrid powertrain that redefines the very concepts of performance, driving pleasure and comfort.

Aug 16, 2024 · The 2025 Lamborghini Temerario packs a twin-turbocharged 4.0-liter V-8 and a trio of electric motors. The hybrid system's total output is 907 horsepower and 590 pound-feet of torque.

Aug 16, 2024 · The Huracán replacement is here! With a radically new engine and design language, the Lamborghini Temerario breaks fresh ground. (Wait—what's a Temerario?)

Aug 18, 2024 · Read our comprehensive 2025 Lamborghini Temerario overview covering its design, performance, engine specs, interior features, and how it stacks against rival supercars

The Temerario is the first and only production super sports car engine able to reach 10,000 rpm. In order to ensure the best driving dynamics paired with best in class comfort, the Temerario sees the new Body-in-White constructed with a multi-technology aluminum spaceframe approach to withstand the higher loads deriving from the new hybrid ...