GMA T.50s Niki Lauda Delivers Monitor Pace That Leaves GT3 Automobiles Behind

Gordon Murray’s objective was to create a race automobile for the monitor that prioritizes driver connection above all else. This culminated within the GMA T.50s Niki Lauda, a beast of a automobile that not too long ago demonstrated its capabilities on the Bahrain Worldwide Circuit by lapping it sooner than some other GT3 race automobile has ever accomplished.

Dario Franchitti, a growth driver and racing veteran with a number of championship victories, set a lap time of 1:53.03 within the closing rounds of testing. This not solely broke the GT3 customary by greater than seven seconds, however manufacturing approval adopted instantly, with all 25 examples bought and deliveries anticipated by mid-2026.

The engine is a 3.9-liter V12 designed by Cosworth. It’s mainly a nicely made murals. They experimented with the cylinder heads, camshafts, and consumption to see what labored greatest. They even managed to suit a ram air scoop onto the roof. This yields a whopping 761 horsepower at 11,500 rpm, with 367 lb-ft of torque accessible round 8,000 rpm. This beast is each a screamer and a light-weight, weighing solely 166 kg.

When moist, this magnificence weighs slightly below 900 kilograms. The monocoque, physique panels, and the vast majority of different necessary items are manufactured from carbon fiber. The suspension is supplied with adjustable R53 dampers for compression and rebound, in addition to carbon-ceramic brakes and magnesium wheels, to cut back unsprung mass. They have been in a position to get essentially the most out of it by using slick Michelins particularly designed for circuit work.

They changed the highway automobile’s guide transmission with an Xtrac six-speed sequential gearbox. It’s not that the highway automobile’s guide was horrible, however the paddles on the brand new one ship fast, optimistic adjustments, and your entire transmission is lighter by about 5 kilograms. All of it provides as much as shifts that really feel F1-like, conserving the motive force fully targeted on the highway forward.

Then there’s the aerodynamics, with the rear fan reaching 7,000 rpm even at low speeds, pulling air via the underbody and producing a outstanding 2,645 kilos of downforce. Mix that with an aggressive entrance splitter, dive planes, a rear diffuser, and a set wing, and you’ve got a rocket that stays planted at excessive speeds irrespective of how quickly the motive force decides to push the throttle after a nook.