Simply considering that all the original iron screws have been replaced with Ergal and Titanium ones points to just how professional, precise and meticulous the work has been.
Ergal is an alloy made of aluminium and zinc. It is the lightest aluminium alloy and, from a mechanical point of view, the most resistant to impact, stress, weight and torsion.
Bodywork
The parts that make up the bodywork are made entirely of autoclaved carbon fibre. As well as gaining in terms of looks, strength and lightness, the bodywork boasts cutting-edge technology and construction materials.
The rear glass has been replaced with a custom-designed and bespoke carbon scoop to ensure maximum air extraction performance.
Seats
The seats are made of carbon and Alcantara® and weigh 2.5kg each.
Alcantara® is a Made in Italy material, one of the finest for car finishes.
Exhaust
The car's exhaust is made of titanium with 3 outlets and TIG welded in a protected chamber.
Titanium is distinguished by its high mechanical strength and lightness.
Suspensions
The ultimate in suspensions could not be anything other than Ohlins. 2-way (separate compression and rebound), a spring load dedicated to the weight of the car and appropriate calibration. The collaboration with Ohlins means that the product is perfectly tailored to the car.
WHEEL RIMS
The choice fell on designing and producing forged rims made with a CNC lathe and milling machine to obtain the lowest weight and highest possible strength.
Details
Visible or hidden details, even the smallest components have been replaced to help lighten the car, from the front and rear brake discs to the driver and passenger footrests.
Simply considering that all the original iron screws have been replaced with Ergal and titanium ones points to just how professional, precise and meticulous the work has been.
The qualities of titanium are its resistance to corrosion and its lightness with strength equal to that of steel.
Ergal is an alloy made of aluminium and zinc. It is the lightest aluminium alloy and, from a mechanical point of view, the most resistant to impact, stress, weight and torsion.