As reported by Gemballa
In the last 27 years, Uwe Gemballa has achieved the best world-wide reputation for refining Porsche cars. Now, the company manager from Leonberg near Stuttgart takes on a new challenge. The automobile manufacturer turns the most potent super sports car from Maranello, the Ferrari Enzo, into the GEMBALLA MIG-U1 – an individually produced edition, limited to only 25 cars.
The core part of the overall makeover is the entirely re-engineered aerodynamics concept by GEMBALLA. Without any exception, the manufacturer produces all components in real carbon in order to combine lowest weight with highest material strength.
Active aerodynamics for the maximum driving experience
Owing to the active aerodynamics conception, the front spoiler lip generates an additional downthrust of up to 35 kilograms at the front axle, according to the individual position. Analogically, the flap on the newly designed rear spoiler generates even up to 85 kilograms more downthrust on the rear wheels. For optimal handling results, the flap lowers, as soon as the car reaches a speed of 120 km/h. In this way, the GEMBALLA-aerodynamics concept adjusts to the outer conditions and always ensures perfect road holding characteristics. All components of the aerodynamics kit attribute to this: starting from the new front skirt with spoiler lip, over the door extensions to the diffuser and rear spoiler.
The air duct system of the GEMBALLA MIG-U1 does not only help bringing the power of the twelve-cylinder car onto the road. At the same time, the engineers from Leonberg (Baden-Württemberg) develop an extensive ventilation- and cooling concept. Here, both the front and the back wheel-houses are supplied with cooling air and this guarantees an optimal use of the high performance braking system. The outlets behind the wheels ensure that the heated air does not pile up. Moreover, the air inlets behind the doors and on the roof supply fresh air into engine compartment behind the passenger cabin. The newly designed air exhaust ducts end in and on top of the rear skirt. Their dimensions also allow the supply of an additional radiator.
In the last 27 years, Uwe Gemballa has achieved the best world-wide reputation for refining Porsche cars. Now, the company manager from Leonberg near Stuttgart takes on a new challenge. The automobile manufacturer turns the most potent super sports car from Maranello, the Ferrari Enzo, into the GEMBALLA MIG-U1 – an individually produced edition, limited to only 25 cars.
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The core part of the overall makeover is the entirely re-engineered aerodynamics concept by GEMBALLA. Without any exception, the manufacturer produces all components in real carbon in order to combine lowest weight with highest material strength.
Active aerodynamics for the maximum driving experience
Owing to the active aerodynamics conception, the front spoiler lip generates an additional downthrust of up to 35 kilograms at the front axle, according to the individual position. Analogically, the flap on the newly designed rear spoiler generates even up to 85 kilograms more downthrust on the rear wheels. For optimal handling results, the flap lowers, as soon as the car reaches a speed of 120 km/h. In this way, the GEMBALLA-aerodynamics concept adjusts to the outer conditions and always ensures perfect road holding characteristics. All components of the aerodynamics kit attribute to this: starting from the new front skirt with spoiler lip, over the door extensions to the diffuser and rear spoiler.
The air duct system of the GEMBALLA MIG-U1 does not only help bringing the power of the twelve-cylinder car onto the road. At the same time, the engineers from Leonberg (Baden-Württemberg) develop an extensive ventilation- and cooling concept. Here, both the front and the back wheel-houses are supplied with cooling air and this guarantees an optimal use of the high performance braking system. The outlets behind the wheels ensure that the heated air does not pile up. Moreover, the air inlets behind the doors and on the roof supply fresh air into engine compartment behind the passenger cabin. The newly designed air exhaust ducts end in and on top of the rear skirt. Their dimensions also allow the supply of an additional radiator.
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