The KAMM Porsche 912c Restomod is a lightweight custom version of the Porsche 912, with the entire body made from carbon fiber. Weighing only 699kg, it is 300kg lighter than the original version.
The Porsche 912 is a variant of the 911 series, produced from 1965 to 1969. Despite being discontinued for a long time, the 912 still attracts the attention of many collectors and vintage car enthusiasts. Recently, KAMM, a tuning company based in Budapest, has caught the attention of car enthusiasts with a unique customized version called the Porsche 912c Restomod.
This is not the first time KAMM has announced a customization project based on the Porsche 912. In this project, the modified car is further upgraded with a body completely made of carbon fiber, enhanced aerodynamics, carbon fiber wheels, a new interior space, and a more powerful engine.
The KAMM Porsche 912c Restomod weighs only 699kg, which is 300kg lighter than the original version and 51kg lighter compared to the previous customized version. Additionally, this car has a nearly 50-50 weight distribution thanks to the addition of lightweight materials at the rear.
In terms of performance, this modified car is equipped with a naturally aspirated 2.0-liter 4-cylinder boxer engine with a power output of 190 horsepower, nearly double the power of the original 912.
Inside the car, the KAMM Porsche 912c Restomod features leather seats, upgraded air conditioning and sound systems, and modern connectivity features.
According to KAMM, customers can customize almost all the details of both the exterior and interior of this car, including paint color, wheel design, seat upholstery material, and interior design.
As a customized version based on a rare vintage car, the Porsche 912c Restomod does not come cheap, with prices ranging from 350,000 to 393,000 USD (approximately 8.7 – 9.7 billion VND). This figure is several times higher than the listed price of a modern 911, which ranges from 113,000 to 120,000 USD (2.7 – 2.9 billion VND).
Thái Son (Tuoitrethudo)
Reference: Motor1