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This Small Company Creates Its Own Version of the Porsche 911 with a Slant Nose

Power and Upgrades

The German tuning atelier Indecent is preparing to release a special version of the Porsche 911 called the 020, which is inspired by the classic Slantnose model of the 1980s. The car will receive a supercharged flat-six engine with a power output of 600 hp, significantly exceeding standard figures. Additionally, carbon-ceramic brakes, Ohlins suspension, and specially made alloy wheels will be installed.

Design and Aesthetics

Indecent, known for its modifications of the Porsche 911 generations 997 and 991, has focused on creating a unique wide body and a pronounced rear spoiler. The 020 model will feature a completely redesigned front end with round LED headlights and daytime running lights located in place of the usual air intakes. The car’s hood will have large ventilation openings, and aerodynamic louvers will appear on the front fenders.

Technical Details

The front and rear fenders will be significantly wider than the standard ones, emphasizing the car’s sporty character. New side skirts, custom wheels, and a massive rear “swan neck” carbon fiber spoiler will also be installed. Besides the supercharger, the engine will be paired with a seven-speed manual transmission, providing power to the rear wheels.

Cost and Availability

The company has not yet disclosed the price of the new model or the number of units planned for production. The production volume will likely depend on demand among Porsche 997 owners willing to undertake such extensive modifications.

View this post on Instagram. A post from Indecent (@the.indecent)

This project demonstrates how modern tuning ateliers can recreate iconic designs of the past, combining them with cutting-edge technologies. The growing popularity of restyled classic models indicates that car enthusiasts increasingly value uniqueness and individuality, even if it requires significant investment. Compared to official manufacturer versions, such projects often offer bolder and more experimental solutions.

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