Daytona Automobil is thrilled to present an exceptional 2008 Porsche 997 GT3 RS, a pinnacle of automotive engineering and design. This extraordinary vehicle has been preserved in a near-new condition, with a remarkably low odometer reading of just 6,000 km, reflecting its meticulous care by a single owner since its delivery.

Originally destined for the Italian market and delivered by Porsche Torino on March 20, 2008, this GT3 RS stands out not only for its pristine condition but also for its unique provenance, having been owned by a leading international car designer. This vehicle boasts a range of selected options, including a tinted windscreen top strip and the Sport Chrono package, enhancing its sporty driving experience with features like improved throttle response and firmer damping, complemented by a stopwatch with a black face.

Despite its limited use, this Porsche has been maintained with utmost diligence, documented through regular service intervals noted in its service book. A testament to its rarity, only 1,106 units of this model were produced worldwide, making it a coveted collector's item. The GT3 RS is engineered for the racetrack, featuring a lighter frame, wider tracks, and specialized aerodynamics while maintaining serenity in everyday traffic. Its 415 hp 3.6-liter 6-cylinder engine propels it from 0 to 100 km/h in just 4.1 seconds, reaching speeds of up to 310 km/h.

This model is distinguished by its racing heritage, designed as a homologation model for various racing series. The 997 GT3 RS is lighter than its GT3 counterpart, thanks to its carbon fiber wing, steel engine cover, and other weight-saving measures, achieving an impressive power-to-weight ratio.

This particular car is extra equipped with:
- Tinted windscreen top strip
- Sport Chrono package
- Pre-installation for vehicle tracking system

Destined for collectors and enthusiasts alike, this Porsche 997 GT3 RS offers the exhilarating thrill of a pure driving machine and the opportunity to own a piece of automotive history in rare condition.