Ferrari 296 GT Modificata 1:64
The Ferrari 296 GT Modificata is an extreme, track-only evolution of the 296 GT3 Evo, developed specifically for Ferrari customers participating in non-competitive events through the Club Competizioni GT program. Its twin-turbo 3.0-liter V6 produces 720 horsepower, while Ferrari has freed the car from racing regulations to incorporate more aggressive aerodynamics, enhanced cooling, and competition-derived chassis technology. What makes the 296 GT Modificata particularly unique is that it combines race-car performance without being restricted by GT racing rules, yet retains a second seat for a passenger or driving coach. Produced in extremely limited numbers, it represents Ferrari’s approach to creating a true customer race machine that doesn't have to conform to a racing series.
Ferrari 296 GT Modificata in 1:64 scale by Lookamart.
Looksmart is a premium model manufacturer known for its finely detailed 1:64 scale diecast and resin replicas, with a particular emphasis on modern and exotic automobiles, including Ferrari and other high-performance marques. Their models are appreciated for crisp body shapes, accurate proportions, detailed wheels and trim, and carefully reproduced paint schemes and graphics. Looksmart’s smaller 1:64 scale models provide collectors with an opportunity to display highly detailed versions of desirable road and racing cars while taking up considerably less space than larger-scale replicas.
Ferrari 296 GT Modificata in 1:64 scale by Lookamart.
Looksmart is a premium model manufacturer known for its finely detailed 1:64 scale diecast and resin replicas, with a particular emphasis on modern and exotic automobiles, including Ferrari and other high-performance marques. Their models are appreciated for crisp body shapes, accurate proportions, detailed wheels and trim, and carefully reproduced paint schemes and graphics. Looksmart’s smaller 1:64 scale models provide collectors with an opportunity to display highly detailed versions of desirable road and racing cars while taking up considerably less space than larger-scale replicas.
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