Mercedes-Benz 300 SEL AMG Red Pig 1969 (PBR)

The Mercedes-Benz 300 SEL AMG "Red Pig" (1969) is an iconic racing car that marked the beginning of AMG’s motorsport legacy. Based on the luxurious 300 SEL 6.3, this heavily modified version transformed a comfortable sedan into a high-performance race car, gaining fame at the 1971 24 Hours of Spa. Its distinctive wide-body stance, flared wheel arches, and bold red paintwork gave it the nickname "Red Pig."

The car features an aggressive aerodynamic design, with an extended front bumper, lightweight aluminum panels, and wider track width for improved stability. Under the hood, the original 6.3-liter V8 engine was extensively tuned by AMG, increasing displacement to 6.8 liters and pushing out around 428 horsepower—a remarkable figure for the time. This power allowed the heavy sedan to compete against lighter, more nimble race cars, showcasing AMG’s engineering prowess.

The interior was stripped down for racing, replacing luxury materials with lightweight racing seats, a roll cage, and essential gauges. The suspension was modified for high-speed cornering, while massive racing tires and upgraded brakes ensured better handling and stopping power.

The 3D model of the Mercedes-Benz 300 SEL AMG Red Pig is meticulously designed to reflect every detail of this legendary racing machine. The bodywork accurately captures the wide fenders, bold front grille, and aggressive stance, while the textures recreate the signature red paint with period-correct racing decals and sponsor logos.

The engine bay is intricately detailed, featuring a realistic V8 engine model with AMG modifications, including visible components like intake manifolds, exhaust headers, and cooling systems. The interior is faithfully recreated with a simplified racing cockpit, featuring a roll cage, stripped-down dashboard, and classic racing dials.

Lighting and material properties are carefully mapped, ensuring the chrome accents, glossy paint, and matte racing elements behave realistically in various lighting conditions. The model is optimized for high-quality rendering, with smooth topology and well-defined textures for seamless integration into games, simulations, and automotive visualizations.