HO Camaro SS396 (Orange) Mega G+ Slot Car (AFX22027)

The HO Camaro SS396 in vibrant orange, modeled as the Mega G+ Slot Car, pays homage to the classic muscle car that everyone desired in 1970. Although it flaunted the 396 badge, it housed a powerful 402 engine, rated at 375HP, which was understated to appease insurance companies of the era. Regardless, this beast of a car made a lasting impression.

The Mega G+ chassis has revolutionized slot car racing, delivering unmatched speed and handling that surpasses the competition. Designed with lower and narrower dimensions, it retains the authentic feel of the original Mega G cars while ensuring a smooth and intuitive racing experience. This chassis was developed to enhance wheel-to-wheel racing, providing the sensation of driving a real car lap after lap.

The Mega G+ Race System, which incorporates the innovative Mega G+ chassis, upgraded AFX120 controllers, and an exclusive Tri-Power Pack, strikes the perfect balance of grip and speed. After years of slot car innovation and rigorous testing, this system represents the pinnacle of out-of-the-box slot car performance.

Key features of this product include the FN20 advanced power unit that is lighter, smoother, quieter, and uses 33% less energy than the previous Mega-G model. It is up to 35% lighter compared to other HO chassis and features a narrower design for a more realistic appearance. The pick-up shoes are stronger and follow the rail better for consistent power, and the center of gravity is positioned lower than competitors, allowing for confident cornering.

The exclusive extra-long tapered guide pin keeps the car on track, while level 30 neodymium ground effects magnets ensure it stays glued to the track. Crafted from super durable Nylatron, the chassis has just the right amount of flex, and the high carbon power unit brushes offer durability that outlasts composite brushes. Additionally, the new redundant power transfer system maintains a consistent power supply to the motor, enhancing both durability and drivability.