ProTek RC 83mm "Light Weight" Concave 1/8 Buggy Wheels (4)

The ProTek RC 83mm "Light Weight" Concave 1/8 Buggy Wheels are built to deliver superb performance and reliability for competitive racers. Designed completely from the ground up, these wheels set the standard in strength, precision, and handling consistency. The unique concave outer face design enhances stiffness and durability while keeping weight down for maximum efficiency. Whether you’re racing on dirt, clay, or synthetic surfaces, these wheels provide the perfect balance of performance and dependability.

Performance for Any Condition

With a commitment to serious racers ProTek RC offers several options when it comes to 1/8 Buggy wheels, making them ideal for any track condition. The standard wheel (PTK-2750) offers a concave outer face with integrated internal support ribs adding rigidity for better control on smooth, high speed tracks. In contrast the "Light Weight" wheels remove the internal ribs for a sleek smooth look, reducing any chance of mud packing up during wet track conditions. With the absence of the internal ribs these wheels are also more flexible keeping your buggy planted through bumpy or choppy sections of the track.

Precision Construction

Developed to meet the demands of our users these wheels have been painstakingly precision-molded. This extra attention to detail ensures consistent wheel roundness, reducing vibration and improving control. The concave outer face not only adds rigidity but also reduces the chance of scuffs and scrapes keeping your wheels looking in tip top shape. Designed to fit most 1/8 buggies, these wheels deliver consistent performance and durability race after race.

Features:

• 83mm diameter optimized for 1/8 buggies
• Unique concave outer face for added stiffness
• Reduced wheel scuffing/scratches with concave design
• Precision-molded for true, balanced rotation
• Offered in both standard and "light weight" options
• Designed for maximum traction and control
• Compatible with most 1/8 scale buggy tires
• Enhanced structural integrity under stress