KMC Riot Beadlock

Description

The KMC KM237 Riot Beadlock wheels are built for serious off-road enthusiasts who demand both rugged performance and striking style. Here’s a breakdown of the features and options for the KM237 Riot:

Key Features:

1. True Beadlock Construction:

   • Beadlock Ring: Made from forged 6061-T6 aluminum, the beadlock ring ensures secure tire retention, preventing de-beading and slippage even at low tire pressures commonly used in off-road situations.

2. Design:

   • Contoured Spokes: The wheel features distinctly contoured spokes, contributing to a robust look and enhanced durability.
   • Deep Concave Design: Adds to the aggressive aesthetic and provides additional strength.

3. Finishes:

   • Candy Red with Satin Black Ring: Offers a bold, eye-catching appearance.
   • Machined: Provides a classic, refined look.
   • Machined Face with Satin Black Windows and Ring: Combines a sleek machined face with contrasting black accents for a stylish, high-contrast look.
   • Satin Black with Machined Ring: A versatile finish that blends rugged utility with a touch of elegance.

4. Sizes:

   • Available in 17x9 with offsets of 0, -12, and -38, giving options for different vehicle setups and off-road requirements.

5. Fitments:

   • 5 & 6 Lug Applications: Compatible with a wide range of vehicles, providing flexibility in fitment.

6. KMC Pro Cap V3:

   • Features a metal ring for added durability and a high-quality finish.

Benefits:

• Enhanced Off-Road Performance: The true beadlock design is particularly beneficial for off-road enthusiasts who frequently run their tires at lower pressures for better traction on rough terrain.
• Aesthetic Appeal: The various finishes and aggressive design ensure your vehicle stands out on and off the trail.

When selecting the KM237 Riot Beadlock wheels, make sure to choose the right size and offset for your vehicle’s specific needs and ensure that they match your vehicle’s bolt pattern. Consulting with a professional installer can help ensure proper fitment and optimal performance.