ItemOracle

Best ATV Mud Tires for Off-Road Racing (2026)

We ranked options by size fitment coverage, knobby tread design suited for mud racing, construction (ply rating/tubeless), and overall value across the SUNF tire lineup

This roundup covers ATV mud tires suited for off-road racing, focusing on knobby tread patterns, ply construction, and common ATV/UTV sizes used in competitive conditions. Selections were made by comparing fitment ranges, tread design, and value across comparable SUNF knobby tires to highlight options that balance traction and durability

Top Picks

  1. 1
  2. 2
    SUNF 23x7-10 UTV/ATV Knobby Sport Tires (2) A027

    SUNF 23x7-10 UTV/ATV Knobby Sport Tires (2) A027

    SUNF • ★ 4.2/5 • Mid-Range

    ATV/UTV tires in a 23x7-10 size set of 2 with 6-ply construction and shoulder traction technology for versatile off-road grip. Customers report good traction and durable performance across mud, sand, and rough tracks

    • 6-ply construction
    • advanced shoulder traction technology
    • all-terrain performance
    Check current price on Amazon →
  3. 3
  4. 4
  5. 5
  6. 6

Buying Guide

Match tire size to your rim and vehicle

Confirm the tire designation (for example 21x7-10, 23x7-10, 22x7-11, 20x10-9, 20x11-8) matches your ATV/UTV rim width and diameter to ensure proper fit and handling

Choose tread type for mud traction

Knobby, open-lug designs provide bite in soft mud and loose terrain—prioritize aggressive lug spacing for racing-focused mud performance

Consider ply rating and construction

Higher ply or reinforced construction increases puncture resistance and sidewall support during high-load racing maneuvers; look for 6-ply or similar specs for heavier use

Prefer tubeless compatibility when possible

Tubeless-capable tires simplify repairs and let you run lower pressures for improved traction without inner tube pinch risks

Balance cost with expected lifespan

Evaluate value by comparing brands and sizes—budget-friendly knobby sets can offer strong traction, but factor in wear rates and replaceability over time