Wild Boar Semi‑Metallic Rear Brake Shoes for Honda XR250R / XL250 / NX250

OVERVIEW

Wild Boar semi-metallic rear brake shoes restore reliable stopping power for vintage Honda off-road and dual-sport models. Designed for safe deceleration across varied terrain, these components replace worn drum assemblies using a composite friction material engineered for long-term durability and consistent pedal feedback.

ENGINEERING & PERFORMANCE

A semi-metallic compound incorporating Kevlar and carbon fibers delivers strong initial bite and improved heat dissipation during hard stops. This formulation reduces brake fade on descents and extends service intervals compared to outdated replacements. Asbestos-free manufacturing supports cleaner operation without compromising surface contact or durability.

KEY FEATURES

• Semi-metallic rear brake shoes
• Kevlar and carbon-fiber blend compound
• Asbestos-free construction
• Strong braking performance for general and utility use
• Includes spring set
• Sold per pair (per wheel)
• Manufactured in Taiwan
• Direct replacement for specified Vintage Honda drum systems

TECHNICAL SPECIFICATIONS

• Brand: Wild Boar
• Part Name: Rear Brake Shoes
• Component Type: Rear Brake Shoes
• Material: Semi-metallic Composite (Kevlar and Carbon-Fiber)
• Origin: Taiwan
• Support Years: 1978–1990
• Compatible Models: Honda XR250R, XL250, NX250, XL350R, XL250 Pro Link, XL250R, XR250, XL250S

FITMENT

• 1978–1980 Honda XL250S
• 1979–1980 Honda XR250
• 1981–1982 Honda XR250R Pro Link
• 1982–1987 Honda XL250 Pro Link
• 1982–1987 Honda XL250R
• 1983 Honda XR250R
• 1984–1985 Honda XL350R
• 1988–1990 Honda NX250

WHY RIDERS CHOOSE THIS

Riders select these Wild Boar brake shoes to regain predictable modulation and thermal stability on vintage Honda platforms. The reinforced Kevlar matrix prevents fade during sustained dragging or hill climbs while preserving the linear feel required for controlled off-road maneuvering. The inclusion of new springs ensures correct shoe positioning and release, contributing to immediate reliability upon installation.