Premium Quality 82 Inch Replacement Brake Cable High Tensile Steel Inner Core Smooth Housing Line

• Product Type: Mechanical Brake Cable Assembly
• Total Length: 82 Inches
• Core Material: High-Tensile Braided Steel
• Housing Style: Flexible Low-Friction Inner Liner Protective Outer Sleeve

Features

• Extended 82-Inch Reach: Provides an extra-long routing profile suitable for rear brake configurations, tandem bikes, go-karts, and custom vehicle frames.
• High-Tensile Steel Core: Constructed with a braided steel inner core that minimizes elongation under pressure for immediate braking response.
• Weather-Resistant Housing: Wrapped in a durable outer sleeve that shields the internal steel wires from corrosion, dirt, and moisture ingress.
• Low-Friction Operation: Internal lining ensures exceptionally smooth cable travel, reducing lever strain and operational wear.
• Pre-Terminated Ends: Outfitted with factory-fitted end terminals for precise anchoring without premature slipping or fraying.

Applications

• Bicycles & Tandems: Ideal for extra-long rear mechanical rim or disc brake configurations.
• Go-Karts & Buggies: Perfect for small motorized karts, off-road buggies, and custom project recreational vehicles.
• Electric & Gas Scooters: Direct mechanical replacement for long-wheelbase scooters requiring a rear brake line upgrade.
• Light Commercial & Yard Equipment: Suitable for various lawnmowers, utility carts, or hand-operated machinery utilizing mechanical drum or disc brakes.

Usage

• Route the brake cable housing carefully along your vehicle's frame, avoiding sharp bends or pinch points that could restrict internal movement.
• Secure the outer housing into the appropriate frame stops and lever adjustments.
• Thread the inner braided steel wire through the caliper, drum arm, or mechanical braking assembly.
• Pull the inner core wire taut to remove slack before locking down the anchor bolt tightly.
• Cut off any excessive inner wire extension and clamp on a terminal end cap to avoid fraying if required.
• Test the brake lever multiple times while the vehicle is stationary to ensure smooth actuation and optimal stopping pressure.