Replacement Brake Levers (2) Sur-Ron LB-X / Segway X260

Reference: 98-36143

Brake Fluid Hayes DOT 5.1 (4oz)

Dot 5.1 Brake Fluid, 4 OZ Bottle. Viscosity-stable across highest range of operating temperatures. 4 OZ Size is perfect for home mechanic use. Attention! OEM Talaria / Sur-Ron and Segway master cylinder require mineral brake fluid. This brake fluid is made for the Hayes brake system!

Reference: LW-LH-103/SI

Lewis LH4/LHT Replacement Master Cylinder Oil Reservoir Cap Silver

Lewis Original replacement part.

Reference: LW-LH4-002/SI

Lewis LH4 4-Pistons Hydraulic Brake Set (Front & Rear) Silver

Reference: SH-B012/RE

Foldable Brake Levers CNC Red (2) Talaria / Sur-Ron / Segway

Folding CNC Brake lever made of 6061 T6 aluminum with anodized black surface. Stronger and lightweight. Attention! Talaria Sting MX4 - Only compatible with LBN Brake system similar to the Sting MX3 (Red Caps on the caliper)

Reference: SH-B014

Hydrolic Rear Foot Brake CNC Black Sur-Ron LB-X / Segway X260

Attention! Only suitable with LBN calipers (FAST brakes have different hose fittings) Hydrolic Rear Foot Brake CNC Black for Sur-Ron LB-X and Segway X260 Made of 6061 T6 aluminum and CNC machined. Surface Treatment: Anodized. Hydraulic master cylinder activates rear brake (replacing hand operated master cylinder). Change the brake to the foot and keep the...

Reference: SH-B025

Front 250mm Oversized Brake Adapter For DNM Fork

Required to run oversized 250mm brake disc.

Reference: 98-36141-K001-D

Brake Pads Hayes Dominion A4 Sintered (Hayes A4 Caliper)

The good friction. Speed and confidence come with better braking. Refresh or update the best brakes in the world with some new pads! Sintered metallic friction material provides maximum stopping power in wet and dry conditions.

Reference: 98-36138-K001

Hayes Dominion Replacement Brake Hose (200cm) With Banjo Kit

Hayes proprietary hose kit is reinforced with Kevlar for strength and durability. Kit includes: 200cm rear hose (can be cut shorter to use as a front hose) and all fittings.

Reference: LW-TP37

Lewis TP Series Sintered Metallic Brake Pads for LH4 Calipers

Lewis TP series brake pads are designed for more aggressive riding, These can withstand higher temperatures than regular semi-metallic pads. Harder material will wear off the disc faster but also provide stronger braking feel.

Reference: SB002

Brake Disc Adapter Galfer 203-223mm

This adapter will allow you to run a bicycle rotor up to 20mm larger than standard size. This is typically used to run the 203 / 223mm Galfer USA oversize brake rotor.

Reference: SH-B012/OR

Foldable Brake Levers CNC Orange (2) Talaria / Sur-Ron / Segway

Folding CNC Brake lever made of 6061 T6 aluminum with anodized black surface. Stronger and lightweight.

Reference: SH-B010/BK

Rear Disc Guard CNC Black Talaria Sting MX3 / Sur-Ron LB-X

Reference: LW-LP37

Lewis LP Series Semi-Metallic Brake Pads for LH4 Calipers

Lewis LP series brake pads offers a stronger braking performance in low-speed conditions, Commonly known as user friendly brake pads that are multipurpose. Good in wet and/or dry conditions.

Reference: 52110-YQ2B-0000

Replacement Front Brake Master Cylinder Sur-Ron LB-X / Segway X260

Replacement Brake Master Cylinder for Sur-Ron LB-X and Segway X260

Reference: DB007W

Front Brake Disc Galfer Wave Oversize 223mm Talaria / Sur-Ron / Segway

223mm fixed-mount Galfer rotor for mountain biking. Every high-quality, Galfer-patented Wave rotor is made from a proprietary mix of virgin high carbon 420 stainless steel, laser cut (never stamped), double disc-parallel ground to assure perfect parallel flatness and heat treated to each specific application. Seamlessly replaces stock rotor. Full...

Reference: 35530-56A30-000

Complete Rear Brake kit Magura MT5E Black Talaria / Sur-Ron / E-Ride

The radial design of the brake master ensures low friction, reducing transmission losses. It also enables the conversion of (small/large) transmission ratios, which improves modulation and control. The 4-piston brake calliper forged in one piece has a high degree of rigidity, resulting in outstanding braking force and the best possible modulation.