Upgrade your braking system's look and feel with AS3 Performance Venhill brake lines. Made from marine - grade stainless steel, these lines prevent hose expansion, greatly enhancing the feel and response of your brakes. Factory - tested to 1500 psi, they meet or exceed TUV and DOT standards. Unlike many other brake lines, AS3 Venhill ones have 303 stainless steel swivel unions, allowing you to adjust the banjo angle for perfect alignment on the caliper and master cylinder every time. Not only a performance boost, but with a smooth, wipe - clean PVC finish, AS3 Performance branding, and matt black banjos and bolts, they also offer a big visual upgrade over most OEM rubber hoses. They fit 2000 - 2006 Honda CB 600 F Hornet and are set up for a race configuration (2 separate lines from the master cylinder to each caliper). Features include braided marine - grade stainless steel, DuPont PTFE heat - resistant hosing, wipe - clean PVC finish, rubber grommets, improved brake feel and responsiveness, matt black banjos and bolts, stainless steel swivel unions, DOT and TUV approval, and they come with bolts and copper washers. All parts are in stock for immediate dispatch, and custom colors/orders are available upon request.
Using these AS3 Venhill brake lines is straightforward. First, make sure your bike is the 2000 - 2006 Honda CB 600 F Hornet. The lines are set up for a race configuration, with two separate lines running from the master cylinder to each caliper. When installing, use the included bolts and copper washers. You can adjust the banjo angle slightly with the stainless - steel swivel unions to get a perfect fit. For maintenance, simply wipe the PVC finish clean when it gets dirty. Keep an eye on the rubber grommets to ensure they are holding the lines in place. These lines are factory - tested to 1500 psi and are DOT and TUV approved, so you can trust their quality. If you want a custom color, just place a special order. And remember, the photos are stock photos, but the parts you receive will be correct for your model.
