VBT Aston Martin DB9 Brake Kit - 362mm 2-Piece Discs - A4 B5 - BK0011

VBT Aston Martin DB9 Brake Kit - 362mm 2-Piece Discs - A4 B5 - BK0011

The calipers included in this kit are brand new Aston Martin calipers from the DB9, these are made by Brembo and are a 4 piston caliper, infact the same caliper design that the Audi 8J TTRS / RS3 8P uses from factory. The piston sizes are matched extremely well to provide a pedal feel that is just like OEM. The calipers are offered out of the box in black, silver, grey, yellow or red with the Aston Martin logo. However we can offer these calipers in almost any colour with or without almost any logo if you choose the custom colour dropdown option above.

The VBT caliper carriers are made from steel and have steel thread inserts for strength along with a black anodised finish. The supplied front brake lines are made to our specifications in house here at AKS, using our on site HEL tooling. The lines feature stainless steel fittings and are finished in their carbon black sheathing. We can also offer these in any of the other colours available from HEL.

The 2 piece brake discs are assembled with outer rotors made by AP Racing which are of the highest quality steel and come in a grooved finish. Matched with VBT lightweight aluminium bells anodised in black, this brake disc setup is a floating 2 piece assembly and the float is in the disc bell rather than the disc. Lastly the fitting kit includes bolts that are high tensile M12x1.25 coupled with quality spring washers.

Included in the kit:
2x 4 Piston Brembo calipers
2x Caliper carriers
2x 362x32 2 piece front grooved brake discs 
1x Pair of braided front brake lines
4x Caliper to carrier bolts
4x Spring washers for caliper to carrier bolts

To complete this front brake kit you will need:
1x Set of brake pads to suit your driving style
Brake fluid to flush system when installing

Please note - We can also provide these calipers with upgraded titanium bleed nippels, if ordered at the same time we will install into your new calipers FOC - Click Here