Brake caliper Epytec 4-piston Porsche Boxter 986351421 996 986 Cayman 2.7 Tuning brake system front axle - Colour: Painted in colour of choice

Name: Brake caliper Epytec 4-piston Porsche Boxter 986351421 996 986 Cayman 2.7 Tuning brake system front axle - Colour: Painted in colour of choice
Brand: EPYTEC
SKU: 1212-Wunschfarbe
Price: 899.71 GBP
Availability: OutOfStock

£899.71*

Prices incl. VAT plus shipping costs

2-4 weeks Product will be made for you,

Product number: 1212-Wunschfarbe

Delivery by Friday, 04.07.2025 if you order within the next 20 Hours.

Color

Blank without color

Red with Epytec logo

Painted in the color of your choice

Product number: 1212-Wunschfarbe

Weight: 1.5 kg

Farbe: In Wunschfarbe lackiert

Your benefits

Einfache TÜV Eintragung
Qualität Made in Germany
Faire Preise ohne Zwischenhandel, du kaufst direkt beim Hersteller und Enwickler des Produktes
Weltweit Nr 1 in Sachen Tuning Adapter
15 Jahre Expertenwissen
10 Jahre Garantie

Experience impressive braking performance with this set of new Porsche Boxter 4-piston brake calipers for the front axle. These calipers are suitable for a wide range of models, including the Porsche Boxter 996 986 Cayman 2.7 and many more. In combination with our brake calliper adapters, they are the ideal choice for a high-performance brake system.

Part number:

Porsche

OE Nr.: 996351421 / 996351422 / 986351421 / 986351421 / 996.351.421 / 996.351.422 / 986.351.421 / 986.351.421

Technical data:

For brake disc thickness : 20 to 28mm
For diameter 280-330mm
Colour: colour of your choice

Scope of delivery:

1 set (1x left and 1x right) of brake callipers in the colour of your choice for Porsche Boxter 996 986 Cayman 2.7 and many others
Suitable retaining clips for the brake pads

Note:

Please note that these brake calipers will be delivered painted in the colour of your choice.

For optimal braking performance and durability, we recommend using our ARAMID ceramic brake pads in conjunction with these brake calipers. These brake pads are made of high-quality materials and offer excellent performance in all conditions.