Performance Brake Systems

MOV'IT Brakes Germany is leading the industry for street and race Performance and Ceramic Brake Systems. With over 1200 applications we can equip your vehicle with the best stopping power – all brakes are made to order, to your specifications and to the performance figures of your car.

Visit: www.movitbrakes.com.au for more information or Contact us directly.

In addition we are qualified BREMBO BRAKES Centre and are offering the full Brembo Brakes assortment including

- Brembo Sportline
- Brembo Turismo kits
- Brembo Gran Turismo
- Brembo Gran Turismo Racing
- Brembo Racing kits

MOV'IT PERFORMANCE BRAKING SYSTEM

Maximized break force
Excellent response characteristics
Fading resistance trough an optimized heat transfer
Higher durability of all wear parts
Long term cost savings
For street and race track

MOV'IT® PERFORMANCE CALIPERS

The heart of all MOV'IT Performance Braking Systems is the patented two-part calliper, milled from high coated, high tensile pieces of airplane aluminium. The longish design of the caliper allows for a maximized disc size, and leads to increased stiffness and a bigger contact area of the pad. The vehicle specific and progressive piston arrangement allows for an exactly equal contact pressure. This results in an equal heat transfer, reduced system temperature and enhanced durability of all wear parts.

Other important parts of the MOV'IT Brake Callipers are the MOV'IT® CROWN System, and the MOV'IT® RAPAD-X System, which allows for a quick pad exchange, without having to remove the caliper from it's fitting.

Advantages of MOV'IT® PERFORMANCE CALIPERS:

High tensile aluminium alloy
Highest stability
Maximized break force
Equal pad wear and equal heat insertion through a progressive piston arrangement
Optimized cooling through an open calliper design
MOV'IT® CROWN System
MOV'IT® RAPAD-X System

MOV'IT® PERFORMANCE BRAKE DISCS

MOV'IT® Performance Brake Discs are the result of a lengthy process. Initially they are cast, and then thermally hardened for several hours afterwards. That is followed by a finishing process, within which each cast hole is being redrilled and counters inked. The inner part of the disc contains the highly efficient MOV'IT® DDE™ System. This double directional evolving ventilation system offers a larger surface, which is the basis for the extreme heat absorption and transfer abilities. The discs therefore stay much cooler than other discs of the same size.

Advantages of MOV'IT® PERFORMANCE BRAKE DISCS:

Highly efficient DDE™ Cooling System
Maximized fading resistance
Perforated for optimal response characteristics, also on wet surfaces
Special alloy offers a high heat transfer ability

MOV'IT-CER™ CERAMIC BRAKING SYSTEM

Hard work, years of testing and intensive research got us one step closer to our dedicated goal: the perfect braking system.

MOV'IT-CER™ Ceramic Braking Systems Guarantee:

Highest braking force
Exact modulation ability
Superior fading resistance
Weight reduction of 45-50%
Direct response under wet conditions

MOV'IT-CER™ BRAKE CALIPERS

MOV'IT-CER™ Brake Calipers are specifically design to work in perfect combination with MOV'IT-CER™ brake pads and MOV'IT-CER™ friction rings.

Weight optimized, 3D-surface-cooling design, highest grade materials, staggered piston sizes, open brake pad area and a optimized brake pad retaining system ensure excellent results:

Extremely stiff brake callipers
Highest braking force
Even heat transfer
Even pad wear
Exact modulation ability
Optimized cooling

MOV'IT-CER™ Friction rings

Producing Ceramic Brake rotors is usually done in a cost-effective way. Friction layers of approx. 0,5 mm thickness are bond to a silicon carbid core which is reinforced by short carbon fibbers. This way to design a ceramic brake rotor entails some disadvantages, e.g. low thermal conductivity, little thermal capacity and poor material integrity. The result is a poor fading stability, high temperatures, excessive wear and high mechanical damage sensitivity.

In years of intensive research MOV'IT® succeeded in developing the highly sophisticated production technique CCF™ (Crossed Continuous Fibre) that allows overcoming those disadvantages ceramic brakes show in comparison to brakes made of cast iron and – at the same time – combines the advantages of both materials. Polyacrylonitrile fibre sheets are needeled together and generate a perform. The future rotors are then cut out of this perform and experience various treatments. After the final treatment, a complex high rate silicon infiltration, the MOV'IT®-CER rotor is finished. The CCF™ system guarantees high thermal conductivity, superior thermal capacity and a homogeneous material structure combined with the low weight of the carbon-silicon-carbid material.