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NCA 2008 Gallery

NCA Gallery No. 1

NCA 2008 Report

Mini Mania Open House and Lawn Party
by Jerry (Siddhartha) Bradbury
What can transform a peaceful sylvan lawn in Gold Country into a carnival overnight? The annual Mini Mania Open House and Lawn Party of course! Those who were there got to see first hand all the eye candy, but for those who were not, the Mini's ranged from an electric Moke to a VTEC powered Classic, to Randy Steven's tricked out CVT to Robert Holt’s Purple Haze convertible to three full on Mini race cars: my sprint car, Jacques Andres' enduro car and Eric and Colin Herricks's rally car, and many in between.
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Race Report -USTCC

Infineon Raceway, April 11, 2008.
by Jerry (Siddhartha) Bradbury
My Mini has a new setup for this race. Speed parts from my sponsor Mini Mania have been added by my sponsor Bay Bridge Motors and USTCC sponsor Nitto has provided four brand new NT 01 tires. This will be my first official race with the US Touring Car Championship and I look forward to hitting the grid with more horsepower and quicker lap times.
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MINI Clubman Review

Published: 21st April 2008
The new MINI was launched in 2001, to much acclaim. Although bigger than the original Mini, what it lacked in rear legroom, it made up for in unusual styling and a vast array of personalisation elements, much loved by a local estate agent.

The MINI Clubman has the same raft of options but its main benefit is the extra length, which should make rear passengers happier.
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STAGE 2 BRAKE UPGRADE KIT PERFORMANCE - MINI COOPER AND S
 
Upgrade your brakes on your 2007+ R56 MINI Cooper and Cooper S with JCW's performance slotted and drilled front rotors and the EBC Redstuff performance ceramic brake pads front & rear. This kit will also fit 2008+ R55 MINI Cooper and Cooper S CLUBMAN, and your 2002 - 2006 MINI Cooper.

Cooper kit includes two new Caliper Brackets to accept the larger rotors.

Cross-drilled for enhanced performance, these JCW ventilated front brakes rotors always provide immediate response with plenty of bite.

Redstuff Ceramic - 3000 Series Performance Brake Pads - For Highly Tuned Cars and Fast Street.

This material is a Kevlar® fibre based brake compound enhanced with ceramic particles. Updated from the previous generation pre-ceramic compound, this material is light years ahead. It lasts longer, it brakes better and is quieter. Being a hard wearing pad, bed-in times can be as long as 1000 miles and drivers must be patient until the pad takes up the shape of their disc (brake rotor).

This is a truly impressive fast road pad for repeated heavy braking. It emits far less dust than semi-metallic pads and has been proven to stop a passenger car/sedan/sport compact/hot hatch 13 metres quicker than OEM pads from 100mph/160kph. Features EBC Brake-In surface coating which conditions rotor surface and accelerates pad bed-in. Nominal friction coefficient 0.5 with approx. 50% dust reduction compared to other pads.

Features:
* High Initial Brake Effect
* Strong Resistance To Fade Under Load
* Reduced Rotor Wear
* Low Dusting Of Wheels
* Shimmed; Chamfered; And Slotted
* Features EBC Brake-In Coating For Fast Break In
* Zero Noise And Extended Lifetime
* Accepts factory brake wear sensor

NOTE:
Brakes are a safety critical part of your vehicle and should be installed by a competent mechanic following vehicle manufacturers installation procedure. The surface of these brake pads is coated with a red coating known as BRAKE-IN. This coating helps your newly installed brake pads to 'seat' or bed-in quickly. However, pads should be used gently for the first 100 miles until optimum braking is observed. Being a hard wearing pad, bed-in times can be as long as 1000 miles and drivers must be patient until the pad takes up the shape of their disc (brake rotor).

NOTE:
Follow manufacturers instructions for 'bedding in' new pads.
Not for track use.

For 2007+ MINI Cooper and Cooper S Hardtop and the 2008+ R55 MINI Cooper and Cooper S CLUBMAN. Select model from the pull-down menu.

MINI recommends the brake fluid be replaced every 2 years. See ATE Super Blue for replacement brake fluid. ATE Super Blue is a high quality performance fluid that will last much longer than the standard DOT4 fluid. This is an ABS friendly fluid.

ATE® Super Blue has a dry boiling point of 536F and a wet boiling point of 396F which far exceeds standard brake fluids meeting the DOT 4 requirements. This fluid is NOT SILICONE and is compatible with conventional brake fluid. 100% synthetic fluid is specifically designed to resist the high temperatures of racing brakes and yet very suitable for daily driving.

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Removing the Mystery from Brake Pad Bed-In

by Matt Weiss of StopTech and James Walker, Jr. of scR motorsports

In order for any brake system to work optimally, the rotors and pads must be properly bedded-in, period. This process can also be called break-in, conditioning, or burnishing, but whatever terminology you choose, getting the brakes properly bedded-in and keeping them that way is critical to the peak performance of the entire brake system.

However, understanding why the rotors and pads need to be bedded-in is just as important as the actual process. If one understands what is happening during the bed-in process, they can tailor the process to specific pads, rotors, and/or driving conditions. For this reason, we present this generic bed-in overview pertaining to all brake systems, but follow with links to application-specific bed-in procedures to fit most every set of circumstances.

What is brake pad “bed-in” anyway?

Simply stated, bed-in is the process of depositing an even layer of brake pad material, or transfer layer, on the rubbing surface of the rotor disc. That's it. End of discussion. Ok, not really, but although bed-in is quite basic in definition, achieving this condition in practice can be quite a challenge, and the ramifications of improper or incomplete bed-in can be quite a-a-n-n-o-o-y-y-i-i-n-n-g-g.

Abrasive friction and adherent friction

There are two basic types of brake pad friction mechanisms: abrasive friction and adherent friction . In general, all pads display a bit of each, with abrasive mechanisms dominating the lower temperature ranges while adherent mechanisms come more into play as pad temperature increases. Both mechanisms allow for friction or the conversion of Kinetic energy to Thermal energy, which is the function of a brake system, by the breaking of molecular bonds in vastly different ways.

The abrasive mechanism generates friction or energy conversion by the mechanical rubbing of the brake pad material directly on the rotor disc. In a crystalline sense, the weaker of the bonds in the two different materials is broken. This obviously results in mechanical wear of both the pad and the rotor. Consequently, both pads and rotors are replaced when they are physically worn to their limit and are too thin to endure further service.

The adherent mechanism is altogether different. In an adherent system, a thin layer of brake pad material actually transfers and sticks (adheres) on to the rotor face. The layer of pad material, once evenly established on the rotor, is what actually rubs on the brake pad. The bonds that are broken, for the conversion of Kinetic to Thermal energy, are formed instantaneously before being broken again. It is this brake pad-on-transferred brake pad material interaction on a molecular level that yields the conversion process.

With the adherent mechanism there is much reduced rotor wear as compared to abrasive mechanism, but it's not a free lunch – pads now become the primary wear element in the braking system. And even though rotors are not mechanically worn down with adherent systems, they still will need to be replaced on a regular basis due to cracking reaching a point of failure if they are exposed to intense, repetitive thermal cycling. This is why race teams throw out rotors that are actually as thick or thicker than when they were brand new. It's due to the an adherent brake pad transfer layer!

The all-important transfer layer

As stated above, the objective of the bed-in process is to deposit an even layer of brake pad material, or transfer layer , on the rubbing surface of the rotor disc. Note the emphasis on the word even, as uneven pad deposits on the rotor face are the number one, and almost exclusive cause of brake judder or vibration.

Let's say that again, just so there is no misunderstanding. Uneven pad deposits on the rotor face are the number one, and almost exclusive cause of brake judder or vibration.

It only takes a small amount of thickness variation, or TV, in the transfer layer (we're only talking a few ten thousandths of an inch here) to initiate brake vibration. While the impact of an uneven transfer layer is almost imperceptible at first, as the pad starts riding the high and low spots, more and more TV will be naturally generated until the vibration is much more evident. With prolonged exposure, the high spots can become hot spots and can actually change the metallurgy of the rotor in those areas, creating “hard” spots in the rotor face that are virtually impossible to remove.

Bedding fundamentals

In general, bed-in consists of heating a brake system to its adherent temperature to allow the formation of a transfer layer. The brake system is then allowed to cool without coming to rest, resulting in an even transfer layer deposition around the rotor circumference. This procedure is typically repeated two or three times in order to ensure that the entire rotor face is evenly covered with brake pad material. Sounds easy, right? Well, it can be if you have the proper information.

Because the adherent temperature range for brake pads varies widely (typically 100°F-600°F for street pads and 600°F-1400°F for race pads), each bed-in needs to be application-specific. One could try to generate a one-size-fits-all procedure, but too little heat during bed-in keeps the material from transferring to the rotor face while overheating the system can generate uneven pad deposits due to the material breaking down and splotching (that's a technical term) on to the rotor face.

In summary, the key to a successful bed-in is to bring the pads up to their adherent operating temperature in a controlled manner and keep them there long enough to start the pad material transfer process. Different brake system designs, pad types, and driving conditions require different procedures to successfully accomplish the bed-in. The recommended procedures below should provide you with the information you need to select the bed-in procedure appropriate for your application.

For break-in procedure, see Stoptech's recommended procedure for Bedding In Performance Brake Systems.


Part No Applications: NMB1020, NMB1025, NMB1100, NMB1200, NMK3202, NMK3204, NMK3216, G2NMB2025, G2NMB2026, G2NMK2000, G2NMK2002, G2NMB2022, NMB2006, NMK3001, NMB2004, NMB2015, NMB1210

Article Date: Jun 23, 2008
Car Accociations: NEW_MINI
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Mini Cooper Part-NMA1049 CARBON FIBER BUMPER COVERS - MINI COOPER ONLY '02-'04 Give your '02 - '04 MINI Cooper a touch of the high-tech 'race look' with these carbon fiber bumper covers -- exclusively from Mini Mania! Genuine carbon fiber is overlaid onto fiberglass; very [ More Info]

On CLEARANCE: $164.34
List Price: $379.95
 
 
Mini Cooper Part-NMG7615 MINI COOPER CLUTCH MASTER CYLINDER OEM - COOPER AND S Factory replacement clutch master cylinder. The plastic body of this unit makes this master cylinder rather delicate and can lead to failure when clutch components fail. For your 2002-2006 R50 [ More Info]

$99.95
 
 
Mini Cooper Part-NMI1070 SHIFTER BOOT UPGRADE - LEATHER - MINI COOPER AND S Made from the finest Italian Leather, this shifter boot is a nice touch to accessorize your interior, or to repair or replace a damaged stained or discolored boot. Black Fits 2002-2006 R50 [ More Info]

On CLEARANCE: $19.95
List Price: $34.95
 
 
Mini Cooper Part-NMA7102 WHEEL WAX - ULTIMATE WHEEL PROTECTION - 8 OZ. We all know how much dust the BMW / MINI brakes generate. Here is one product designed to protect your wheels, repel brake dust, and simplify cleaning. American Racing Wheel Wax is different [ More Info]

On SALE: $18.95
List Price: $19.95
 
 
 
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