PE PEDAL BOX

PE Racing's Floor Mount Pedal Assemblies are one of the lightest in the automotive market.
Built from high-quality aircraft alloy construction with a anodized finish to last in extreme environments. The PE Pedal Box is a tight and compact design loaded with patent features.

SHOP
PE Racing Pedal Box motorsport clutch brake pedal

LIGHTER & STRONGER

Our Pedal range consists of The Billet and The Fabricated. The difference between the assemblies is the weight and the labour cost for us. The fabricated is hand made and is our lightest pedal box. The Billet is from a Alloy Billet construction.

Net frame weight excludes items such as Master Cylinders, Balance Bar & Throttle Linkage Kits. All sold separately. 

BILLET

3 Pedal Manual 2.8 kg
2 Pedal Auto 1.92 kg

FABRICATED

3 Pedal Manual 2 kg
2 Pedal Auto 1.6 kg

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FEATURES

Adjustable Pedal Face

Adjustable Clutch Pedal Ratio

Adjustable Brake Pedal Ratio

Adjustable Brake Bias

Stiff Mounting without Reinforcement

Pivot Mounting Feet

Compact Pedal Ratio

Tight & Compact

Fits a Variety of Floor Shapes & Angles

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AJUSTABLE PEDAL FACES

The PE Pedal Box range makes adjustments easy, providing you with a Pedal Box to suit your style. 

With our patent inbuilt-slots you can adjust the depth, pitch and height angle of the pedal face. This is achieved without removing bolts. Designed to make adjustments easy.

Pedals are designed to be independent of the levers, so adjustments will not effect the mechanics (master cylinder integration or linkages). Featuring adjustable pedal geometry for feel and comfort, once the kit is installed in the desired location at your selected incline angle, the desired pedal face positions can easily be set using the inbuilt adjustment slots. The mechanical advantage can also be increased by raising the pedal faces up or decreased by lowering them down.

how does a smaller pedal ratio work?

GAS/THROTTLE ADJUSTMENTS

Features inbuilt spring return and easy adjustment of the linkage geometry.

Once installed, the linkage is easily adjusted to achieve the desired cable stroke. The cable stroke length is achieved via moving the adjustable rod along the slot in the cable linkage.

Very fine settings can be achieved ranging from 30mm to 55mm stroke. The adjustable rod with rod ends allows fine motion ratios to be set to tune your gas throttle progression requirements. T

he gas / throttle pedal lever features an inbuilt stop in both directions. A permanent travel stop should be fitted to your vehicle on installation. The desired pedal face position can easily be set using the adjustment slots provided.

BALANCE BAR W/ REMOTE ADJUSTER

Remote brake bias adjustment. Our large 7/16″ balance bar operates on the principles of efficient force distribution to the front and rear master cylinders via pivoted lined bearings. The brake bias can be adjusted using the remote cable adjuster provided. If the remote cable adjuster is not desired, it can be replaced with locking nuts at your desired brake bias setting.

Balance bar included in Pedal Assembly. Bias Adjuster Cable sold separately.

MECHANICAL ADVANTAGE

The challenge we set ourselves was to reduce the overall size of the pedal assembly.

We worked on achieving equal fluid pressure & displacement to suit a wide range of motorsport disciplines.

This physical size reduction would aid in further weight reduction, whilst allow fitting in tight spaces, and assist in clearing such items as steering columns.

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CLUTCH LEVER

(Manual Version)

The clutch has an inbuilt lever stop high within the frame, minimising the risk of fouling by debris.

The desired stroke or fluid displacement is easily adjusted to suit by selecting the appropriate cylinder bore and setting the push-rod length for adjusting the effective pedal stroke.

The desired pedal face position can easily set using the inbuilt adjustment slots.

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BRAKE ANALYSIS

BRAKE ANALYSIS SERVICE

When you purchase a PE Pedal Box, you get a complementary Brake Analysis Service. The braking ability is highly important to us, as more lap gains are made through braking and cornering.

Achieving ideal brake balance is ultimately obtaining the optimum amount of braking effort which corresponds with the dynamic loads & grip level available.

The Brake Analysis is our in-house dynamic simulation that determines the ideal Pedal Box Configuration & Component Sizing.

Simply download and fill out the form, return it to info@peracing.com.au for your free Brake Analysis.

DOWNLOAD FORM

Daryl explains his Pedal Box design.

  • HOW DOES A SMALLER PEDAL RATIO WORK?

    The output fluid pressure & fluid displacement is no less than other high quality systems which utilise higher pedal ratios.

    How?

    The overall mechanical advantage is made up of several factors, mainly being mechanical advantage (the pedal ratio) & hydraulic advantage (the hydraulic ratio).

    The pedal ratio, pushrod efficiency, master cylinder travel & master cylinder bore all have an effect on the overall output fluid pressure & fluid displacement.

    This design uses a combination of reduced pedal ratio, and increased hydraulic ratio, the combined result is fluid pressure & displacement being equal to other high quality systems, just in a more compact way. We consider this a win/win.

    So pedal boxes with higher pedal ratios are not necessarily yielding a higher overall combined mechanical advantage or better efficiency. This is typically due to shorter stroke and larger master cylinder bores being used, ultimately the combined mechanical advantage remains unchanged.

  • BRAKE BALANCE

    Initially there are several variables which, when understood enable you to refine your brake balance settings effectively.
    The variables are, master cylinder bore sizes for front and rear, balance bar position, caliper selection (total piston bore areas) for front and rear, brake pad material & pad area, brake rotor diameter and thickness. All of these elements are important and the relationship between them is important to understand.

    Consult a professional as necessary prior to committing to calipers, rotors and pads. Any homework done early in the design stage of your braking system will reduce any unnecessary expense.


    It is important that both front and rear brakes have the same temperature gradient at all times. This will ensure regular & predictable front to rear braking forces are present.

    A poorly designed braking system will lock the fronts at some times and lock the rears at others. This can typically be a result of incorrect operating temperatures relative to each other. Seek professional help as required.

  • MASTER CYLINDERS

    The PE Pedal Box is designed to use smaller bore & long stroke masters than in many other quality systems.

    Our design accepts "Girling Non-Integral Master Cylinders" , or Willwood's "Compact Remote Reservoir Master Cylinders" with 1.375" stroke.

    The Genuine Girling Masters have 1.375" travel as opposed to 1.1" in many other quality systems. Our combination of longer stroke and smaller bore allows the pedal ratios to be reduced as a result, without compromising the overall mechanical advantage gained.

    As our pushrod is designed to work extremely close to the master cylinder's axis, the need for a pivoting cylinder is eliminated.

    With other high quality systems, the pushrod angle is effected by pedal/lever positioning adjustments, but not in our case. With other systems, once pedal adjustments are made, the force/pressure curve can become parabolic in nature, this generally leads to irregular bias proportioning & poor brake pedal feel.

  • WHY NOT USE THE TRUNION PIVOTED STYLE CYLINDERS?

    Our pedal lever is designed to not effect the pushrod alignment when making pedal adjustments.

    The pedal adjustments on the PE pedals are independent of the levers (all levers), thus eliminating pushrod deviation from the intended axis of travel. This design also provides for a very close to linear force/pressure curve, providing consistent bias proportioning & improved driver feel.

    A variety of cylinder bore sizes are available (5/8”, 0.7” or 3/4” ). The pedal travel can be varied by pushrod length adjustments.

    The pedal levers can be adjusted for minimised stroke (shortening the pushrod) or to go to a maximum travel of 35° for increased travel, but care should be taken to ensure no binding occurs within the master cylinders at the higher pedal travels. Increasing pedal travel increases cylinder stroke improving an overall mechanical advantage on the clutch lever. Decreasing master cylinder bore sizes further increases the overall mechanical advantage for both clutch and brake levers.

Any Questions?