1937-72 Ford Car Brakes

Find brake parts and systems for 1937-72 Ford passenger cars, from individual hydraulic components to complete disc and power brake conversions. Shop front and rear disc brake kits, power brake boosters, master cylinders, proportioning valves, hoses, fittings, and supporting parts for classic Ford builds.

94 products
Master Cylinder Lid, Dual Clamp Corvette Type, Chrome - Performance Online
Performance Online (POL) POL6063
Master Cylinder Lid, Dual Clamp Corvette Type, Chrome
No reviews
$14.30
GM Proportioning Valve Fittings, AC Delco Combination Valve - Performance Online
Performance Online (POL) PVF
GM Proportioning Valve Fittings, AC Delco Combination Valve
No reviews
$54.58
1937-48 Ford Car Front Disc Brake Conversion Kit, 5-Lug - Performance Online
Performance Online (POL) WBKS3748C
1937-48 Ford Car Front Disc Brake Conversion Kit, 5-Lug
No reviews
From $558.96
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Rear Disc Brake Hose Kit, Stainless Hoses - Performance Online
Performance Online (POL) RDHKSS10MM
Rear Disc Brake Hose Kit, Stainless Hoses
No reviews
$78.03
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GM Rear Disc Brake Hose Kit, Rubber - Performance Online
Performance Online (POL) RDHKR716
GM Rear Disc Brake Hose Kit, Rubber
No reviews
From $39.59
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Vacuum Reservoir Canister, Remote Type, Power Brakes, Chrome - Performance Online
Performance Online (POL) POL9970C
Vacuum Reservoir Canister, Remote Type, Power Brakes, Chrome
No reviews
$78.26
Brake Caliper Banjo Fittings, Pr. - Performance Online
Performance Online (POL) ANBC716
Brake Caliper Banjo Fittings, Pr.
No reviews
$28.64
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Wilwood Remote Master Cylinder - Performance Online
Wilwood Disc Brakes 260-6089
Wilwood Remote Master Cylinder
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$82.56
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Brake Line Flaring Kit
Performance Online (POL) BLFK01
Brake Line Flaring Kit
No reviews
$44.92
Stainless Steel Hose Kit
Wilwood Disc Brakes 220-12296
Stainless Steel Hose Kit
No reviews
$88.88
1949-51 Ford Car Rear Sway Bar Kit
Performance Online (POL) RSBK4951
1949-51 Ford Car Rear Sway Bar Kit
No reviews
$313.35
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Brake Systems Across Classic Ford Generations

A 1940s Ford, a mid-century Thunderbird, and a 1960s Falcon may all sit under the same Ford badge, but their brake systems were built around very different chassis and suspension layouts. That makes this collection less about one type of upgrade and more about bridging several generations of Ford braking technology.

Early applications lean heavily toward complete front disc conversions, including systems for 1937-48 Ford cars, 1954-56 Ford and Mercury models, and 1955-57 Thunderbird. Later Falcon and Fairlane applications add their own spindle and suspension requirements.

Further into the system, the collection shifts from wheel-end hardware to brake control. Power boosters, master cylinders, proportioning components, Hydropower parts, and vacuum-support equipment allow the amount of assistance and hydraulic hardware to change independently from the disc conversion itself.

Rear brake products introduce one more dividing line: the axle. Ford 9-inch conversions and Wilwood systems are selected around housing and bearing configuration, meaning the rear end currently under the car can matter more than the model name on the body.

FAQ

How do I choose the right brake parts for my 1937-72 Ford car?

Start with the exact year and model, then identify the braking and suspension components currently installed. Check whether the car has drum or disc brakes, manual or power assist, the front spindle configuration, rear-end type, wheel bolt pattern, and wheel clearance. Older Fords are frequently modified, so current components can be more important for fitment than the original factory specifications.

Which Ford cars are covered by this brake parts collection?

The collection covers brake products intended for a range of Ford passenger cars from 1937 through 1972. Vehicle-specific products include applications for early full-size Ford cars, Falcon, Fairlane, Thunderbird, and other classic Ford platforms. Some products also cover Ford/Mercury applications or are universal components used across several brake systems.

Can I convert an older Ford from drum brakes to front disc brakes?

Yes, when a compatible conversion is available for the vehicle and front-end configuration. The collection includes front disc brake conversions for applications such as 1937-48 Ford cars, 1954-56 Ford/Mercury, 1955-57 Thunderbird, 1964-66 Falcon, and 1964-66 Fairlane. Always confirm spindle, wheel, bolt-pattern, and suspension requirements for the individual kit.

Are power brake booster kits available for classic Ford cars?

Yes. The collection includes vehicle-specific power brake systems such as a 1949-51 Ford full-size car booster kit and a 1952-72 Ford/Mercury power brake booster kit. When choosing a booster, check firewall mounting, pedal connection, master cylinder compatibility, available engine clearance, brake configuration, and available engine vacuum.

How do I choose a master cylinder for my classic Ford?

First determine whether the car has drum/drum, disc/drum, or disc/disc brakes and whether the system is manual or power assisted. Then check bore size, mounting configuration, pushrod requirements, outlet locations, and proportioning needs. The collection includes Ford-specific master cylinder packages as well as performance and conversion-oriented master cylinders.

How do I know which rear disc brake conversion fits my Ford?

Identify the rear end currently installed rather than relying only on the car's year and model. Ford 9-inch rear ends can have different housing ends, bearing sizes, axle offsets, and flange configurations. This collection includes Ford 9-inch rear conversions as well as a Wilwood system for the Big Torino flange, so those rear-end specifications need to be confirmed before ordering.

What should I check when combining new and existing brake parts?

Look at the braking system as a whole. Front and rear brake type, master cylinder bore, proportioning, pedal ratio, power assist, brake hoses, wheel clearance, and rear-end configuration all need to work together. If only part of the system is being changed, confirm that the new components are compatible with the parts remaining on the vehicle rather than assuming that individually compatible parts will automatically create a matched brake system.