Short answer: For most sim racers, a load cell brake is a good choice. You can set how hard you need to press to reach full braking. Hydraulics affect how the pedal feels, while an active pedal lets you change resistance and travel in software.
When comparing sim racing pedals, it is easy to focus on the sensor's kilogram rating. It is more useful to understand what the pedal measures, how resistance is created and which adjustments you actually get.
The sensor and resistance are different things
Hydraulics, springs and elastomers affect pedal resistance and feel. In many pedal sets, a load cell measures how hard you brake, regardless of which of these mechanisms is used. Hydraulics and load cells are therefore not alternatives to each other: one is part of the mechanism, the other is the sensor.
| TERM | WHAT IT MEANS | WHAT YOU NOTICE |
|---|---|---|
| Position sensor | Measures how far the pedal moves. | You control braking through the pedal's position. |
| Load cell | Measures force in the pedal mechanism. | You control braking through how hard you press. |
| Hydraulics | Fluid and cylinders form part of the mechanism. | The feel depends on the design of the hydraulics and other resistance components. |
| Active pedal | A motor controls pedal resistance. | You can change the physical feel through software. |
Load cells: braking by force
With a position-based brake, a particular pedal position corresponds to a particular brake input. With a load cell, the load on the sensor determines the signal instead. The pedal can still move: a load cell does not mean the brake has to be rock hard.
Springs and elastomers, which are compressible rubber-like components, are often used to shape the resistance. Depending on the model, you can change how far the pedal moves and how quickly resistance increases.
A 200 kg sensor does not require 200 kg from your foot. Sensor capacity and force at the pedal face are different values. The pedal's leverage affects the relationship between them. Calibration then determines how much measured force corresponds to full braking in the game.
A firm brake needs a stable cockpit
If you intend to use high brake forces, choose a sturdy cockpit with a stable pedal plate and solid mounts. Simpler rigs with thin or poorly supported pedal plates can bend under heavy braking. The whole pedal assembly then moves as you press, making it harder to apply consistent brake inputs.
Test the brake release too
Press the brake and then release it slowly. You should be able to reduce the brake input gradually, even close to zero. This is the control you use when progressively releasing the brake during turn-in, known as trail braking.
Hydraulics: a different mechanical feel
A hydraulic pedal uses fluid and cylinders in its mechanism. Depending on the design, the hydraulics can affect both resistance and damping, often together with springs or elastomers.
Hydraulics alone therefore do not tell you how firm a pedal is or which sensor it uses. Compare pedal travel, adjustments and how the pedal feels when you press and release it. If the feel is your reason for choosing hydraulics, try the pedals first if possible.
Active pedals: change the feel without swapping parts
In an active pedal, a motor creates the resistance. For example, you can set a short, firm brake and then switch to longer travel with softer resistance using another profile.
This differs from a normal signal adjustment in software. That changes how the pedal signal is translated into brake input in the game. An active pedal can also change the resistance you actually feel under your foot.
The available settings and effects depend on the model. Effects that follow the car's ABS intervention also need the right data from the game and support in the pedal software.
Haptic feedback is not the same as an active pedal. A separate haptic accessory can produce vibrations or pulses in a conventional pedal. It does not replace the springs or elastomers that create the brake's underlying resistance.
Set up the brake before increasing the force
Check the mounting
Press the brake with the force you intend to use. The pedal plate should not bend noticeably and the seat should not slide backwards. Address any movement before increasing the brake force.
Choose pedal travel and resistance
Start with a setting that allows full braking without pulling on the wheel or moving your body. Test both heavy braking and a slow brake release.
Calibrate and check the signal
Follow the pedal's calibration instructions. Then check the game's pedal indicator: no braking with your foot off, and full braking at your chosen maximum force. Recalibrate when a mechanical change requires it according to the manual.
Two or three pedals?
A throttle and brake are enough if you do not use a separate clutch pedal. Choose three pedals if you want to drive with an H-pattern shifter and a foot clutch. Check how the cars and games you drive handle the clutch.
Check the connection
On PC, many pedal sets can connect separately via USB. Others require a connection to a wheelbase or an adapter. On console, the pedal set needs to work with both the wheelbase and the console. A USB connector does not by itself confirm console support.
Find pedals that fit your rig
Browse our sim racing pedals or contact us. Tell us your wheelbase, cockpit and whether you race on PC or console, and we will help check the combination.