Simucube, MOZA and SIMAGIC have turned the brake into the most interesting component on the market. We look at what an active pedal actually does, how the three approaches differ, and whether they are really worth the money. The short version - What they are: pedals with no springs or elastomers. A servo motor generates the resistance and changes it hundreds of times per second. - What they give you: ABS, traction control, lock-ups and G-forces delivered straight to your foot, plus mechanical consistency that never degrades. - What they don’t give you: free tenths. With a good load cell you are just as fast over a single lap. - The benchmark: Simucube ActivePedal. Best value: ActivePedal Pro. Price disruptor: MOZA mBooster. Budget route: SIMAGIC haptic reactors. - Non-negotiable requirement: a rigid cockpit. Without one, no active pedal is worth buying. Contents It is odd. Everyone shows off direct drive bases, ultrawide screens and aluminium cockpits that look like they came out of a Le Mans garage. Yet when the tenths that matter show up, when you need to lower your lap time consistently rather than by accident, the conversation always ends up in the same place: the pedals. And that is exactly where a technology has been quietly reshaping the market: active pedals. For months they have been the subject of arguments, split opinions and a lot of marketing. Some present them as the next evolutionary step in sim racing. Others insist they are an unnecessary luxury for people who have run out of things to spend money on. The truth, as usual, sits closer to the middle. Active pedals do not magically turn anyone into a faster driver, but they completely change the way a driver receives information from the car. And that difference, even when it does