Lift and coast in Formula One describes lifting throttle early before braking zones. Drivers stop accelerating sooner and allow the car to slow naturally. Reduced engine load saves fuel and lowers brake temperatures. The technique increases braking distance slightly before corners. Engineers request lift and coast when fuel or brake limits approach. Drivers still maintain reasonable pace while reducing mechanical stress. Smooth execution prevents sudden speed loss compared with normal braking. Telemetry shows early throttle lift during these conservation laps. Example Engineers request lift and coast before a heavy braking corner. The driver releases throttle earlier and allows the car to slow. Reduced engine power decreases fuel consumption across several laps. Brake systems also experience lower temperature stress during the maneuver. Drivers maintain corner speed by managing entry carefully. Teams use this method during long races requiring resource conservation. Small adjustments accumulate significant savings across many laps. Engineers analyze data to calculate the required lift duration. Drivers usually lift several meters before the normal braking point. Balanced application preserves pace while meeting fuel targets. Communication ensures the driver applies the technique consistently. Lift and coast therefore supports efficiency during demanding race conditions.
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