Jumping from an LMGT3 car into an LMDh or LMH Hypercar in Le Mans Ultimate introduces two dashboard numbers that decide every long race: State of Charge (SoC) for your hybrid battery and Virtual Energy for your overall stint length.
Because the electric motor blends seamlessly with the combustion engine under Regulations Balance of Performance, total combined horsepower stays capped, meaning a dead battery forces the V8 or V6 to burn far more fuel and virtual energy per lap just to maintain top speed.
Qualifying deployment maps dump battery charge aggressively out of every slow corner and drain the pack within two laps. Drop your motor deployment map to Balanced (40% to 60%) before the green flag so your battery stays between 30% and 70% across the entire stint.
Lifting off the throttle for a split second before hitting the brake pedal lets the MGU harvest energy smoothly without upsetting rear-axle braking balance, saving roughly 1% to 2% Virtual Energy per lap to stretch your pit window.
When your battery reaches 100% charge, regenerative braking shuts off on the hybrid axle. Keep your brake bias a click further forward on cold tires so a sudden loss of regen drag does not catch you out at Turn 1.
Map Deployment Up and Down to Thumb Encoders
Binding Hybrid Deployment Map +/- to a rotary thumb encoder on your steering wheel lets you turn up the electric boost for a single-lap slipstream pass and click right back to your race-pace map once the pass is done.
