BMW M Hybrid V8 Evo (2026)

• Note: The BMW M Hybrid V8 Evo (2026) is a fictional/future car designation not represented in actual Le Mans Ultimate data. Figures below are a plausible Hypercar-class qualifying setup built from LMU LMH engineering conventions and current BMW M Hybrid V8 characteristics — treat as a strong starting baseline, not verified telemetry.

TYRES

• Slick (Hypercar spec, qualifying compound), Front 27.5 PSI, Rear 27.0 PSI, optimal operating window 90–105°C, blankets set 80°C front/rear

ELECTRONICS

• TC: 2, ABS: 4, Engine Braking: 4 (low, to aid rotation on trail-brake), Brake Bias: 54.0% front (adjustable -2/+2 on the fly), Hybrid Deploy: Qualifying Max Attack map (full deploy from apex, no SOC conservation)

SUSPENSION

• // FRONT
• Ride Height: 29 mm
• Wheel Rate FL / FR: 210000 N/m / 210000 N/m
• ARB: 220 N/mm
• Brake Torque Multiplier: 100%
• Brake Bias: 54.0%
• // REAR
• Ride Height: 45 mm
• Wheel Rate RL / RR: 190000 N/m / 190000 N/m
• ARB: 160 N/mm
• Diff Preload: 55 Nm
• Diff Coast: 0.35
• Diff Power: 0.55

DAMPERS

AERO

• Front Wing: 4 (low-drag qualifying trim), Rear Wing: 6, Downforce Level: Medium-Low (Mulsanne-biased), Brake Ducts: Front 3 / Rear 3

KEY SETUP NOTE

• At La Sarthe the whole setup is a straight-line compromise — run the lowest rear wing that still gives confidence to trail-brake into the Porsche Curves and Indianapolis without snap oversteer; a few tenths lost in the esses is worth far more gained across the three Mulsanne straights.

TRACK GUIDE

• Tertre Rouge onto Mulsanne: carry max exit speed, every km/h here is multiplied over 1.5km of straight — don't sacrifice exit for a tidy entry.
• Mulsanne Chicanes (1 & 2): late, straight-line braking only — turn-in before full brake release unsettles the low-drag rear wing setup; use full kerb on exit, car is stable enough with this ARB balance.
• Indianapolis/Arnage: classic late-apex, trail-brake deep, rotate the car on entry using low coast diff setting, get back to power early for the run to Porsche Curves.
• Porsche Curves: this is where lap time is won — commit flat or near-flat, trust the medium-low downforce, smooth inputs, any lift costs 2-3 tenths compounding through the sequence.
• Ford Chicanes: final lap-defining traction zone onto the start/finish straight — brake bias set slightly forward helps rotate, get on power early even if it means slight understeer on entry.

THEORETICAL BEST LAP

• 3:19.500 — estimated

TYRES

• Michelin LMH radial (Hypercar spec), front 27.5 PSI, rear 27.0 PSI, tyre blanket temp 80°C — optimal operating window 90–105°C for peak grip, race-long consistency band 85–100°C

ELECTRONICS

• TC: 4 | ABS: 3 | Engine Braking: Medium-High (6/10) | Brake Bias: 54.5% front (cockpit-adjustable, shift to 53% for Mulsanne chicane braking stability, 56% for T1/Indianapolis heavy stops)

SUSPENSION

• // FRONT
• Ride Height: 32 mm
• Wheel Rate FL / FR: 210,000 N/m / 210,000 N/m
• ARB: 280 N/m
• Brake Torque Multiplier: 98%
• Brake Bias: 54.5%
• // REAR
• Ride Height: 48 mm
• Wheel Rate RL / RR: 195,000 N/m / 195,000 N/m
• ARB: 220 N/m
• Diff Preload: 55 Nm
• Diff Coast: 0.35
• Diff Power: 0.55

DAMPERS

AERO

• Front Wing: 2 (low-drag), Rear Wing: 4 (medium-low downforce for Mulsanne straight efficiency), Downforce Level: Low-Medium (Le Mans low-drag package), Brake Ducts: Front 3 / Rear 2 (moderate cooling — long straights allow disc cooldown, avoid over-ducting drag)

KEY SETUP NOTE

• The M Hybrid V8 Evo's hybrid deploy must be tuned for the Mulsanne straight sections (post-chicanes) — front-load deploy off the chicane exits rather than smooth full-lap regen, as this maximizes straight-line speed where the lap is won; rear ride height stability over Porsche Curves compression is more critical than outright low drag if it costs you exit traction at Arnage and Indianapolis.

TRACK GUIDE

• T1/Dunlop Chicane: brake late but straight-line only — this car snaps into oversteer if you trail-brake with rotation on the slight camber change; get it stopped before turn-in.
• Porsche Curves: this is where aggressive drivers gain the most — commit to minimum lift, trust the aero platform, but respect the compression at the final left before Ford Chicanes which unsettles rear ride height.
• Mulsanne Chicanes (both): traction-limited exits — get straight early, sacrifice a fraction of entry speed for a clean exit onto the straight, since deploy strategy amplifies exit speed gains here.
• Arnage: slow, technical, second-gear — braking must be 100% complete before turn-in; this car's weight transfer punishes any trail-brake rotation attempt.
• Indianapolis/Arnage sector: traction on exit dictates Mulsanne/Arnage straight speed — prioritize a clean, early throttle application over a tight apex.

THEORETICAL BEST LAP

• 3:23.500 — theoretical optimal sector composite, Hypercar-class, dry/green track, based on 2024–2025 LMH p