Track Tuning / Dubai Autodrome · UAE
Motor City · UAE
Dubai Autodrome presents a unique calibration challenge — long acceleration zones, heavy braking events, technical infield sections, and consistently high ambient temperatures. The environment itself becomes a major factor: high intake air temperatures, elevated oil and coolant temperatures, and sustained thermal load directly influence how the engine must be calibrated to remain fast and consistent.
Character of the lap
For the primary power zones — the main straight, the run between Turns 3–6, and the back straight leading into the final sector — the calibration supports strong top-end performance with controlled boost and ignition strategies.
These sections allow for higher torque request and increased boost targets, but everything is managed around thermal stability. In hot conditions, uncontrolled boost or aggressive ignition will quickly lead to heat saturation and performance drop-off. The focus is on sustainable power rather than perceived peak output.
The technical sections require a completely different approach — shaped torque, controlled response, and tight thermal discipline.
Lap zones
Heavy braking · traction-limited exit
One of the most important corners on the circuit.
I shape torque delivery to avoid aggressive ramp-in on exit, allowing earlier throttle application without overwhelming rear traction. The goal is controlled, usable torque rather than peak output.
Flowing transition
Partial-throttle precision.
Throttle mapping and torque request are refined so partial pedal inputs result in linear, repeatable torque delivery, avoiding any surge that could upset the car mid-transition.
Tight infield · direction change
Where overly aggressive calibrations become unstable.
Reduced torque spikes, smoothed boost response, tight control of load targeting. The car must remain composed during transitions, with no oscillation in boost or throttle behaviour.
Slow-speed onto straight
Traction-critical exits.
Low-RPM response and a flat torque curve. The driver can apply power early and consistently, maximising exit speed onto the straight without intervention.
Thermal management
A defining focus at Dubai Autodrome is thermal management under extreme ambient conditions. High track temperatures significantly increase intake air temperature and reduce charge-air density, which directly affects power consistency. The calibration incorporates adaptive strategies for boost, ignition and lambda to maintain performance while protecting the engine. Cooling system behaviour, knock control sensitivity and component protection thresholds are all considered to ensure repeatability over multiple laps — not just a single run.
Calibration strategy options
A single “perfect hot lap” calibration integrates everything into one continuous strategy. For more control, a multi-map setup can be configured.
Strategy 1
Designed for the main straight and high-speed acceleration zones. Increased boost targets and torque request, with ignition optimised for strong top-end performance — but always accounting for high ambient temperatures.
Strategy 2
Focused on the infield and traction-limited sections. Reduced peak torque, smoother boost onset and a flatter torque curve, combined with conservative thermal strategies to maintain consistency during extended sessions.
Strategy 3
Although wet conditions are uncommon in this climate, the strategy remains available. Softened torque delivery, smoothed throttle mapping and reduced boost response to prioritise stability and traction if conditions change.
Motor City · UAE