Carbon-fibre composite survival cell
Pushrod system with inboard torsion bars and dampers
Same as front
5,000 mm (196.9 in)
1,800 mm (70.9 in)
950 mm (37.4 in)
Honda RA615H Hybrid 1.6 L (98 cu in) direct injection V6 turbocharged engine, limited to 15,000 rpm
Kinetic and thermal energy recovery systems
McLaren Racing gearbox with eight forward and one reverse gears
Honda lithium-ion batteries
702 kg (1,547.6 lb) (with driver)
Carbon discs with steel calipers
Among the most technically advanced race cars ever created, the McLaren MP4-30 is powered by a Honda RA615H . . . H as in hybrid. Power produced “conventionally” by the turbocharged, direct injection 1.6 liter, V6 engine is augmented by the F1 Energy Recovery System (ERS) which harvests thermal energy from the turbo and braking systems, and delivers additional thrust through the Motor Generator Unit. No less innovative is the MP4-30’s chassis which features an exaggerated “Coke” bottle shape around the engine and transmission, aiding airflow to the diffuser, wings and other downforce-generating devices at the back of the car which, as with all current F1 cars, utilizes the Drag Reduction System when closely following another car in order to create additional overtaking opportunities.
Thanks to the unprecedented access to McLaren’s CAD files and data, iRacing’s digital McLaren MP4-30 incorporates current Formula One technology at a level never before seen in sim racing. As a result, iRacing redesigned its engine model to incorporate the ERS and MGU as well as the accompanying energy “storage” and “depletion”. As well, implementing the DRS necessitated the creation of overtaking zones based on a competitor’s proximity to the car ahead.
In short, iRacing’s McLaren MP4-30 is the most sophisticated digital race car yet created and represents an exciting new frontier for sim racing.