Max Mosley is looking to the F1 teams to make proposals on how they can cut the fuel consumption of their cars and therefore improve the image of F1 in the eyes of an increasingly environmentally conscious world. At the moment, the power produced by F1 engines is effectively capped by the formula governing engine size (2.4L) configuration (V8), maximum engine speed (19,000rpm) and restrictions on the air intake, fuel and other systems, all of which work to limit how quickly fuel (the fuel itself is also standardised) can be burned and therefore, how much power can be produced.
A radical approach to improve fuel consumption may be to scrap these rules making the engine capacity and configuration free, but to limit how much fuel a team can use in a race weekend. A starting point could be to take the average amount of fuel used per car at this year’s races and cut that by, say, 20%. Each year the fuel limit could be further cut as the cars’ fuel efficiency improves.
The removal of the engine formula would leave the teams free to decide on what engine size and configuration they want to use and opens up opportunities for creative thinking on how to produce a competitive level of performance. We could see small capacity turbocharged engines taking on bigger capacity multi-cylinder engines, rotaries, and who knows what else. This would build in some technical interest and make F1 a showcase for environmental developments in internal combustion engines once again.
It would also make the teams’ strategies for the whole race weekends more interesting. Lots of practice and qualifying laps means less fuel available for the race; fewer non-race laps allows more freedom in the race.
Not only would this open up the engines to more innovation and change, but that innovation could be directly applicable to the mainstream automotive industry. This could lead to F1 becoming a test-bed for the road cars of the future once again.
If this change was also combined with a removal of the restrictions on transmissions then even more freedom could be granted to the designers. How about a single speed engine driving through a CVT transmission? The engine could be optimised very tightly around its operating speed giving an improvement in efficiency.