mike10972 0 Posted July 7 Hello all, Hope all is well. Now that I have seen some gameplay of My Team, I’m just wandering how significant the engine suppliers are, as I’m trying to decide for when I get the game. The Honda engine on paper is the worse at 76 reliability and 86 power , but the Mercedes which is £1.1 million more expensive is only at 93 reliability and 89 power. How significant is 76 vs 93? How significant is 86 vs 89? many thanks, mike Share this post Link to post Share on other sites
R9NALD09 43 Posted July 8 If there isn't any significance I'm going to be ******. I went for Mercedes just due to durability which I assume causes my engines to wear at a slower rate. Share this post Link to post Share on other sites
janbonator 300 Posted July 8 They really need to patch Ferrari engine performance. Last night I did some calculations based on the three speed traps in Q3 on the Red Bull Ring. It appears Ferrari's deficit comes from both drag and engine power, but if we were to account it all on engine performance, Ferrari is down 15,4% horsepower compared to 2019. 1 Share this post Link to post Share on other sites
KrazyLurt 60 Posted July 8 Their deficit is as you mentioned both engine and drag. CM hopefully will adjust the drag values and engine power of the Ferrari. Higher drag will lower the overall “Aero” score for Ferrari Share this post Link to post Share on other sites
janbonator 300 Posted July 8 1 hour ago, KrazyLurt said: Their deficit is as you mentioned both engine and drag. CM hopefully will adjust the drag values and engine power of the Ferrari. Higher drag will lower the overall “Aero” score for Ferrari I think I could roughly calculate how much it's about drag and how much about engine performance. To do this, I would need to find Leclerc's Q3 apex speeds for Turn 1, Turn 3 and Turn 10 for ´19 and ´20. Even better would be if I could also get Leclerc's speed trap data from every lap of the race both 2019 and 2020. It would still not be an exact science without engine mapping data and detailed aerodynamic modeling as the drag coefficient varies a bit on different speeds depending on the type of vortices created and interaction thereof. Anyone have a clue where to get such data? Share this post Link to post Share on other sites
