McG wrote:Why don't you guys actually go and read the article? Instead you are making yourself look really stupid and I bet it's not the first time.
I think it is rather stupid to believe in the words of this interview and not to read between the lines...
McG wrote:Alonso said they are going to turn it up in the first couple of races and see where they are at in terms of performance. He said that it's a long season so even if they get a DNF they will at least know where they are at in terms of how far they can push the engine before it pops.
This is nonsense. You never want to push the engine "until it pops", as you need to dig through multiple damage in this case. You always want an engine at the end of its lifetime to see the wear if you want to improve its lifetime. So this is where you need testing: During testing you run the engine on a plan to finish it during and when you see something strange in the data you stop the car and doublecheck the data. If you think you have already reached the point where the engine might fail soon, you stop running. But if your plan is good, this is already late in the afternoon and does not hurt your plan.
The engine exchanges McLaren (and the other teams) did during the test looked pretty much like this.
What Alonso says does not make sense at all: You can not just stop running during a race to check the engine and as you will always suffer penalties you can not just go out and swap race engines.
Making reliability improvements like Alo is proposing for the season is only possible on the bench test. But this is not the same data you can get from running the engine in a F1 car.
McG wrote:
Could they have pushed until it popped in testing? Yes but then they wouldn't have all the data that running hundreds of laps allows.
Except for aero testing and car setup running the engine not in race mode does not give usable data. You can not even work on the ERS deployment if you are not running the engine at full power. And aero testing or setup work does not need 100 laps.
So to me it looks like they did not do usable race simulations to get good reliability data from the engine. This tells me, that they are to far away from what they would call a "race mode" and the engine would blow up too fast if they would run it like they want it to run. So further engine work like working on the deployment during the test is useless.
The only positive thing I can see is that they seem to be confident to improve...