You've not provided any that say bombers had the best engines that rivaled fighters...
You've not provided any that say fighters engaged in combat activities on max cruise fuel settings...
You've not provided any that say fighters and bombers had the same specifications and powerplant requirements, and as such flew their engines in identical manners...
LOLOL Krusty. Ok here ya go:
I didn't make the first claim, or the second claim and wait, not the third claim you've put on me but since you seem to genuinely be interested:
After two years of this the Merlin had matured into one of the most reliable aero engines in the world, and could be run at full power for entire eight-hour bombing missions with no problems.
From here
Answers.com The same info is repeated on other sites. But instead of throwing a bunch of Googling at you and a bibliography I just picked up the phone and spoke to the "source".
Peter Pring-Shambler is the Chief Engineer at
Temora Aviation and was happy to help out. They run quite a few "living" warbirds including a Spit 8 and a Spit 16. Give him a call.
His information:
Maximum Power (100%) for these types available for 5 minutes.
Maximum Continuous Power (80-85%) available continously (by definition).
Climb Power 70%
Cruise Power 50% (some variations here but a good figure)
Economic Cruise 45%.
We focussed on the Spits but all figures are accurate within a percent or two across the board for the types and engines they run. The Operating Manuals have the specific figures but I didn't trouble him to dig them out for the sake of this BBS. The problem is overheating.
I queried him quickly on bomber types and this is where I nearly got the giggles. The requirements for lifting heavier and heavier loads brought on the fitting of extra cooling for bomber engines. They had the extra room and could carry the extra weight I presume (yes that's my assumption there). Bomber engines with the extra cooling measures could be run at maximum power settings for much longer that fighter engines. In some cases apparently it was necessary to run at 100% for long periods until enough fuel had burnt off allowing you to ease back.
There was a margin of safety in that multi engine aircraft could lose an engine and return to base after dumping the bomb load. Single engine fighters lack that option.
I look forward to the day in fso when bombers are required to operate at 100% and fighters are required to operate at 85%
Silly .... Yes! Of course it is in a computer game. I'm sure we will see the same stuff poured out again and again in the future.
Have a nice day!