Sounds like the super-mileage carts we used to run!I'm sure some of y'all know this...
Early rotary engines didn't have a carburetor. There was a fuel valve, some plumbing and a (fixed) metering valve. In other words, left to it's own devices the engine would run wide ass open. that's it... off or full throttle, no other choices. The only way to control rev's was by a "blip button" on the control stick. Pushing... or "blipping" it would kill the ignition. Release it and you were back to wide ass open.
Not quiet the SR-71... but it was a stepping stone on that path.
Is that how those board track racers operated?Early rotary engines didn't have a carburetor. There was a fuel valve, some plumbing and a (fixed) metering valve

That
Yes. They had no chance at all to save that one.That sounds like it was doomed before it was even airborn.
Pilot school cost savings???It ain't "Skynet".... yet.
I'm of two minds here.
On the one hand, I love the work that went into this... the genius of it all.
On the other hand, it get's us one step closer to Skynet.
For some perspective, the F86 really came into its own in the Korean conflict, circa 1952 more or less, and served into the 70's. Super high tech for the time. On the domestic automotive front, I give you our 1954 Nash Statesman. Flathead ("L" head) inline 6 engine design, effectively unchanged since the 1930's, making about 100hp. Un-boosted hydraulic expanding shoe drum brakes, no redundancy. No power assist steering. Typical automotive level of tech at the time. And the styling- the jet fighter inspired designs of the mid-late 50's/early 60's hadn't hit yet. Quite the difference.For the “less young” among us, here’s a bit of history from the National Film Board of Canada. Their “Perspective” show was a weekly feature broadcast on TV and in theatres before the feature film of the day.
In this episode, entitled Fighter Wing, narrator Fred Davis visits No. 3 Wing RCAF base at Zweibrucken Germany in 1956 to learn about F86 Sabre operations.
It all seems a tad primitive now, with the older vehicles and ashtrays everywhere, but back then, this was leading edge stuff!
For some perspective, the F86 really came into its own in the Korean conflict, circa 1952 more or less, and served into the 70's. Super high tech for the time. On the domestic automotive front, I give you our 1954 Nash Statesman. Flathead ("L" head) inline 6 engine design, effectively unchanged since the 1930's, making about 100hp. Un-boosted hydraulic expanding shoe drum brakes, no redundancy. No power assist steering. Typical automotive level of tech at the time. And the styling- the jet fighter inspired designs of the mid-late 50's/early 60's hadn't hit yet. Quite the difference.
I had a shop install a 2 reservoir M/C in my wife's 66 Mustang. The car is otherwise stock but I really wanted that added safety factor.For some perspective, the F86 really came into its own in the Korean conflict, circa 1952 more or less, and served into the 70's. Super high tech for the time. On the domestic automotive front, I give you our 1954 Nash Statesman. Flathead ("L" head) inline 6 engine design, effectively unchanged since the 1930's, making about 100hp. Un-boosted hydraulic expanding shoe drum brakes, no redundancy. No power assist steering. Typical automotive level of tech at the time. And the styling- the jet fighter inspired designs of the mid-late 50's/early 60's hadn't hit yet. Quite the difference.
It does not matter. It’s cool. Modern cars are not.all that quick and it handles like a dump truck with a couple of flats compared to most modern cars.
Wife's mustang is a 6 cylinder manual. I had ALL of the bushings in the front suspension replaced last year. The lighter motor and fresh suspension give it decent handling at reasonable speeds.it isnt actually all that quick and it handles like a dump truck with a couple of flats compared to most modern cars.