Headlights removed for trials / grasstrack racing, Jock?So here's Esmiralda, my 1930ish Morris Minor
I don't remember Esmiralda ever having headlights, probably removed in the scrap yard before I bought her. (she had some other bits missing too but nothing that stopped her driving.)Great to see your old Morrises, Jock! Such charming cars, everything you need in a car and nothing else! Just the right amount of weather protection, and seem to be in just the right sort of condition too by the looks of it
Headlights removed for trials / grasstrack racing, Jock?
One of my favourite car-related books:
There's fancy! Air-brakes a fair few years before Mercedes Benz thought of adding them to their 300SLR racersOf course she had a proper chassis with a wood framed body. The problem with that was that it lacked torsional rigidity. This is not a desirable characteristic in a vehicle which is charging around rough fields and would manifest itself at unexpected moments by the doors suddenly flying open!
There's a remarkable passage in that book where Archie Scott Brown set a time that would have put him on pole in his first continental Formula 1 Grand Prix at Monza ahead of Fangio, but then had his entry refused by the organisers due to his disabilities.Archie Scott Brown is a hallowed name from yesteryear in Scottish motorsport. The name immediately rings a loud bell but I can't remember anything about him except, Didn't he have a disability of some sort? Must Google him and find out.
There's fancy! Air-brakes a fair few years before Mercedes Benz thought of adding them to their 300SLR racers
There's a remarkable passage in that book where Archie Scott Brown set a time that would have put him on pole in his first continental Formula 1 Grand Prix at Monza ahead of Fangio, but then had his entry refused by the organisers due to his disabilities.
There's an article on Scott Brown on the Motor Sport archive here.
I enjoyed the book as a great story of the friendship between Archie Scott Brown and Brian Lister and how they inspired each other to take on and beat the top factory teams, especially with the wonderful Lister-Jaguar.
Great stuff Dave. I find all that sort of thing very interesting especially as my son in law is involved in the modern version of all that sort of "stuff". I know he worked on the Harrier when they were modifying it to take the more powerful engine and he's doing some pretty "tweeky" stuff all the time - most of which he can't tell me about but whenever he opens his mouth it's always to say something very interesting. He takes me to air displays, where he seems to know all the test pilots, and is a constant source of fascinating info. Like, for instance, "d'ya know why that plane is so noisy at take off? No says I. "Because it's prop tips are traveling in excess of the speed of sound so there's a sonic effect to that which you hear". Or, "why does that B1 always have a fighter escort?" The answer is not at all the obvious one.These are no longer cheap but a very interesting read of how RR fitted the Merlin engine into the Mustang airframe. It has the techie stuff but also memos and things going between managers of the time.
https://www.abebooks.co.uk/servlet/...-R&searchurl=kn=roll+royce+heritage&sortby=17
Here's another
https://www.abebooks.co.uk/servlet/...crecy&sortby=17&cm_sp=snippet-_-srp1-_-title8
https://www.abebooks.co.uk/servlet/...recy&sortby=17&cm_sp=snippet-_-srp1-_-title16
https://www.abebooks.co.uk/servlet/...rlin&sortby=17&cm_sp=snippet-_-srp1-_-title19
One detail really struck me: the gyroscopic effect of the big rotary engine made the Sopwith Camel so unstable that more pilots were killed in WWI trying to take off in training than in action. And of course those synchronised machine guns firing through the propellor arc...
But then it was apparently that instability that made them so manoeuverable and effective in combat (provided you could get the thing safely off the ground...).
Made me reflect that a number of (all?) MotoGP 'bikes now run their engines with reverse crankshaft rotation, to deliberately unsettle the gyroscopic effect of the rotating crankshaft so that they can change direction more quickly. Only 100 years later...
Trying now to understand what the advantage is where the crank is running across the frame as in most bike installations?