Hi, I'm probably the newest member of the forum (but probably not the youngest, by a long way) so please go easy on me until I find my way around.
I'm in UK and have a Liege, which is an old fashioned, rear wheel drive, two seater, 1950's theme/lookalike sports car. It's used for general fun on road and off road for trials/hillclimbing. These cars were originally designed to use a Reliant 3 wheeler, 850 cc engine and gearbox but these have proved to provide less than we need in the way of power and reliability.
We Liege'ers (or at least some of us, there are only 60 of these cars in existence) are now converting our cars to use the G10 1.0 SOHC engine. The UK version of this engine appears to put out the quoted 52 bhp and from some experimental work done so far, this appears to be limited mainly by the standard inlet manifold. My engine is from a late 2003 registered Swift.
I'm junking the standard inlet manifold and injection completely and fitting triple, side-draught, motorcycle throttle bodies via an adapter plate.
At the moment I intend to fit a standard, cast iron exhaust manifold from the earlier car because the later one with a "cat" is too bulky for our installation and the downpipe will foul the chassis rail (I have obtained a brand new one). I don't intend to use a "cat" on the car unless it's bad on emissions and fails the MOT test. I will obviously match and open this manifold up where necessary. I may convert to a custom made tubular 3 into 1 in stainless manifold later if this proves over-restrictive. The car already has a custom made, 2 inch exhaust system in stainless with a straight through "silencer" (ha!) box and the cast manifold will be coupled up to this by a specialist pal of mine.
The distributor based ignition will not be used; I'm fitting a programmable ECU and trigger wheel system; this will also drive the fuel injectors.
I intend to have the existing cam reground / upgraded here in UK by Newman, to "fast road" spec.
I've read about the benefits of fitting the "advanced from standard" cam drive wheel and would be interested in buying one (bearing in mind, as I said, I'm in UK).
Has anyone used a similar setup and if so, what sort of output might I expect?
What is the safe rev limit of these engines (hydraulic valve lifters) before further modifications need to be carried out?
There is an issue with too much engine torque rock due to engine bay limitations. I've seen some photos of solid polyurethane engine mounts. Where could I get these?
Thanks in advance for any help given.
