- Joined
- Jan 24, 2009
- Messages
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After benefiting from a ton of knowledge on this site, doing a bunch of research
on different engines and casting kits for engines (expensive!!!), this financially
challenged hacker is closing in on engines made from what's at hand in the
material heap, or mostly so.
I've found three engines that so far look good:
1) The Tiny IC by putputman (may be too small for me to do).
2) The Kerzel engine, which seems quite do-able.
3) The Webster engine, which is slightly unconventional in the frame.
Now, I realize that I can take a bit of license with a given design but I'm
curious if any of you have any particular likes or dislikes about either
the Webster or the Kerzel engine.
EDIT: Can't sleep tonight... going through the drawings for the Webster, Kerzel and
Upsure engines to see what the compression ratios are. Found the Kerzel to be
6.4:1 which sounds about right, but adding up the drawing dimensions for the
the others I get nonsense; 3.2:1 for the Upsure and 2.3:1 for the Webster! If I add
.384" to the length of the con rod for the Webster then it's 6.5:1.
Didn't do the rod for the Upsure.
Has anyone found errors in either the Upsure or Webster dwgs. or am I just too
tired to figure it out? I went over each engine two or three times and made a new
sketch each time to get the stack-ups.
Now maybe to sleep, perhaps to dream!
Thanks,
Pete
on different engines and casting kits for engines (expensive!!!), this financially
challenged hacker is closing in on engines made from what's at hand in the
material heap, or mostly so.
I've found three engines that so far look good:
1) The Tiny IC by putputman (may be too small for me to do).
2) The Kerzel engine, which seems quite do-able.
3) The Webster engine, which is slightly unconventional in the frame.
Now, I realize that I can take a bit of license with a given design but I'm
curious if any of you have any particular likes or dislikes about either
the Webster or the Kerzel engine.
EDIT: Can't sleep tonight... going through the drawings for the Webster, Kerzel and
Upsure engines to see what the compression ratios are. Found the Kerzel to be
6.4:1 which sounds about right, but adding up the drawing dimensions for the
the others I get nonsense; 3.2:1 for the Upsure and 2.3:1 for the Webster! If I add
.384" to the length of the con rod for the Webster then it's 6.5:1.
Didn't do the rod for the Upsure.
Has anyone found errors in either the Upsure or Webster dwgs. or am I just too
tired to figure it out? I went over each engine two or three times and made a new
sketch each time to get the stack-ups.
Now maybe to sleep, perhaps to dream!
Thanks,
Pete
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