World Solutions rotary engine computers for-sal
 To Group,
 I have two Real World Solutions rotary engine computers for-sale.
 They are new and still in their boxes (never used) , and always kept
 in an air-conditioned shop. I want $600.00 each plus shipping.
 Anyone interested may call me at...

 Home----------(813)991-7440


 Cell-------------(813)997-2632
 Thanks,
 Frank R. Clementi

 What model numbers and what were the dates of purchase?

 Paul Lamar


 What characteristics do you look for by date and model Paul?

 Robin

 The later the better I would say. Software is always an on going
 learning experience :)

 Paul Lamar

 To Group,
 The Mdl. Nbr. is EC2 A1, Ser. Nbr. 495, and 496.
 I'm not sure about the date of purchase;
 about 6-8 years ago. They were programmed for
 6,500-6,600 RPM; about 180-190 H.P. I bought
 three of them for the three engines I have.
 However, I am not happy with computers, so, I
 will finish the other two with carb's or throttle-body
 injection and CDI ignition. They were sent back to RWS
 for a recall on one of the components , it was replaced
 and checked out and signed off by Tracy on 4-1-05.
 Frank

 To Group,
 I forgot to mention on my last post about model
 numbers, etc., that these computers can be sent
 back to Tracy for re-programing to your parameters;
 I.E. 7,500 RPM and 200-210 H.P. I think he will do
 this for around $100 plus shipping.
 Frank

 Frank, I would love to see some pictures of your carb set up.

 Paul Lamar


  Paul,
 My current engine is using the third computer. The intake is patterned after
the mistral intake.  It will be the two other engines that will have either
a carb or throttle-body.  However, they will be located where the butterfly
valve is located: I.E.  under the 180 degree dynamic chamber.



 Frank

Carbs are a good idea. Saves a lot of fooling around tuning.
You would be better off without the dynamic chamber unless you
are going to run the engine direct drive at 3000 RPM.

I am cutting it off Mike's RV4 engine and using a mass air flow
sensor with an Arduino computer.

Paul Lamar