6 Cycle Oddball Engine Part 13 - U Slide

[@cdrillen1]

Great job, master. I enjoyed your presentation.👍👍👍

[@JoesModelEngines]

@@cdrillen1 Hi Barney, Thank you for your interest and your comments. We are working on the content and also trying to keep the videos as short as possible. I hope that we are getting better is we get more videos under our belt. Joe

[@StuartsShed]

Very enjoyable, thank you. I do very much appreciate seeing the details of the process.

[@JoesModelEngines]

@@StuartsShed Thank you for your input, I’m looking forward to seeing you at Cabin Fever. Joe

[@taranson3057]

I can’t wait to build one of these engines. I am currently building a Webster engine, learning something new each day that I work on it. I may make a few of the small parts and put them aside until I am ready to start working on the engine. Be rest assured that I will be watching your videos several times over until I start the build. As always great video, they are very helpful and you make the process look very easy, but I do know that building something like this just doesn’t happen overnight.

[@JoesModelEngines]

@@taranson3057 Thank you for your continued interest. Good luck with the Webster that’s a great project,and I can see that you enjoy the time in your shop as much as I do. That’s a good thing.Joe

[@BeachsideHank]

According to my fading memory, if dimensions are in fractions, the implied tolerance is ± 1/64", if decimal ±0.001″ ?

[@maklu7935]

I'm pretty sure fractional tolerance is 1/16. Decimal tolerance to the 3rd place is usually 0.030, which is ~1/32. Decimals to the 1st, 2nd, and 4th places all have their own typical tolerance, though I won't even pretend to remember what they are.

[@BeachsideHank]

@@maklu7935 If you use ASME Y14.5, typical implied tolerances are +/-: 1/64 for fractional dimensions. 0.01 for dimensions to 2 decimal places. 0.005 for dimensions to 3 decimal places. 0.0005 for dimensions to 4 decimal places.