The engine is basically stock stroke TSM/THS type build with about .75-1 point less CR than an engine like that would run. GN1 race ported heads. The cam is a hyd 218 of my own lobe selection with upwards of .600 lift. The cam($450-500), lifters($425), rockers ($900), springs/retainers/locks ($400-500 at least) , including locators, shims, and other associated parts to run the cam im running are about $2200-2300 worth of parts. Probably more after you tack on the shipping and aggravation from ordering the wrong stuff and having to send it back. There are no kits listed for sale by vendors that can be bought with these parts. Everything is bought separately and made to work. I had to cut the guides near the top to run .500 seals because the inner springs i.d. was too small to clear the .530 supplied guide o.d dimension. Tom Allen at Champion turned me on to the springs based on the required pressures i needed for the ramp, duration and lift im running and gave me a good deal on the springs, retainers, and locks. The heads also required me to mill the pushrod holes out quite a but since the pushrods would hit them if i didnt. The difference between an engine like this and what is typically run are significant. Nothing here is really a bolt on. It was bought with intentions of making more power and smoothed out to work together. Probably about 100-125whp more at the same boost than a typical bolt on engine with "similar" duration cam and other supporting parts. There could have been more done to extract more out of the 60-1 but it wasnt built to run a small compressor like that. It was just a test to see what it would do on this engine. If i was milking the 60-1 i probably would have ran a 10:1 CR a slightly smaller cam profile, 1-2* more timing and q16/no alky with a leaner target than i ran in this test. The car would need less rear gear also to take advantage of all that cylinder pressure it would have if i built it around the 60-1 specifically.