You can get to the moon with a 76,000 lbf rocket. Will take you about 6 months.What's 76,000 lbf going to do when you need 8 million?Computers do not give you TLI. 8 million lbf of thrust does.You are aware that technology has come a LONG way since the Saturn V program, right? There is more computing power in a smart phone than what the Saturn V had for the whole of their onboard computers. And, there is the FACT that SpaceX has successfully launched a rocket into orbit and landed it back on earth safely over 8 times so far.
Nope, if I had the money and was able to go, I'd trust the tech to get me there and back safely.
Comparing what Space X has launched with something that gives you that thrust is like comparing a paper airplane to a 747.
Here's the specs on the Merlin engine developed by Space X.......
Merlin 1
Main article: Merlin (rocket engine family)
Merlin 1 is a family of LOX/RP-1 rocket engines developed 2003–2012. Merlin 1A and Merlin 1B utilized an ablatively cooled carbon fiber composite nozzle. Merlin 1A produced 340 kilonewtons (76,000 lbf) of thrust and was used to power the first stage of the first two Falcon 1 flights in 2006 and 2007. Merlin 1B had a somewhat more powerful turbo-pump, and generated more thrust, but was never flown on a flight vehicle before SpaceX's move to the Merlin 1C.
Merlin 1D rocket engines on a Falcon 9 v1.1 launch vehicle in SLC-40 hangar, April 2014
The Merlin 1C was the first in the family to use a regeneratively cooled nozzle and combustion chamber. It was first fired with a full mission duty firing in 2007,[3] first flew on the third Falcon 1 mission in August 2008,[4] powered the "first privately-developed liquid-fueled rocket to successfully reach orbit" (Falcon 1 Flight 4) in September 2008,[4] and subsequently powered the first five Falcon 9 flights — each flown with a version 1.0 Falcon 9 launch vehicle — from 2010 through 2013.[5]
The Merlin 1D, was in development in 2011–2012, also with a regeneratively cooled nozzle and combustion chamber, has a vacuum thrust of 690 kN (155,000 lbf), a vacuum specific impulse (Isp) of 310 s, an increased expansion ratio of 16 (as opposed to the previous 14.5 of the Merlin 1C) and chamber pressure of 9.7 MPa (1,410 psi). A new feature for the engine is the ability to throttle from 100% to 70%.[6] The engine's 150:1 thrust-to-weight ratio is the highest ever achieved for a rocket engine.[7][8] The first flight of the Merlin 1D engine was also the maiden Falcon 9 v1.1 flight.[9] On 29 September 2013, the Falcon 9 Flight 6 mission successfully launched the Canadian Space Agency's CASSIOPE satellite into polar orbit, and proved that the Merlin 1D could be restarted to control the first stage's re-entry back into the atmosphere—part of the SpaceX reusable launch system flight test program—a necessary step in making the rocket reusable.[10]
Are you sure that is what is required to make it to the moon? And, just like the Saturn V program did, you can have several engines in several stages. I think Saturn V had different stages with 4 engines each.
Like I said, Saturn V had several stages and more than just one engine. A Space X rocket could do the same.