> The Soviets abandoned that project because they couldn't get their 30 engines to synchronize. Maybe this time AI (c) will help solve the problem. We will watch and see.
Worth mentioning that N-1 was severely limited by the state of electronics technology in late 60s Soviet Union. The first 3 launches of the N-1 rocket didn't even have a digital flight computer, they relied on an [analogue system](https://en.wikipedia.org/wiki/N1_(rocket)#Engine_control_sys...).
The Space Falcon Heavy uses 27 engines and it has a perfect reliability record over five launches. Having many engines on a rocket is a solved problem and it even brings some advantages - you can still reach orbit if you lose one or two of them.
Worth mentioning that N-1 was severely limited by the state of electronics technology in late 60s Soviet Union. The first 3 launches of the N-1 rocket didn't even have a digital flight computer, they relied on an [analogue system](https://en.wikipedia.org/wiki/N1_(rocket)#Engine_control_sys...).
The Space Falcon Heavy uses 27 engines and it has a perfect reliability record over five launches. Having many engines on a rocket is a solved problem and it even brings some advantages - you can still reach orbit if you lose one or two of them.