Yeah this. Land a spacecraft on the Moon. Done and done (pretty early on, too, depending on your definition of "land.")
Landing a human is a different goal. And despite Tom Wolfe, the human was never just payload. Engineers don't think like that. That 180 lbs of meat contains a massive parallel processor with a huge memory. (Lousy math co-processor, though!) And forget automation; two hands on two arms are vastly more flexible than the state of the art (and it is still a close race today). So of course you are going to design to use it.
As well as intuition and judgement, which are very important as was clearly shown on Apollo 11.
With the automatic landing system, Eagle would have come down in the boulder-strewn floor of ”West Crater,” with a high probability of crashing. When Neil Armstrong saw this, he realised the danger, took manual control of Eagle, and landed in the plain beyond. His intuition and judgement probably saved the mission and both their lives.
There are all manner of things which, if it were left to automation, could have resulted in aborted missions
1201/1202 alarms on Apollo 11
The lightning strike on Apollo 12
The 2nd stage inboard J2 two minutes early shutdown on Apollo 13*
* I should note that the reason the engine shut down was pure luck. It was caused by a low chamber pressure sensor and had nothing to do with the problem the engine was really having (a violent 16hz "pogo")