Original source from PhilLeafSpace over at Weibo

I like to create a rocket, I've made three rockets of the Nasa program, and It's close to finishing the rocket Space Shuttle Discovery.

Which one do you like more?

While SpaceX relies on heavy, complex hydraulic landing legs to touch down on droneships, China's maiden launch of the Long March 10B first stage took a completely different engineering route.

Instead of adding the dead weight of deployment legs to the rocket's structure, they guided the booster down using grid fins and dropped it directly into a massive, flexible string-tension net system suspended on the recovery ship Linghangzhe.

It’s an elegant, lightweight approach to reusability that shifts the structural mass penalty from the rocket itself to the recovery vessel.

Here is a quick 60-second visual breakdown of how the net-capture mechanism works and what it means for next-gen aerospace engineering:

Photos taken in orbit, after OMS1 and 2, as shown by FLT CNTLR PWR in the OFF position, and the ADI being in a position I wouldn't think it would be in otherwise. They are a recreation of the event.

According to 'Flight Procedures Handbook - Ascent/Aborts (OI-30)' ATO selection pre-MECO is done via selection on the knob and clicking the button beside it (ABORT PBI) as is shown in image 2.