That's not the current version, that's the full version. The rocket used in this experiment has a non recovery capacity of 11.8 tons and a recovery capacity of 8 tons. In the future, TQ-12A and TQ-15A will be changed to TQ-12B and TQ-15B to achieve the goals you mentioned.
Even with a smaller payload capacity for now, it’s still a great achievement once it’s successful (they can switch engines easily once they have ironed out the kinks with proven successful launches) .
I think people don’t understand how hard it is to achieve this. Many underestimate the complexities simply because spacex has been doing this easily and casually for almost a decade now, so they assume it’s not that difficult. Yet they forget that it took spacex and musks almost a dozen failures, huge tolerance for risk and persistence to achieve this. We also have to commend US space authorities for being open to allow the risks associated with such constant failures and exposions (especially for a new project that was unproven and which many detractors where saying it’s impossible and a waste of time) and still giving the go ahead to spacex during this tough moments . Spacex was an inspiration to all space enthusiast in the world and they are to be commended for that. Blue origin by contrast took over a decade to be able to achieve what spacex has achieved with a reusable rocket first stage and they did so just recently despite having been in operation for longer than spacex . So this tells you how difficult this is.
So China and Landspace precisely should be commended for such a great project and they almost succeeded on their first try. I’m sure they will succeed with time. It’s only a matter of time now, the most difficult part in any major project is starting. Once you have started then it’s only a matter of time .