In this way, when they make movements in the cockpit, it will cause the mecha to perform corresponding actions.
It seems simple, but how to collect data in real time, analyze and process it, and transmit commands, that's difficult.
Especially 'real-time,' which requires the entire process to have minimal data delay.
It's impossible for the driver to make evasive maneuvers and wait one or two seconds for the mecha to follow.
Such a delay... on the battlefield, it's deadly.
Finally.
Shayol also noticed that the Zhanlong Mecha has a strong information interconnection capability.
The few mechas participating in the test can dynamically form a three-dimensional virtual situation map in real-time.
Their positions, distances, comprehensive information, etc., are all clear at a glance.
It's easy to see who is next to whom, the remaining ammunition and power of each.
It's not hard to imagine.
