Chinese MALE, HALE (and rotary, small, suicide) UAV/UCAV thread

kentchang

Junior Member
Registered Member
any details on the mechanism that eliminates recoil?
You should read the article before you ask the question.

"By drilling a hole at the rear of the gun barrel, the team found they could release the gas shock wave from the gunpowder
Please, Log in or Register to view URLs content!
. To maintain the bullet's speed, they developed a new design with a high-strength seal at the back and an electromagnetic induction chip inside.
When the firing command is given, the chip ignites the explosive, launching the bullet. As pressure rises, it breaks the membrane and vents through the hole, reducing recoil and maintaining high muzzle velocity."
 

totenchan

Junior Member
Registered Member
You should read the article before you ask the question.

"By drilling a hole at the rear of the gun barrel, the team found they could release the gas shock wave from the gunpowder
Please, Log in or Register to view URLs content!
. To maintain the bullet's speed, they developed a new design with a high-strength seal at the back and an electromagnetic induction chip inside.
When the firing command is given, the chip ignites the explosive, launching the bullet. As pressure rises, it breaks the membrane and vents through the hole, reducing recoil and maintaining high muzzle velocity."
This explanation is barely coherent. Does anyone have the original paper?
 

by78

General
Mobile ground drone jammer.

54165330133_7eb820c83a_o.jpg
54165330143_f5beb5b9dd_o.jpg
 

Totoro

Major
VIP Professional
Those long rectangular panels on the lower side slabs look like they could be radar apertures. And there are some other panels which could be glass panels, right behind those. Could those hide optical sensors? But they're pretty small. If the aircraft is indeed 5.4 m high, then i'm getting maybe 30-ish cm high panel. That's way inadequate for long range optical work. U-2's nose optical sensor has mirror diameter of around half a meter.

aaScreenshot 2024-11-26 091200.jpg
 
Top