Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
It was reported that they all are AESA radar based MAWS.Are the MAWS based on radar rather than EOP? typically MAWS are UV or IR based sensors, but those look like radar emitters.
Yes,they are all based on active radar array.Are the MAWS based on radar rather than EOP? typically MAWS are UV or IR based sensors, but those look like radar emitters.
Detection by ESM is the least of an Attack Helicopter like Z-10's concerns.But won't the active emitting AESA based MAWS give away the position of the Z-10, especially to ground based air defence systems? At least with passive EOP based MAWS it doesn't emit any signals and therefore less prone to being detected by air defence systems?
You forgot the mm-radar on top,comprare to it those mm-radar based maws are not a problem .But won't the active emitting AESA based MAWS give away the position of the Z-10, especially to ground based air defence systems? At least with passive EOP based MAWS it doesn't emit any signals and therefore less prone to being detected by air defence systems?
If you fly the helicopter so low, millimeter band radars facing mostly downward won't trigger any detector in far distance. You only need to worry about the MANPADS launchers probably only tens of meters below, while the rotor noise already reveals your location in such a close distance.But won't the active emitting AESA based MAWS give away the position of the Z-10, especially to ground based air defence systems? At least with passive EOP based MAWS it doesn't emit any signals and therefore less prone to being detected by air defence systems?
Z-10 noise emission is the lowest among all Gunship.If you fly the helicopter so low, millimeter band radars facing mostly downward won't trigger any detector in far distance. You only need to worry about the MANPADS launchers probably only tens of meters below, while the rotor noise already reveals your location in such a close distance.