MWS-B | BGIM-25A GPS/EPN Guided Cruise Missile
DESCRIPTION
PLEASE READ HOW TO USE EFFECTIVELY
The BGIM-25A GPS/EPN Guided Cruise Missile is an advanced, 30km ranged high-agility missile designed to effectively knock out ships while also providing the secondary role of being capable of hitting air assets due to the implementation of EPN into the design. Due to it having EPN, the BGIM-25A is able to effectively lead & destroy a moving target with relative ease, in combination to its high agility and being able to work alone without a radio connection, it is one of MWS-B’s most effective cruise missiles.The BGIM-25A system itself also comes with its own benefits, the launcher does not require any form of composite connection to the main control station and is entirely radio controlled, allowing for ease of placement & remote control from any location. This system also allows the BGIM-25A launch system to be JTAC compatible, allowing vehicles to laser designate targets back to the system.
HOW TO USE EFFECTIVELY [README]
The BGIM-25A system has been built from the ground up on user-friendliness and being easy to deploy and therefore setting up is fairly easy to do.
– To add more launchers, copy and paste the original launcher and then select the front two microcontrollers which say "Missile Frequency". Select them and change to a different number at an increasing rate, e.g. "3" and "4".
PROCEDURE:
– MASTER ARM
– FREQUENCY INCREASE
– GPS WAYPOINT [Input a waypoint into the keypad]
– FIRE [For a new missile, press FREQUENCY INCREASE once more]CLARIFICATION:
– NO GPS = No GPS coordinate has been sent to the missile.
– NO SIGNAL = No Radio Signal received by the missile.
– INACTIVE = The missile hasn’t been put into its launch sequence.
– ENGAGING = The missile has switched to terminal guidance.
USING JTAC ON THE BGIM-25A SYSTEM [README]
JTAC Procedures require the use of a functioning JTAC system to work, to make this compatible, place a receiving radio antenna, with its composite OUTPUT connected to "GIMBAL CAMERA GPS X & Y" and use the correct frequency. This will allow JTAC to send coordinates into the system which can be used to fire on coordinates.
On the vehicle that uses JTAC, point your gimbal camera at a point you would like to designate coordinates to. Turn on the laser so you are actively designating it. Then head to the JTAC panel and select "JTAC Transmit", this will transmit GPS coordinates on your vehicles radio frequency, see the radio panel on the vehicles to determine what frequency. These coordinates will then be sent to the launcher, which can be used to fire off a missile at a designated target.
If working correctly, the system should receive GPS coordinates as shown in the gauges at the bottom of the panel and you will be able to transmit them into the missile itself.
Vehicles that use JTAC:
– S-641 Ambush
– H285 Miaraka
– P-105 Trident
– P-121 Griffon
– P-122 Talon
– P-110 Drache
– P-421 Hussar
– P-120 Raven
– AW280 VultureJTAC PROCEDURE:
– MASTER ARM
– FREQUENCY INCREASE
– SWITCH [Laser Designator Mode]
– FIRE
PLEASE NOTE
– The BGIM-25A system does NOT require JTAC to function, only use JTAC if you understand how to use and operate it effectively.
– The launcher CANNOT be placed any other direction except forwards in the editor, you will have to manually rotate it to a sideways position if required, this is an ingame bug that cannot be fixed.
CREDITS
– Thankyou a ton to Pols, who helped throughout the development of the BGIM-25A to help it work!
