The ATMS comprises three main components:
- FLIR - Electro-optical device
simulating the behavior of an Aim-9 missile seeker
- ATMS Body housing the ATMS electronics
components
- ABRS (Airborne Radiation System)
– an IR source, activated by demand
The ABRS provides high IR emission for
a larger detection range by other ATMS devices. The ABRS
may be removed from the pod, leaving it only with the
front-end seeker simulator capabilities.
The ATMS features the following advantages:
1. Air to Air Combat Training:
- Since it is software controlled,
seeker sensitivity and decoy immunity may be adjusted
in order to simulate different generations of IR missiles.
- Performance simulation of different
IR missile types is easily achieved by modifying seeker
behavior through software.
- The ABRS gives a unique ability
to train with an IR seeker against a non jet engine
target due to its high IR radiation emission.
2. Reliability and Maintenance:
- No moving parts; proven high
MTBF.
- Low maintenance requirements;
no cooling gas required.
- Easy trouble shooting and monitoring
of the pod using a laptop terminal with flexible dedicated
software.
3. Flexibility:
- The ATMS adaptation to different
aerial platforms is done easily and effectively.
- The ATMS can be hooked to existing
AIM-9 interfaces or specific avionics system adaptations
can be performed by RADOM engineers.
RADOM’s ATMS
has been designed and tested to meet the environment conditions
of military aircraft and is fully certified for carriage
on the PC-9M SWIFT aircraft.
The ATMS is now available to meet
the most demanding Air-to-Air Missiles training requirements.