baytitle.jpg - 12.4 K

The F-16 Integrated Avionics Test Station (INATS) is located in IFAST test bay No.1 and provides the F-16 Program with a core avionics ground test facility that is reconfigurable to any one of several versions of flight test avionics. It can support simulated flight with an operator in-the-loop who has options to run in free play or computer driven real-time, freeze, or roll back. Specific activities supported include: line replaceable unit level testing; sensor integration, avionics suite integration/testing; weapons simulation, integration and testing; avionics communications, flight dynamics, and atmospheric simulation; electronic warfare integration and testing; digital bus and video data retrieval; pre-fly missions; crew member familiarization/training; and real-time display interconnect with TEMS. Click here for more information.

The F-16 Integrated Avionics Test Station II (INATS II) is located in IFAST test bay No. 3. It is a reconfigurable avionics system integration laboratory capability used to support aircraft avionic systems using mutiple MIL-STD-1553 multiplex data buses. The system is currently being used primarily to support the test and evaluation of the new F-16 Modular Mission Computer avionic configuration. Specific test capabilities include: LRU testing, sensor integration, avionic suite integration/testing, weapons simulator, integration, and testing, avionic communications, flight dynamics, and atmosphere simulation, digital bus and video data retrieval, aircrew familiarization and training, pre-fly test missions, realistic out-the-window terrain scene generation, and a reconfigurable glass cockpit. Click here for more information.

The F-16 Radar Test System (RTS), is co-located with INATS in IFAST Test Bay No. 1. Using the AN/APG-68 Radar, it provides a radar ground test facility that is reconfigurable to any one of several versions of flight test avionics. Specific activities supported include: line replaceable unit level testing; radar system level testing; core avionics integration testing; Electronic Counter-Countermeasures (ECCM) testing; internal high-speed digital bus monitoring and recording; Electronic Countermeasures (ECM) pod checks; and radar jamming. Click here for more information.

The F-15 Avionics Laboratory in IFAST provides the F-15 Program with a core avionics and radar ground test facility reconfigurable to support avionic flight tests. This support includes APG-70 radar software development and test support, an Interactive Data Reduction and Analysis System (IDRAS), F-15 avionics integration support, an Avionics Intermediate Shop (AIS) maintenance capability, and ECM pod preflight test capability. Specific activities include: line Replaceable Unit testing; core F-15C Avionics Suite Integration testing; radar systems level testing including jamming; sensor integration; weapons simulation, integration, and testing; electronic warfare integration and testing; and Electronic Countermeasures (ECM) pod preflight testing. Click here for more information.

The B-1B Offensive Avionics Laboratory (OAL) in IFAST test bay No. 4 contains the entire B-1B Offensive Avionics System (OAS) and is used to test and evaluate B-1B avionics flight software, weapons integration with core avionics, flight simulation, and integration with defensive avionic systems. Test support systems include the following: Vehicle System Simulator (VSS), Weapons System Simulator (WSS), Radar System Simulator (RSS), Integrated Test Station (ITS) and Test Mission Data Preparation System(TMPDS). Click here for more information.

The B-1B Defensive Avionics Laboratory also located in IFAST test bay No. 4 provides the B-1B flight test program with a reconfigurable, defensive avionic system test station and line replaceable unit (LRU) repair and test capability. The defensive avionic system test station is fully integrated with B-1B OAS. Specific activities include: LRU testing and repair; defensive and offensive systems integration testing; digital bus and video data retrieval and processing; aircrew familiarization/training; mission verification testing; real-time interface with offensive systems controls and displays; and dynamic signal simulation. Click here for more information.

continue.jpg - 1.8 K

Return to top

Hosted by www.Geocities.ws

1