A4__TADSS_List.pdf

Attachment 04

STIII TADSS

Descriptions

ATTACHMENT 04

SOF TEAMS III (STIII) Training Aids, Devices, Simulators, and Simulations (TADSS)

Descriptions

Location Key: 160th SOAR (A) Simulation Facility, Fort Campbell, KY 1 = Wolcott Hall – Bldg 7267 2 = Feistner Hall – Bldg 7269 3 = Frank Hall – Bldg 7263

TADSS Location: Page

NEXUS XL Storage Access Network (SAN) 1 6

Just-In-Time Publisher (JIT) 1 2 MH-47G/MH-60M CAAS Desktop Trainer (DTT)/Cockpit Academic Procedural Tool (CAPT)

1,2 2

Universal Mission Simulator (UMS) 1 2 Simulation Accident Investigation Support Assets

1 9

MH47-1 CMS, MH47-2 CMS 1, 2 4

MH60-1 CMS, MH60-2 CMS 1, 2 5

CMS Debrief Stations 1, 2 6

Mission Rehearsal Exercise Training System (MRETS) 1,2,3 7

A/MH-6M CMS 2 3

A/MH-6M DTT TBD

Exercise Support Rooms 212A, 212B, 212C (Part of MRETS) 2 7

X-IO RUNTIME Storage Access Network (SAN) 2 9

FSIMNET 1,2,3 9

Mission Rehearsal Operation Center (MROC) 3 10

MH-47G/MH-60M Desktop Trainer (DTT)/Cockpit Academic Procedural Tool (CAPT)

Purpose/Description:

The CAAS DTT is a software based tool intended for classroom training and integration into the 160th SOAR(A) designated mission planners via CD or DVD. The DTT provides system familiarization of version

7.5 CAAS Software to 160th SOAR(A) pilots. The DTT familiarizes pilots with CAAS CDU/MFD page functionality (layout and manipulation) and CDU/MFD page navigation. The DTT is reconfigurable between the aircraft configurations of the MH-47G and MH-60M (DAP and Assault). The DTT supports both initial training associated with Green Platoon, as well as refresher training for current 160th SOAR(A) pilots.

The Cockpit Academic Procedure Tool (CAPT) is designed to support/reinforce classroom avionics or maintenance training for the MH47 and MH60 aircraft. The CAPT provides representative look and feel of actual aircraft hardware, but utilizing lower cost, COTS substitutes to replicate the functionality of the physical hardware. Designed to support operator qualification, refresher and sustainment training.

The CAPT is designed to support/enhance classroom avionics or maintenance training by replicating either pilot or co-pilot configurations where familiarization and muscle memory is desired. Each CAPT is contained in a deployable Pelican case. The CAPT is modular in nature, designed to attach to any desktop and allows for height and display angle adjustment to suit individual needs. The MFDs and center console clamp, via spring loaded clamp, directly to the T-bar assembly.

CAPT Major Components/Systems (per station):

1 Computer workstations 2 SGB Multi-Function Displays (MFDs) 1 SGB Control Display Unit (CDU) 1 SGB Multi-Function Key Panel (MFK) 1 SGB Multi-Function Control Unit (MFCU) 1 T-Bar Assemblies 1 Video Distribution Systems 1 Pelican Case(s)

Universal Mission Simulator (UMS)

Purpose:

Provide UAS operators with a high-fidelity training experience for individual, crew, and collective training for piloting Shadow, Gray Eagle, and Hunter UAVs.

Description:

The UMS incorporates multifunctional software approaches to provide UAS operators with a high-fidelity training experience for individual, crew, and collective training for piloting Shadow, Gray Eagle, and Hunter UAVs. In addition to a portable classroom, each simulation setup replicates a full GCS shelter with one-seat, two-seat, and three-seat configurations.

A/MH-6M LIGHT ASSAULT/ATTACK RECONFIGURABLE COMBAT MISSION SIMULATOR

(LASAR CMS)

The LASAR CMS training device provides the 160th SOAR(A) the capability of meeting Regimental training requirements for the A/MH-6M aircraft. The LASAR CMS provides realistic aircrew training, improved safety, collective training and mission rehearsal capability at Ft. Campbell, KY. The LASAR CMS can be operated in a stand-alone mode, or networked with other on-site training systems. Special Operations Aviation (SOA) crews require the ability to accomplish real-world mission rehearsal to practice, validate, and verify mission plans in order to maximize the probability of mission success in support of mission tasking.

Description:

The LASAR is a full-fidelity, motion-based, aircraft specific, cockpit replica. All systems and controls required for aircrew training and mission execution are functional. This includes the capability for system functionality and operation (including weapons), with the ability to simulate systems emergencies, malfunctions, and degraded system operations. The LASAR CMS provides the commander with a system to plan and rehearse a special operations mission that incorporates tactics, situational awareness (real-world combat environment), decision-making, and crew coordination. The mission of LASAR is to give the pilot the capability to train for, and rehearse missions which involve multi-aircraft tactics such as shipboard operations, formation flight, multi-aircraft insertion/extraction, aerial gunnery (including team tactics), visual (laser/strobe/pyrotechnics etc.), and secure communication between other air and ground parties. Identical to the actual aircraft capability, the Control Display Units (CDUs) and Data loader (DTU) will accept automated transfer of all applicable mission data from SOF mission planning systems. The LASAR CMS is composed of the systems and capabilities listed below:

Host computation system (VERAXX) Visual System (Aechelon IG / Christie Projection) Common Environment/Common Database (CE/CDB) hosted on the NEXUS XL SAN Computer Generated Forces (CGF) Environment Aircraft Systems After Action Review Systems (FLIGHTVIZ) Command, Control, Communications, Computers, and Intelligence Instructor Operator Station (IOS) Interoperate with TADSS devices Mission Planning Network Systems and Interfaces Samsung Galaxy Tablet - Electronic Flight Bag (EFB) (3 per CMS) Trainer Flight System Fidelity Stimulated Avionics Hydraulic Motion and Control Loading Reconfigurable Cockpit

A/MH-6M DTT

The A/MH-6M DTT is a software based tool intended for classroom training and integration into the 160th SOAR(A) designated mission planners via CD or DVD. The DTT provides BLK 2.2 and eventually 3.0 system familiarization to 160th SOAR(A) pilots. The DTT familiarizes pilots with MFD and CDU operations to include but not limited to engines, weapons, fuel navigation and flight planning.

MH-47G Combat Mission Simulator (MH47-1, MH47-2 CMS)

The MH47 Combat Mission Simulators (CMS) training device provide the 160th SOAR(A) the capability of meeting Regimental training requirements for the MH-47G aircraft. The CMS provides realistic aircrew training, improved safety, collective training and mission rehearsal capability at Ft. Campbell, KY. The CMS can be operated in a stand-alone mode, or networked with other on-site training systems. Special Operations Aviation (SOA) crews require the ability to accomplish real-world mission rehearsal to practice, validate, and verify mission plans in order to maximize the probability of mission success in support of mission tasking.

Description:

The MH47 Combat Mission Simulator (CMS) is a full fidelity, full motion simulator that provides correlated sensor simulation, realistic full flight and aircraft performance replication, and realistic modeling of threat, environmental, and Computer Generated Forces which supports collective training and mission rehearsal. The MH47 CMS can be operated in a stand-alone mode and is a mission rehearsal platform, involving multi-aircraft tactics, shipboard operations, formation flight, multi-aircraft insertion/extraction, aerial gunnery, visual (laser/strobe/pyrotechnics/smoke etc.), and secure communication between other air and ground parties. All systems and controls required for aircrew training and mission execution are functional, with the ability to simulate system emergencies, malfunctions, and degraded system operations. The MH47 CMS is capable of importing mission data from SOF mission planning systems via compact flash cards. The MH47 CMS is a full motion, training device composed of the systems and capabilities listed below:

Visual System (Aechelon IG / Christie Projectors) Common Environment/Common Database (CE/CDB) hosted on the NEXUS XL SAN Computer Generated Forces (CGF) Environment Aircraft Systems After Action Review/Debrief Station Systems Command, Control, Communications, Computers, and Intelligence Instructor Operator Station (IOS) Interoperate with TADSS devices Mission Planning Network Systems and Interfaces Samsung Galaxy Tablet - Electronic Flight Bag (EFB) (3 per CMS) Trainer Flight System Fidelity Stimulated CAAS, FCCs Multi-mode radar simulation (Camber) MH47-1 Electric Motion and Control Loading (MOOG) MH47-2 Hydraulic Motion and Electric Control Loading (MOOG)

VADR CSV and Voice Playback

MH-60M Combat Mission Simulator (MH60-1, MH60-2 CMS)

The MH60 Combat Mission Simulator (CMS) training device provides the 160th Special Operations Aviation Regiment (Airborne) (160th SOAR(A)) the capability of meeting Regimental training requirements for the MH- 60M aircraft (Assault and DAP configurations). The MH60-1 CMS provides realistic aircrew training, improved safety, collective training and mission rehearsal capability at Ft. Campbell, KY. The MH60 CMS can be operated in a stand-alone mode, or networked with other on-site training systems. Special Operations Aviation (SOA) crews require the ability to accomplish real-world mission rehearsal to practice, validate, and verify mission plans in order to maximize the probability of mission success in support of mission tasking.

Description:

The MH60 Combat Mission Simulator (CMS) is a full fidelity, full motion simulator that provides correlated sensor simulation, realistic full flight and aircraft performance replication, and realistic modeling of threat, environmental, and Computer Generated Forces which supports collective training and mission rehearsal. The MH60 CMS can be operated in a stand-alone mode and is a mission rehearsal platform, involving multi-aircraft tactics, shipboard operations, formation flight, multi-aircraft insertion/extraction, aerial gunnery, visual (laser/strobe/pyrotechnics/smoke etc.), and secure communication between other air and ground parties. All systems and controls required for aircrew training and mission execution are functional, with the ability to simulate system emergencies, malfunctions, and degraded system operations. The MH60 CMS is capable of importing mission data from SOF mission planning systems via compact flash cards. The MH60 CMS is a full motion training device composed of the systems and components listed below:

Visual System (Aechelon IG / Christie Projectors) Common Environment/Common Database (CE/CDB) hosted on the NEXUS XL SAN Computer Generated Forces (CGF) Environment Aircraft Systems After Action Review/Debrief Station Systems Command, Control, Communications, Computers, and Intelligence Instructor Operator Station (IOS) Interoperate with TADSS devices Mission Planning Network Systems and Interfaces Samsung Galaxy Tablet - Electronic Flight Bag (EFB) (3 per CMS) Trainer Flight System Fidelity Stimulated CAAS Advanced Rotorcraft Technologies (ART) Flight simulation PC Multi-mode radar simulation (Camber) MH60-1 Electric Motion and Control Loading (MOOG) MH60-2 Hydraulic Motion and Electric Control Loading (MOOG) VADR CSV and Voice Playback

NEXUS XL Storage Access Network (SAN)

The Nexus XL 100-45 unified storage system provides Aechelon IG database connectivity for the all CMS devices and various roleplayers.

Description:

The Nexus XL SAN consists of two racks with one containing Nexus storage shelves and the second containing networking equipment. The second rack consists of the Nexus Management Servers (NMSA and NMSB) as well as a shared SAS shelf (disk array for storage and failover support). The other components in the management rack include redundant fiber management, redundant switches, the Nexus KVM, and a pull out console.

CMS Debrief Stations

The Training Debrief systems located in Wolcott and Feistner Halls are used to debrief pilots after a training session.

Description:

The Debrief consists of a Data AcQuisition (DAQ) PC with a standalone PCIG (not all Terrain Databases reside on the debrief PC). The DAQ records the data used to play back for pilot debrief. The station will playback recorded training sessions for up to 2 hours with the following:

MFDs (all… MFD 5 includes DEWD) CDUs Cockpit Crew Camera and DEWD 2D Maps (same as IOS) Precision Control Approach GUI Interactive Approach Plates Stealth View Display Event Marker GUI Parametric Strip Charts

Mission Rehearsal Exercise Training System (MRETS)

The MRETS is used for training Battle Command Staff in the areas of Mission Planning & Execution and Contingency Operations. Command staff activity is stimulated through communication devices, simulated UAV feeds, dynamic role-player stations and collective mission activities. Monitoring Tactical Operations Center Systems supporting Simulator Training Exercises (STXs) is also a MRETS capability. The MRETS spans the 160th SOAR

(A) Simulation complex, meeting requirements for various training scenarios, particularly Collective Training Requirements. The MRETS also supports meetings and classes. The MRETS was designed to meet multiple requirements with competing demands and is frequently evolving as requirements and training needs change. The MRETS contains role player stations, audio/visual capabilities and A/V distribution and recording equipment.

MRETS systems are located in Feistner Hall, Wolcott Hall and Frank Hall. Feistner Hall includes two exercise support rooms and a planning/classroom that is TOC configurable (212A, B and C). The Mission Rehearsal Operations Center (MROC) located in Frank Hall has stadium seating with video/audio distribution and recording capabilities providing Mission Rehearsal and Situational Training Exercise observation and debrief. Accident Investigation hardware/software are located in Wolcott Hall.

MRETS Components (Not all inclusive):

6 X Overhead Projectors, 6 X 75” Samsung TV’s, 48 Monitors 1 ASTI server, 20 ASTI PTT headset components 3 tablets Role-Player Computers,10 RAVE computers (15 future number) 10 Silverstone computers. (15 future number) 10 Laptops 10 SI computers (Veraxx systems) 3 Technical Innovations distribution panels with associated hardware for Audio/Video distribution in rooms

212A/B/C MRETS IOS (one for each CMS). There is an IOS station for each CMS to assist with scenario development in 212A.

1 (or 2) SOFTAC RP stations with Stand Alone PCIG (that draws data from the NEXUS SAN) for scenario development.

MRETS Software (Not all inclusive)

FalconView mission planning software ASTI communications software MACE SAF program Virtual Reality Scene Generator software Tactical Terrain Visualization System (T2VS) Microsoft Office (on laptops only)

Simulation Accident Investigation Support Assets

The Simulation Accident Investigation Support Assets located in Wolcott and Feistner Halls are used to assist in accident investigations.

Description:

There are variety of simulation tools to assist in accident investigations. Incidents can be reviewed and played back in the individual CMS (except the LASAR) and in standalone accident investigation systems. CMS playback is limited in regard to individual specific parameters and gives a MACRO playback capability from the cockpit perspective. The standalone system(s) allow for a more detailed analysis of all the available VADR parameters coupled with an external 3D viewing capability; this gives an external 3D model perspective over custom created geo-specific terrain of the incident with 2D graphical GUIs of all relevant parameters to help better pin point areas of incident that may give insight to possible causation. Playback screen can be configured with required screens and saved off to media for investigation and debrief purposes. Simulation data and products are the catalyst for follow on higher quality products from the SRA and DBPS that is then given to TDSC to produce professional quality debrief media products.

The accident investigation systems consist of:

MH-47 and MH-60 CMS VADR playback in each CMS (CDB JIT will be used to support areas of specific incidents).

Standalone Accident Investigation System o SVD 3D scene (Terrain Authoring Tool resides in DBPS for Terrain Production) o Total Parametric Data 2D Graphical Analysis o Interactive 2D Map and Approach Plate o Ability to customize screens as needed o Movie capture software for take away debrief product

Second Generation Standalone Accident Investigation System Beta Phase (Veraxx) o SVD 3D scene (CDB JIT will have to be used to support areas of specific incidents) o Limited Parametric Data (3-6 Parameters via Strip Charts) o Interactive 2D Map and Approach Plate o No ability to customize screens as needed o No movie capture software for take away debrief product

RUNTIME X-IO Storage Area Network (SAN)

Purpose/ Description:

The XIO SAN (RUNTIME SAN) provides 200TB of storage capacity. Visual databases, map data, and simulation support files are stored on it for all networked TADSS. The SAN is also used as a back-up repository for the TADSS.

Just-In-Time (JIT) Publisher CDB 3.0

Aechelon Technology’s Publisher 7 CDB 3.0 application and hardware (commonly referred to as Just-In-Time publisher (JIT)) is a CDB 3.0 to Aechelon database runtime format conversion tool. The JIT converts and installs a CDB 3.0 database for use on Aechelon Image Generators. The Publisher is built from commercial off-the-shelf components.

FSIMNET

FSIMNET is the backbone of the 160th’s flight simulation network providing connectivity between all TADSS.

It consists of layer 2 and 3 switches, multi-mode optical fiber, single-mode optical fiber, and 10 gig laser-optimized 50/125 micrometer multi-mode optical fiber (OM4). FSIMNET is an enclosed network that spans the three buildings that contain the TADSS. Typical traffic for FSIMNET is terrain database and map data requests from the SAN by the TADSS and interoperability between the MRETS and CMS’s.

Mission Rehearsal Operations Center (MROC)

A multipurpose facility that provides:

Regimental Meeting/Secure Video Teleconference Room/Class Room A Tactical Operations Center (TOC) like facility for Pilots, Crews and Command Staff to observe, train, role-play, and debrief activity occurring in the TADSS.

Description:

The MROC is a tiered seat style, multi-purpose room containing a visual display system capable of displaying multiple viewpoints of a synthetic battlefield environment in real-time. TADSS data is piped into a "viewing portal," in the Mission Rehearsal Operation Center. Video and audio transmissions originate from multiple TADSS subsystems such as multi-function flight displays (MFDs), Control Display Units (CDUs), cockpit cameras, out-the-window (OTW) view and computer-generated forces (CGFs) to name a few. The MROC is also equipped with speakers that support the Role-Player Suite Advanced Simulation Technology Inc. (ASTi) radio headsets for interactive radio communications with the Combat Mission Simulators (CMSs).

The MROC is equipped to provide media audio/TADSS audio throughout the facility. The facility has the capability to record what is displayed on the visual system; video source recordings can be played back immediately. Compressed AV product can also be produced for the Regiment.

MROC Major Components:

Vista SPYDER (Video Processor which enables to display AV Sources on one screen) in a picture in picture/windows type display.

High Definition Christie Digital Projectors Audio/Visual Components (VHS, TV, HI-8, DVD) Processors, Switchers, Routers, Input and Output Devices) Fiber Connectivity Classified and Unclassified Network Recorders (HD, VHS, DVD) Cameras Role Player Simulated Radios/Room Audio Secure Video Teleconference Capability LCD Display options for briefings, classes etc.