Mod 02_Atch_02_RTM RSNF MH60 TOFT Upgrade_12 Mar 2025.xlsx

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MH-60R Saudi Upgrade/Tech Refresh RFP Notice Rev 05
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Cover Page

NAWCTSD CUI//SP-EXPT SPECIFICATION 240041
12 MAR 2025
REQUIREMENTS TRACEABILITY MATRIX
FOR THE
ROYAL SAUDI NAVAL FORCES (RSNF)
MH-60R TRAINING SYSTEM FOLLOW ON SUPPORT (TSFOS)

TACTICAL OPERATIONAL FLIGHT TRAINER (TOFT) UPGRADE

NAVAL AIR WARFARE CENTER
TRAINING SYSTEMS DIVISION
1211 SCIENCE DRIVE
ORLANDO, FL 32826-3275
Approved by: Rene Lorenzo NAWCTSD, 12211 Science Drive, Orlando, FL 32826-3275
Controlled by: Department of the Navy

Controlled by: Naval Air Warfare Center Training Systems Division (NAWCTSD) CUI Category: Controlled Technical Information Distribution/Dissemination Control: D//REL to USA, SAU POC: Andres Hanchi - NAWCTSD, 12211 Science Drive, Orlando, FL 32826-3275

DISTRIBUTION STATEMENT D - Distribution authorized to the Department of Defense and U.S. DoD contractors CTI, Export Controlled, determined on 27 March 2024. Other requests must be referred to the Commanding Officer, Naval Air Systems Command (PMA299), 47123 Buse Road, Patuxent River, MD 20670
CONDITIONS FOR FOREIGN USE: This information is furnished upon the condition that it or knowledge of its possession will not be disclosed to another nation, and that it will not be used for other than the military purpose for which it is being provided without specific authority from the U.S. Department of the Navy; that individual or corporate proprietary rights contained within, whether patented or not, will be respected; that the information will be provided the same degree of security afforded it by the U.S. Department of Defense. Regardless of any declassification markings, this information may not be downgraded or declassified by a foreign recipient without the written approval of the originating U.S. agency.
WARNING - This document contains technical data whose export is restricted by the Arms Export Control Act (Title 22, U.S.C., Sec 2751, et seq.) or the Export Control Reform Act of 2018 (Title 50, U.S.C., Chapter 58, Sec. 4801-4852). Violations of these export laws are subject to severe criminal penalties. Disseminate in accordance with provisions of DoD Directive 5230.25 and DoD Instruction 2040.02.
DESTRUCTION NOTICE - CUI must be reviewed in accordance with DoD Instruction 5230.09 and DoD Instruction 5200.48 (March 6, 2020) prior to destruction. Destroy UNCLASSIFIED, CUI, and Classified Documents in accordance to DoD Manual 5200.01, Volume 3 (Change 3 July 28, 2020), Enclosure 3, Paragraph 17-19.

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Rev History

CUI//SP-EXPT
Revision History
Revision DateDescriptionAffected SectionApproval
27-Jan-25Rev 1NA
3-Feb-25Rev 22.1.8.5-1 & 2.1.8.5-2
12-Mar-25Rev 32.1.21.5-8 through 2.1.21.5-19, 2.1.21.8, 2.1.21.9 through 2.1.21.9-5, 2.1.21.13-1, 2.1.21.13-2, 2.1.24.1 through 2.1.24.49, 2.1.24.52 & 2.1.24.53

RTM

CUI//SP-EXPT
RSNF TOFT v9 (SC18)

Baseline RTVM compliance Hanchi, Andres P CIV NAWC AD: LEGEND:

h=header y=yes - satisfied n=no-Not satsfied/validated UNK=unknown validation status - requires testing/validation mb= modification to the RSNF TOFT v9 baseline

Req LevelRequirementsTECH REFRESH / SC 24Verification MethodVerification Class
h1Applicable Documents
y1.1The Letter of Offer and Acceptance (LOA) SR-P-SBU shall be used as a source document for the RSNF TOFT.N/AN/A
h2Requirements
h2.1.0Performance and functional requirements
h2.1.1TOFT operation
h2.1.1.2Independent operation
y2.1.1.2-1The TOFT shall consist of one OFT and one WTT.ExaminationIT-C1
y2.1.1.2-2The OFT shall operate as an independent OFT ownhelo when commanded by the intructor/operator.DemonstrationIT-C1
y2.1.1.2-3The WTT shall operate as an independent WTT ownhelo when commanded by the intructor/operator.DemonstrationIT-C1
h2.1.1.3Integrated operation
y2.1.1.3-1The OFT and WTT shall operate as an integrated single TOFT ownhelo when commanded by the intructor/operator.DemonstrationIT-C1
y2.1.1.3-2When operating as the TOFT ownhelo, the WTT Copilot position shall be disabled.DemonstrationIT-C1
h2.1.1.4Synthetic environments operation
y2.1.1.4-1The OFT ownhelo shall operate within a stand-alone synthetic environment.TestIT-C1
y2.1.1.4-2The WTT ownhelo shall operate within a stand-alone synthetic environment.TestIT-C1
y2.1.1.4-3The TOFT ownhelo shall operate within a stand-alone synthetic environment.TestIT-C1
y2.1.1.4-4The ownhelo shall only operate in one synthetic environment at a time.TestIT-C1
h2.1.1.5States of operation
y2.1.1.5-1The operator shall be provided with an interface to command the TOFT, OFT, and WTT to enter Run State, Freeze State, and Reset State.TECH REFRESHDemonstrationIT-C1
y2.1.1.5-2The training system (TOFT, OFT, or WTT) commanded to change state shall enter the requested state with no less than a 0.5 second delay.TECH REFRESHDemonstrationIT-C1
h2.1.1.6Run state
y2.1.1.6-1The TOFT, OFT, and WTT shall provide a run state where the ownhelo's systems, latitude, longitude, altitude, and synthetic environment dynamically respond to pilot, copilot, Sensor Operator (SENSO), and instructor system inputs.TECH REFRESHDemonstrationIT-C1
y2.1.1.6-2The run state shall provide the functionality to modify the ownhelo weapon expendable stores.TECH REFRESHDemonstrationIT-C1
y2.1.1.6-3The run state shall provide the functionality to modify the ownhelo fuel quantity.TECH REFRESHDemonstrationIT-C1
y2.1.1.6-4The run state shall provide the functionality to modify the ownhelo countermeasure expendable stores.TECH REFRESHDemonstrationIT-C1
y2.1.1.6-5Before entering the run state, the ownhelo displays, indicators, aircraft operational equipment, flight model, flight controls, and synthetic environment shall be displayed to represent modifications made to the ownhelo, and synthetic environment conditions.TECH REFRESHDemonstrationIT-C1
h2.1.1.7Freeze state
y2.1.1.7-1The TOFT, OFT, and WTT shall provide a freeze state where the ownhelo latitude, longitude, altitude, attitude, and synthetic enviroment are temporarily held in a static condition, and are unaffected by pilot, copilot, and SO inputs; and the aircraft operational equipment (AOE) is maintained in an operational and error-free condition (flight freeze).TECH REFRESHDemonstrationIT-C1
y2.1.1.7-2When a training scenario has completed loading, the ownhelo simulation shall automatically enter the freeze state.TECH REFRESHDemonstrationIT-C1
y2.1.1.7-3The freeze state shall provide the functionality to modify the ownhelo position (latitude and longitude).TECH REFRESHDemonstrationIT-C1
y2.1.1.7-4The freeze state shall provide the functionality to modify the ownhelo altitude.TECH REFRESHDemonstrationIT-C1
y2.1.1.7-5The freeze state shall provide the functionality to modify the ownhelo weapon expendable stores.TECH REFRESHDemonstrationIT-C1
y2.1.1.7-6The freeze state shall provide the functionality to modify the ownhelo fuel quantity.TECH REFRESHDemonstrationIT-C1
y2.1.1.7-7The freeze state shall provide the functionality to modify the ownhelo countermeasure expendable stores.TECH REFRESHDemonstrationIT-C1
h2.1.1.8Reset state
y2.1.1.8-1The TOFT shall provide a reset state where the current conditions of the ownhelo and the synthetic environment are replaced with a different set of ownhelo and synthetic environment conditions.TECH REFRESHDemonstrationIT-C1
y2.1.1.8-2The reset state shall provide the functionality to configure the ownhelo with a predefined set of conditions.TECH REFRESHDemonstrationIT-C1
y2.1.1.8-3The TOFT shall provide the functionality to reset to the training scenario initial conditions between 1 and 10 minutes in one minute increments prior to the current training session.TECH REFRESHDemonstrationIT-C1
h2.1.1.9TOFT control
y2.1.1.9-1The TOFT shall provide controls to operate its OFT, and WTT as independent OFT, and WTT ownhelos.DemonstrationIT-C1
y2.1.1.9-2The TOFT shall provide controls to operate its OFT, and WTT as a single integrated TOFT ownhelo.DemonstrationIT-C1
y2.1.1.9-3The TOFT shall provide controls to operate its ownhelo(s) within a stand-alone, or interoperable synthetic environments.DemonstrationIT-C1
y2.1.1.9-4The TOFT shall provide controls to perform CPU, memory, and disk utilization measurements on its OFT and WTT.DemonstrationIT-C1
y2.1.1.9-5The TOFT shall provide controls to perform Backup Management System (BMS) operations.DemonstrationIT-C1
y2.1.1.9-6The TOFT shall provide controls to perform Automatic Fidelity Testing (AFT) on its OFT.DemonstrationIT-C1
h2.1.2Instructor system
h2.1.2.1Flight Instructor Station (FIS)
y2.1.2.1-1The FIS shall be located inside the OFT cabin.ExaminationIT-C1
y2.1.2.1-2The FIS shall provide an instructor position.ExaminationIT-C1
y2.1.2.1-3The FIS shall provide an observer position.ExaminationIT-C1
y2.1.2.1-4The FIS shall provide work surfaces for both the instructor and observer positions.ExaminationIT-C1
y2.1.2.1-5The FIS shall provide one chair for the instructor position, and one chair for the observer position.ExaminationIT-C1
y2.1.2.1-6The FIS instructor position shall provide no less than two instructor controlled Graphical User Interface (GUI) displays, one communications control display, two video repeater display, one GUI pointing device, and one keyboard.ExaminationIT-C1
y2.1.2.1-7The FIS observer position shall provide one communications control display.ExaminationIT-C1
y2.1.2.1-8The FIS GUI displays shall be oriented to obscure the view of the GUI displays by anyone occupying the pilot and copilot seats.ExaminationIT-C1
y2.1.2.1-9The FIS instructor and observer positions shall be located to provide visual display visibility to anyone occupying the instructor and observer position to aid in instruction and situational awareness by providing an unobstructed view of the same out-the-window display as the pilot and copilot.ExaminationIT-C1
y2.1.2.1-10An Emergency Power Off (EPO) switch shall be located at the instructor and observer position such that anyone occupying either position can readily but not accidently activate the switch.ExaminationIT-C1
y2.1.2.1-11The FIS shall provide controllable lighting.ExaminationIT-C1
y2.1.2.1-12Controllable lighting shall mean the capability to be turned off, turned on, and set to White or set to NVG as desired by the user.DemonstrationIT-C1
y2.1.2.1-13The FIS shall be operable with pilot, and copilot NVG use.DemonstrationIT-C1
y2.1.2.1-14The FIS instructor position shall provide at least one headset connection.ExaminationIT-C1
y2.1.2.1-15The FIS observer position shall provide at least one headset connection.ExaminationIT-C1
y2.1.2.1-16Controls to enable and disable the OFT control loading system shall be placed at the FIS.TECH REFRESHDemonstrationIT-C1
mb2.1.2.1-17The FIS shall provide a dedicated display for the NGTS GUI.TECH REFRESHDemonstrationIT-C1
h2.1.2.2Sensor Operator (SO) Instructor Station (SIS)
y2.1.2.2-1The SIS shall be located within the WTT.ExaminationIT-C1
y2.1.2.2-2The SIS shall provide a work surface.ExaminationIT-C1
y2.1.2.2-3The SIS shall provide one chair.ExaminationIT-C1
y2.1.2.2-4The SIS shall provide not less than two instructor control GUI displays, one communications control display, one GUI pointing device, and one keyboard.ExaminationIT-C1
y2.1.2.2-5The SIS GUI displays shall be mounted to be re-oriented and viewed when the instructor sits at the pilot position.ExaminationIT-C1
y2.1.2.2-6The SIS GUI displays shall be mounted to be re-oriented and viewed when the instructor sits next to the SO seat.ExaminationIT-C1
y2.1.2.2-7SIS Intercommunications System (ICS) controls shall be provided for the instructor when seated at the pilot position.ExaminationIT-C1
y2.1.2.2-8The SIS ICS controls shall be accessible when the instructor sits next to the SO seat.ExaminationIT-C1
y2.1.2.2-9The SIS shall provide no less than one EPO switch that is accessible, but not accidently activated, when seated at the work surface of the GUI displays, when seated in the pilot position, and when seated next to the SENSO.ExaminationIT-C1
y2.1.2.2-10The SIS shall provide controllable lighting at the work surface area at the higher of the levels provided in Table XV of MIL-STD-1472F.DemonstrationIT-C1
mb2.1.2.2-11The SOS shall provide a dedicated display for the NGTS GUI.TECH REFRESHDemonstrationIT-C1
h2.1.2.3Tactics Instructor Station (TIS)
y2.1.2.3-1The TIS shall be located external to the OFT and WTT.ExaminationIT-C1
y2.1.2.3-2The TIS shall provide work surfaces for two instructors and one observer.ExaminationIT-C1
y2.1.2.3-3The TIS shall provide no less than three chairs.ExaminationIT-C1
y2.1.2.3-4The TIS shall provide no less than three instructor control GUI displays, three communications control displays, three repeater displays, two stowable GUI pointing devices, and two stowable keyboards.ExaminationIT-C1
y2.1.2.3-5The TIS shall provide no less than one EPO switch which can readily but not accidently be activated.ExaminationIT-C1
y2.1.2.3-6The TIS shall provide no less than one microphone and two speakers to perform communications between the FIS, SIS, TIS, and ownhelo crew.ExaminationIT-C1
y2.1.2.3-7The TIS shall provide no less than three headset connections.ExaminationIT-C1
mb2.1.2.3-8The TIS shall provide a dedicated display for the NGTS GUI.TECH REFRESHDemonstrationIT-C1
h2.1.2.4Instructor system functionality
y2.1.2.4-1Instructor system functionality shall be provided at the FIS, SIS, and TIS.TECH REFRESHDemonstrationIT-C1
h2.1.2.5Instructor user accounts
n2.1.2.5-1The TOFT shall provide for creating instructor accounts with privilege levels that restrict access to training scenario save and delete functions.TECH REFRESHDemonstrationIT-C1
h2.1.2.6Training scenario controls
n2.1.2.6-1The instructor system shall only save a training scenario when the instructor’s user account has the required privilege.TECH REFRESHDemonstrationIT-C1
y2.1.2.6-2The instructor system shall provide controls to load an existing training scenario.TECH REFRESHDemonstrationIT-C1
y2.1.2.6-3The instructor system shall provide controls to modify an existing training scenario.TECH REFRESHDemonstrationIT-C1
y2.1.2.6-4The instructor system shall only delete a training scenario when the instructor’s user account has the required privilege.TECH REFRESHDemonstrationIT-C1
h2.1.2.7Training session controls
y2.1.2.7-1The instructor system shall provide controls to run the loaded training scenario.TECH REFRESHDemonstrationIT-C1
y2.1.2.7-2The instructor system shall provide controls to freeze the running training session.TECH REFRESHDemonstrationIT-C1
y2.1.2.7-3The instructor system shall provide controls to record the current training session.TECH REFRESHDemonstrationIT-C1
y2.1.2.7-4The instructor system shall provide controls to insert event markers during the running training session.TECH REFRESHDemonstrationIT-C1
y2.1.2.7-5The instructor system shall provide controls to create a new training scenario based on the current training session conditions.TECH REFRESHDemonstrationIT-C1
h2.1.2.8Ownhelo configuration controls
y2.1.2.8-1The instructor system shall provide controls to install and remove ownhelo simulated mission systems.TECH REFRESHDemonstrationIT-C1
y2.1.2.8-2The instructor system shall provide controls to modify ownhelo weapons stores.TECH REFRESHDemonstrationIT-C1
y2.1.2.8-3The instructor system shall provide controls to modify ownhelo fuel stores.TECH REFRESHDemonstrationIT-C1
y2.1.2.8-4The instructor system shall provide controls to modify ownhelo countermeasures.TECH REFRESHDemonstrationIT-C1
y2.1.2.8-5The instructor system shall provide controls to modify ownhelo buoys.TECH REFRESHDemonstrationIT-C1
y2.1.2.8-6The instructor system shall provide controls to individually reset the condition and status of the ownhelo battery charge, APU accumulator, forward fire bottle, aft fire bottle, RAST messenger cable, cargo hook CAD, ALFS cable sheer, and rescue hoist sheer.TECH REFRESHDemonstrationIT-C1
y2.1.2.8-7The instructor system shall provide controls to load and unload ownhelo internal cargo loads.TECH REFRESHDemonstrationIT-C1
h2.1.2.9Ownhelo flight parameter controls
y2.1.2.9-1The instructor system shall provide controls to modify the ownhelo latitude and longitude (position) when the training session is frozen.TECH REFRESHDemonstrationIT-C1
y2.1.2.9-2The instructor system shall provide controls to modify the ownhelo altitude when the training session is frozen.TECH REFRESHDemonstrationIT-C1
y2.1.2.9-3The instructor system shall provide controls to modify the ownhelo yaw attitude when the training session is frozen.TECH REFRESHDemonstrationIT-C1
y2.1.2.9-4The instructor system shall provide controls to enable and disable maintaining the ownhelo groundspeed at its current value (groundspeed freeze).TECH REFRESHDemonstrationIT-C1
y2.1.2.9-5The instructor system shall provide controls to enable and disable maintaining the ownhelo roll orientation at its current value (roll freeze).TECH REFRESHDemonstrationIT-C1
y2.1.2.9-6The instructor system shall provide controls to enable and disable maintaining the ownhelo pitch orientation at its current value (pitch freeze).TECH REFRESHDemonstrationIT-C1
y2.1.2.9-7The instructor system shall provide controls to enable and disable maintaining the ownhelo position (latitude and longitude) at its current location (position freeze).TECH REFRESHDemonstrationIT-C1
y2.1.2.9-8The instructor system shall provide controls to enable and disable maintaining the ownhelo altitude at their current value (altitude freeze).TECH REFRESHDemonstrationIT-C1
y2.1.2.9-9The instructor system shall provide controls to enable and disable maintaining the ownhelo heading at its current values (heading freeze).TECH REFRESHDemonstrationIT-C1
y2.1.2.9-10The instructor system shall provide controls to display ownhelo flight parameters.TECH REFRESHDemonstrationIT-C1
y2.1.2.9-11The instructor system shall provide the controls to maintain the ownhelo current fuel quantity at a static value (fuel freeze).TECH REFRESHDemonstrationIT-C1
h2.1.2.10Ownhelo controls
y2.1.2.10-1The instructor system shall provide controls to select cockpit video sources for viewing.TECH REFRESHDemonstrationIT-C1
y2.1.2.10-2The instructor system shall display the ownhelo tactical situation in a map style view.TECH REFRESHDemonstrationIT-C1
y2.1.2.10-3The instructor system shall provide controls to complete the FLIR cool-down period within 15 seconds of initiating the control.TECH REFRESHDemonstrationIT-C1
y2.1.2.10-4The instructor system shall provide controls to set the severity of malfunctions inserted by IR weapon hits on the ownhelo.TECH REFRESHDemonstrationIT-C1
h2.1.2.11Local Formation Aircraft (LFA) controls
y2.1.2.11-1The instructor system shall provide controls to record the ownhelo flight profile during the training session.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-2The instructor system shall provide controls to select the aircraft type associated with the LFA.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-3The instructor system shall provide controls to insert and remove the LFA from the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-4The instructor system shall provide controls to set the LFA to automatically follow the recorded ownhelo flight profile.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-5The instructor system shall provide controls to configure the LFA waypoints.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-6The instructor system shall provide controls to set the LFA to automatically follow the entered waypoints.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-7The instructor system shall provide controls to set the LFA to be manually controlled by the instructor.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-8The instructor system shall provide controls for the LFA heading.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-9The instructor system shall provide controls for the LFA turn rate.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-10The instructor system shall provide controls for the LFA turn direction.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-11The instructor system shall provide controls for the LFA altitude.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-12The instructor system shall provide controls for the LFA maximum climb and dive rate.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-13The instructor system shall provide controls for the LFA airspeed.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-14The instructor system shall provide controls for the LFA maximum acceleration and deceleration rate.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-15The instructor system shall provide controls for the LFA air wake ON/OFF.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-16The instructor system shall provide controls for the LFA TACAN.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-17The instructor system shall provide controls for the LFA IFF on and off.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-18The instructor system shall provide controls for the LFA IFF mode.TECH REFRESHDemonstrationIT-C1
y2.1.2.11-19The instructor system shall provide controls for the LFA exterior lighting.TECH REFRESHDemonstrationIT-C1
h2.1.2.12Local Landing Ships (LLS) controls
y2.1.2.12-1The instructor system shall provide controls to select the ship type associated with the LLS.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-2The instructor system shall provide controls to insert and remove LLS from the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-3The instructor system shall provide controls to configure the LLS waypoints.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-4The instructor system shall provide controls to set the LLS to automatically follow the entered waypoints.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-5The instructor system shall provide controls to set the LLS to be manually controlled by the instructor.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-6The instructor system shall provide controls for the LLS heading.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-7The instructor system shall provide controls for the LLS turn rate.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-8The instructor system shall provide controls for the LLS turn direction.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-9The instructor system shall provide controls for the LLS speed.TECH REFRESHDemonstrationIT-C1
y2.1.2.12-10The instructor system shall provide controls for the LLS exterior lighting.TECH REFRESHDemonstrationIT-C1
h2.1.2.13Communications
y2.1.2.13-1The TOFT shall provide communications channels between the FIS, SIS, and TIS that are independent of flight crew communications.TECH REFRESHDemonstrationIT-C1
y2.1.2.13-2The TOFT shall provide ownhelo ICS communications between the FIS, SIS, TIS, pilot, copilot, and SENSO.TECH REFRESHDemonstrationIT-C1
y2.1.2.13-3The TOFT shall provide ownhelo radio channels communication between the FIS, SIS, TIS, pilot, copilot, and SENSO.TECH REFRESHDemonstrationIT-C1
n2.1.2.13-4The TOFT shall provide TCDL/Hawklink channels communication between the FIS, SIS, TIS, pilot, copilot, and SENSO.TECH REFRESH, SC 24DemonstrationIT-C1
n2.1.2.13-5The TOFT shall provide Link 16 J-Voice channels communication between the FIS, SIS, TIS, pilot, copilot, and SENSO.TECH REFRESH, SC 24DemonstrationIT-C1
h2.1.2.14Communications controls
y2.1.2.14-1The instructor system shall provide controls to talk on the ICS.TECH REFRESHDemonstrationIT-C1
y2.1.2.14-2The instructor system shall display indication of crewmember use of ICS.TECH REFRESHDemonstrationIT-C1
n2.1.2.14-3The instructor system shall provide controls to talk on the MFR radios, Link 16, and TCDL.TECH REFRESH, SC 24DemonstrationIT-C1
y2.1.2.14-4The instructor system shall display indication of crewmember use of MFR radios, Link 16, and TCDL.TECH REFRESH, SC 24DemonstrationIT-C1
y2.1.2.14-5The instructor system shall display the ownhelo communication channel usage.TECH REFRESHDemonstrationIT-C1
y2.1.2.14-6The instructor system communications controls shall be provided on a dedicated display using a GUI.TECH REFRESHDemonstrationIT-C1
h2.1.2.15Circuit breaker controls
y2.1.2.15-1The instructor system shall provide ownhelo circuit breaker controls.TECH REFRESHDemonstrationIT-C1
y2.1.2.15-2The instructor system shall display the ownhelo circuit breaker in, out, and popped status.TECH REFRESHDemonstrationIT-C1
h2.1.2.16Synthetic environment controls
y2.1.2.16-1The instructor system shall provide controls to insert and remove a cargo load from the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-2The instructor system shall provide controls to insert and remove a survivor from the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-3The instructor system shall provide controls to modify acoustic environment parameters.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-4The instructor system shall provide controls to disable only the acoustic signature of a target, in real time, without removing the target from the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-5The instructor system shall display all launched torpedo positions, courses, and speeds.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-6The instructor system shall provide controls to set the simulated environment time of day.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-7The instructor system shall provide controls to set the simulated environment date.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-8The instructor system shall provide controls to enable manual control of the moon phase.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-9The instructor system shall provide controls to set the simulated environment moon phase.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-10The instructor system shall provide controls to set the azimuth and elevation of the moon.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-11The instructor system shall display magnetic variation (Mag Var) at any location within the training environment IAW the World Magnetic Model WMM2015.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-12The instructor system shall provide controls to set the intensity of radio jamming.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-13The instructor system shall provide controls to set the intensity of radio static.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-14The instructor system shall provide controls to set RADAR noise intensity.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-15The instructor system shall provide controls to manual set the ambient lighting level.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-16The instructor system shall provide controls to set cloud layer base and top altitudes.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-17The instructor system shall provide controls to set the scud transition thickness.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-18The instructor system shall provide controls to set cloud layer types.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-19The instructor system shall provide controls to activate and deactivate cloud layers.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-20The instructor system shall provide controls to set ground fog visibility distance.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-21The instructor system shall provide controls to set ground fog height.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-22The instructor system shall provide controls to activate and deactivate ground fog.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-23The instructor system shall provide controls to set precipitation types.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-24The instructor system shall provide controls to set the precipitation rate.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-25The instructor system shall provide controls to select storm cell types, such as sand storm and rainstorm.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-26The instructor system shall provide controls to position the storm center within the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-27The instructor system shall provide controls to position the storm center on the ownhelo position.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-28The instructor system shall provide controls to set the radius size of the storm cell.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-29The instructor system shall provide controls to activate and deactivate storms.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-30The instructor system shall provide controls to set the simulated environment outside air temperature.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-31The instructor system shall provide controls to set the simulated environment humidity level.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-32The instructor system shall provide controls to set the simulated environment barometric pressure.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-33The instructor system shall provide controls to set out-the-window (OTW) visibility distance.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-34The instructor system shall provide controls to set haze visibility distance.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-35The instructor system shall provide controls to set surface wind speed.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-36The instructor system shall provide controls to set surface wind direction.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-37The instructor system shall provide controls to set wind gust speed.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-38The instructor system shall provide controls to automatically adjust sea state to surface wind speed.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-39The instructor system shall provide controls to set wind speed and direction at three instructor entered altitudes.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-40The three wind speed and direction settings shall be capable of being active at the same time.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-41The floor and ceiling of the wind speed and direction shall be controllable by the instructor.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-42The instructor system shall provide controls to set wind turbulence intensity.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-43The instructor system shall provide controls to set five predefined wind shear profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-44The instructor system shall provide controls to position the predefined wind shear profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-45The instructor system shall provide controls to activate and deactivate predefined wind shear profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-46The instructor system shall provide controls to set five user configurable wind shear profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-47The instructor system shall provide controls to position the user configurable wind shear profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-48The instructor system shall provide controls to activate and deactivate user configurable wind shear profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-49The instructor system shall provide controls to set two wind microburst profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-50The instructor system shall provide controls to activate and deactivate wind microburst profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-51The instructor system shall provide controls to position the wind microburst profiles.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-52The instructor system shall provide controls to set the sea state level.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-53The instructor system shall provide controls to set the ocean current speed.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-54The instructor system shall provide controls to set the ocean current direction.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-55The instructor system shall provide controls to set the training session visual scene to day, night, dawn, and dusk.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-56The instructor system shall provide controls for ownhelo ice accretion.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-57The instructor system shall provide controls to insert and remove a rescue hoist load from the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-58The instructor system shall provide controls to set three layers of ducting.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-59The instructor system shall provide controls to set the ducting layer upper and lower altitudes.TECH REFRESHDemonstrationIT-C1
y2.1.2.16-60The instructor system shall provide controls to set the ducting layer line of sight scale factor.TECH REFRESHDemonstrationIT-C1
h2.1.2.17Computer Generated Forces (CGFs) controls
y2.1.2.17-1The instructor system shall provide controls of the locally generated synthetic environment entities.TECH REFRESHDemonstrationIT-C1
mb2.1.2.17-2The instructor system shall provide controls of the NGTS synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-3The instructor system shall provide controls to configure, load, and reload CGF weapons.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-4The instructor system shall provide controls to configure CGF emitters.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-5The instructor system shall provide controls to designate CGFs as friendly, hostile, and neutral.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-6The instructor system shall provide controls to position the CGFs within the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-7The instructor system shall provide controls to insert and remove CGFs from the synthetic environment.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-8The instructor system shall provide controls for CGF air entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-9The instructor system shall provide controls for CGF surface entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-10The instructor system shall provide controls for CGF subsurface entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-11The instructor system shall provide controls to insert CGF localized acoustic turbulence at the site of a contact turn (Knuckles).TECH REFRESHDemonstrationIT-C1
y2.1.2.17-12The instructor system shall provide controls to save the current NGTS configuration and identify the saved configuration as part of a training scenario.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-13Entity control shall include the ability of the instructor to control, activate, and deactivate assigned emitters.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-14Entity control shall include the ability of the instructor to control, activate, deactivate, and manipulate 3 dimensional movement paths including velocity for air entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-15Entity control shall include the ability of the instructor to control, activate, deactivate, and manipulate 2 dimensional movement paths including velocity for ground entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-16Entity control shall include the ability of the instructor to control, activate, deactivate, and manipulate 2 dimensional movement paths for surface entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-17Entity control shall include the ability of the instructor to control, activate, deactivate, and manipulate 3 dimensional movement paths for subsurface entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-18Entity control shall include the ability of the instructor to control, activate, deactivate, and manipulate the activation of entity articulated parts and capabilities.TECH REFRESHDemonstrationIT-C1
y2.1.2.17-19Entity control shall include the ability of the instructor to control the deployment of weapons.TECH REFRESHDemonstrationIT-C1
h2.1.2.18Ground Control Approach (GCA) controls
y2.1.2.18-1The instructor system shall provide controls for the instructor to select only one glideslope and course deviation display at a time.TECH REFRESHDemonstrationIT-C1
h2.1.2.19Landing Signalman – Enlisted (LSE) controls
y2.1.2.19-1The instructor system shall provide controls to locate the LSE on terrain and on the deck of the LLS.TECH REFRESHDemonstrationIT-C1
y2.1.2.19-2The instructor system shall provide manual controls to select the LSE signals to present.TECH REFRESHDemonstrationIT-C1
y2.1.2.19-3The instructor system shall provide controls to set the LSE to automatically present signals.TECH REFRESHDemonstrationIT-C1
h2.1.2.20Role-playing
y2.1.2.20-1The instructor system shall provide controls to role-play the communications of synthetic entities.TECH REFRESHDemonstrationIT-C1
y2.1.2.20-2The instructor system shall provide controls to role-play the ownhelo pilot when the WTT is operating as an independent WTT ownhelo.TECH REFRESHDemonstrationIT-C1
y2.1.2.20-3The instructor system shall provide controls to operate the RAST system on landing ships.TECH REFRESHDemonstrationIT-C1
y2.1.2.20-4The instructor system shall provide controls to perform third party laser designation of targets.TECH REFRESHDemonstrationIT-C1
y2.1.2.20-5The instructor system shall provide controls to load and unload crew served weapons.TECH REFRESHDemonstrationIT-C1
y2.1.2.20-6The instructor system shall provide controls to operate the laser designation of CGF entities.DemonstrationIT-C1
h2.1.2.21Subsystem controls
y2.1.2.21-1The instructor system shall provide controls for the volume of aural cueing sounds from off to full volume.TECH REFRESHDemonstrationIT-C1
y2.1.2.21-2The instructor system shall display computational systems status checking information.TECH REFRESHDemonstrationIT-C1
h2.1.2.22Video and audio capture controls
n2.1.2.22-1The instructor system shall provide controls to record the video quad view and audio source for debrief.TECH REFRESHDemonstrationIT-C1
n2.1.2.22-2The instructor system shall provide controls to select the Out-The-Window (OTW) Image Generator (IG) channel to use as a video source.TECH REFRESHDemonstrationIT-C1
h2.1.2.23Chairs
y2.1.2.23-1The FIS, SIS, and TIS chairs shall have castors or wheels and be moveable.ExaminationIT-C1
y2.1.2.23-2The FIS, SIS, and TIS chairs shall provide padded seating, and back surfaces.ExaminationIT-C1
y2.1.2.23-3The FIS, SIS, and TIS chairs shall be adjustable fore, aft, and in seat height.ExaminationIT-C1
y2.1.2.23-4The FIS, SIS, and TIS chairs shall provide lower back support.ExaminationIT-C1
h2.1.3OFT crew station
h2.1.3.1Access pathway
y2.1.3.1-1The OFT cockpit mockup, FIS instructor position, and FIS observer position shall be provided with a common interior pathway for personnel access between the three areas.ExaminationIT-C1
h2.1.3.2Cockpit mockup
y2.1.3.2-1The OFT shall provide a cockpit mockup representing a 3-dimensional structural equivalent of the interior space of the MH-60R cockpit from the glare shield to a station line aft of the pilot and copilot crew seat positions IAW NATOPS.ExaminationIT-C1
y2.1.3.2-2The OFT cockpit mockup shall be compatible with the operation of Night Vision Goggles (NVG) IAW MIL-STD-3009.DemonstrationIT-C1
h2.1.3.2Crew seats
y2.1.3.2-1The OFT shall provide seating surfaces and positioning functionality of the MH-60R pilot and copilot crew seats IAW IETM procedure A1-H60RA-110-100-004-00 Principles of Operation – Cockpit Furnishings.ExaminationIT-C1
y2.1.3.2-2The OFT pilot and OFT copilot crew seats shall be physically located in the cockpit mockup IAW NATOPS.ExaminationIT-C1
y2.1.3.2-3The mechanical mounting interface of the seats to the simulator cockpit floor deck shall replicate the MH-60R aircraft crew seat mounting interface.ExaminationIT-C1
y2.1.3.2-4The OFT pilot and OFT copilot crew seats shall provide restraints, such as seat belts, IAW MH60R IETM & NATOPS.ExaminationIT-C1
y2.1.3.2-5The performance of the seat position adjustment shall be altered to minimize the impact of the additional weight of the seat assembly.ExaminationIT-C1
y2.1.3.2-6Seat bucket adjustment levers for fore-aft and height adjustments shall be present and duplicate the physical location and functionality of the MH-60R Design Basis Aircraft (DBA) seat adjustment levers, where the DBA seat is Simula Safety Systems 102330-1 or Sikorsky 101002-2.ExaminationIT-C1
y2.1.3.2-7The seat bucket shall be adjustable through its full range of vertical positions by a seated trainee with no external assistance other than an overhead handhold from which to lift or push. Where ease of seat adjustment is negatively affected by additional weight from motion seat-specific components, internal mechanisms may be incorporated to compensate for the additional weight.ExaminationIT-C1
y2.1.3.2-8The crew seat inertial reel shall be present and shall function as in the MH-60R aircraft crew seat.ExaminationIT-C1
y2.1.3.2-9A lap belt tensioner mechanism shall be incorporated into the seat, which shall provide coordinated tightening/loosening of the lap belt during simulated vertical maneuvers.ExaminationIT-C1
y2.1.3.2-10Each motion seat assembly shall not exceed 175 lbs. (79.5 kg), unoccupied.ExaminationIT-C1
y2.1.3.2-11The actuator system for each seat shall fit within the envelope of the MH-60R crew seat and within a 12 in. x 16 in. x 4 in. (305 mm long x 406 mm wide x 102 mm deep) volume immediately below the crew seat fixed base, and a 6 in. x 16 in. x 36 in. (152 mm deep x 406 mm wide x 914 mm high) volume immediately behind the fixed crew seat base, for all possible seat bucket adjustment positions.ExaminationIT-C1
y2.1.3.2-12All motion seat controls and indicators shall be Night Vision Goggle (NVG) compatible or not visible during training, except for emergency indicators.ExaminationIT-C1
y2.1.3.2-13The motion seat computer, power supplies, and related elements shall be housed in an equipment cabinet of metal construction with a black exterior finish.ExaminationIT-C1
y2.1.3.2-14The equipment cabinet shall have casters suitable for a tiled floor.ExaminationIT-C1
y2.1.3.2-15The equipment cabinet shall not exceed 500 lbs. (225 kg).ExaminationIT-C1
y2.1.3.2-16The equipment cabinet shall not exceed 80 inches (2032 mm) height (including casters), 31.5 inches (800 mm) depth, or 23.63 inches (600 mm) width.ExaminationIT-C1
y2.1.3.2-17The equipment cabinet shall have an over-temperature safety system.DemonstrationIT-C1
y2.1.3.2-18The system shall give an audible warning alarm if the system temperature reaches 110 °F (43.3 °C).DemonstrationIT-C1
y2.1.3.2-19The equipment rack shall trip a circuit breaker to its main power feed if the temperature reaches 125 °F (51.7 °C).DemonstrationIT-C1
y2.1.3.2-20The equipment rack shall require a manual reset after an over-temperature shutdown.DemonstrationIT-C1
y2.1.3.2-21The equipment rack shall have an illuminated indicator visible on the exterior of the cabinet to indicate that an over-temperature shutdown occurred.DemonstrationIT-C1
y2.1.3.2-22The Motion Seat System shall include all necessary power and interface cables.ExaminationIT-C1
y2.1.3.2-23The Contractor shall furnish completed cable assemblies for all cables that interconnect within the Motion Seat System.ExaminationIT-C1
y2.1.3.2-24The interconnect cables between the seats and equipment rack shall have a bulkhead interface panel style disconnect point.ExaminationIT-C1
y2.1.3.2-25Cables connecting the equipment cabinet to the motion seat shall be terminated with circular twist-on, metal shielded connectors of the D38999 series.ExaminationIT-C1
y2.1.3.2-26All cables shall be strain relieved at the seat connection point.ExaminationIT-C1
y2.1.3.2-27The Motion Seat System shall operate from one (1) NEMA L21-30 outlet providing input power of 120Y208VAC, three-phase, 60 Hz conditioned facility power.ExaminationIT-C1
y2.1.3.2-28The ground noise produced by the Motion Seat System shall not exceed 0.1 volt Root-Mean- Square (RMS).ExaminationIT-C1
y2.1.3.2-29The motion seat system shall not cause a surge of more than 300 Amps per phase at any time and shall return to operational current draw in less than 50 ms.ExaminationIT-C1
y2.1.3.2-30The motion seat system shall have provisions for tying into the trainer ground.ExaminationIT-C1
h2.1.3.3Crew seat motion
y2.1.3.3-1The OFT shall provide seating surfaces and positioning functionality of the MH-60R pilot and copilot crew seats IAW IETM.TestIT-C1
y2.1.3.3-2The OFT shall provide pilot and copilot crew seat motion cues resulting from ownhelo motion modeling.TestIT-C1
y2.1.3.3-3The OFT shall provide variable pilot and copilot crew seat vibration cues from 3 Hz through 20 Hz.TestIT-C1
y2.1.3.3-4The OFT shall provide pilot and copilot crew seat motion cueing with no less than three degrees of freedom (DOF).TestIT-C1
h2.1.3.4Motion Cueing Seat System
y2.1.3.4-1A Motion Cueing Seat (MCS) system shall provide independent pilot and copilot seat motion and vibration cues resulting from ownhelo motion modeling in flight and on the surface (ground or ship).ExaminationIT-C1
y2.1.3.4-2The MCS shall provide cues in multiple degrees of freedom simultaneously, as modeled by the equations of motion and malfunctions.ExaminationIT-C1
y2.1.3.4-3The MCS shall be capable of supporting any trainee weight ranging from 114.6 to 238.1 lb. without degradation of performance.AnalysisPBTA
y2.1.3.4-4The MCS shall provide smooth motion with granularity and stepping not perceivable to the student.DemonstrationIT-C1
y2.1.3.4-5The MCS positions shall wash out to neutral positions at a rate that does not interfere with training.DemonstrationIT-C1
y2.1.3.4-6The system shall not produce noise and/or vibration perceptible to the pilot that is not representative of the aircraft.DemonstrationIT-C1
y2.1.3.4-7The motion seat system shall have a fail-safe device to prevent control displacement during either electrical or mechanical system failures.DemonstrationIT-C1
y2.1.3.4-8The motion seat system shall have a turn-on timing sequence to prevent large seat displacement upon energizing the system.DemonstrationIT-C1
y2.1.3.4-9The motion seat system shall include a weight-on-seat safety interlock, such that seats will not engage if empty, except during commanded BIT.DemonstrationIT-C1
y2.1.3.4-10The Motion Seat System shall not produce noise perceptible to the pilot that is not representative of the aircraft.DemonstrationIT-C1
y2.1.3.4-11The MCS system shall remain operational during the duration of training missions without intervention.DemonstrationIT-C1
y2.1.3.4-12The Motion Seat System shall provide accurate, smooth, and stable motion within the defined excursion limits.DemonstrationIT-C1
y2.1.3.4-13Motion within each axis shall contain no motion components from other axes.DemonstrationIT-C1
y2.1.3.4-14The time delay between an input step demand and an observed motion response shall not exceed 20 ms for any axis of motion.DemonstrationIT-C1
y2.1.3.4-15There shall be no perceptible pulsations present in the seats when a commanded sweep of amplitudes and frequencies is applied.DemonstrationIT-C1
y2.1.3.4-16The seat shall move in each axis linearly with no fluctuations.DemonstrationIT-C1
y2.1.3.4-17The system shall exhibit servo stability under all conditions of programmable parameter values and all conditions of external (i.e. pilot or linkage applied) inertia or friction.DemonstrationIT-C1
y2.1.3.4-18After five (5) minutes of initial warm-up, drift in the vertical vibration axis shall not exceed ± 10% of total travel over a twelve (12) hour period.DemonstrationIT-C1
y2.1.3.4-19When the system is enabled, the seat bucket shall come up into a neutral position (i.e. the mid-position of the seat bucket actuator stroke).DemonstrationIT-C1
y2.1.3.4-20Un-commanded forces or motion in any direction shall not occur.DemonstrationIT-C1
h2.1.3.5MCS Performance
y2.1.3.5-1The MCS dynamic response shall exhibit no resonances at frequencies up to and including 20.0 Hz.AnalysisIT-C1
y2.1.3.5-2The motion seat shall be capable of producing acceleration cues in three axes of motion: vertical, longitudinal (fore/aft), and lateral.AnalysisIT-C1
y2.1.3.5-3Motion within each axis shall contain no discernable motion components from other axes.AnalysisIT-C1
y2.1.3.5-4The backpad lateral actuator shall be capable of translating the seat back through +/- 0.472 inches (12 mm) of lateral motion from a mid-position in a linear relationship to the applied power signal.AnalysisIT-C1
y2.1.3.5-5The backpad longitudinal (fore-aft) axis shall be capable of translating the seat back through +/- 0.394 inches (10 mm) of longitudinal motion from a mid-position in a linear relationship to the applied power signal.AnalysisIT-C1
y2.1.3.5-6The seat cushion axis shall be capable of translating the seat bottom pressure pads through +/- 0.492 inches (12.5 mm) of longitudinal motion from a mid-position in a linear relationship to the applied power signal, where the pressure pads are flush with the seat bottom at the lowest (settled) position.AnalysisIT-C1
y2.1.3.5-7The backpad lateral axis of motion shall be capable of achieving a velocity of >3.346 in./s (85 mm/s) when driven by a 1.5 Hz sine wave.AnalysisIT-C1

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