W91CRB18R0002_Attachment_J-9_STORM_II_ICD_30Oct2017.docx

NVESD-ICD-102

NVESD-ICD-102

30 October 2017

INTERFACE CONTROL DOCUMENT (ICD)

FOR THE

SMALL TACTICAL OPTICAL RIFLE MOUNTED MICRO-LASER RANGEFINDER (STORM II)

Prepared by:

Product Manager Soldier Precision Targeting Devices 10170 Beach Road, Building 325T Fort Belvoir, VA 22060

Recipients shall:

1. Read and comply with distribution markings.

2. Direct all requests for distribution to other parties to Peter Buckless at peter.p.buckless.civ@mail.mil.

3. Destroy the documents once they are no longer required to support this solicitation.

Recipients shall NOT:

1. Redistribute the documentation outside their company/organization; this includes other subsidiaries within the corporate structure.

ADDITIONAL NOTES TO OFFERORS:

1. Requirements/parameters in this document are aligned with the approved STORM Capability Production Document (CPD).

DISTRIBUTION STATEMENT D. Distribution authorized to the Department of Defense and U.S. DoD contractors only (Critical Technology) 17 February 2017. Other requests for this document shall be referred to the attention of the Product Manager Soldier Precision Targeting Devices (PM SPTD), ATTN: SFAE-SDR-SSL-SPTD, Ft. Belvoir, VA, 22060-5800.

AMSC NA FSC 5855

DISTRIBUTION STATEMENT F. Further dissemination only as directed by PM- Soldier Maneuver Sensors (24 September 2010) or higher DoD authority.

1. SCOPE

1.1 Scope. This ICD establishes the operational requirements, device configuration, environmental and evaluation test requirements for the Small Tactical Optical Rifle Mounted micro-Laser Range Finder, herein referred to as the STORM-II. It shall be adhered to in conjunction with the STORM II Performance Specification.

made to ensure the completeness of this list, document users are cautioned they must satisfy all requirements of this ICD whether or not they are listed in the publication.

2.2 Federal and Department of Defense Specifications, Standards, Handbooks, Drawings, Documents, Government and Non-Government Documents. Shown below are all of the publications that form part of this ICD.

a. FED-STD-595 Colors Used In Government Procurement

b. MIL-STD-1913 Dimensioning of Accessory Mounting Rail for Small Arms Weapons

c. MIL-HDBK-454 General Guidelines for Electronic Equipment

(Copies of these documents are available online at http://assist.daps.dla.mil/quicksearch/ or www.dodssp.daps.mil or from the Standardization Document Order Desk, 700 Robbins Avenue, Building 4D, Philadelphia, PA 19111-5094.)

d. 99-P53992D STORM Interface Control Document, General Dynamics, 18 April 2005

e. IDD-681120483 Remote Weapons Station Interface Design Description, STORM Laser Range Finder, October 19, 2004

(Copy released to contractor by Kongsberg Defense, Norway after approval of Technical Assistance Agreement by the US Department of State.)

f. ICD-GPS-153 GPS User Equipment Interface Control Document for the GPS Standard Serial Interface Protocol (GSSIP) of DoD Standard GPS UE Radio Receivers, Revision C, 10 December 2002

g. NVESD-ICD-101 Interface Control Document for The Small Tactical Optical Rifle Mounted Micro-Laser Range Finder (STORM-SLX mLRF), 26 April 2013.

h. Title 21, CFR Part 1040 Performance Standards for Light Emitting Products

(Copies of this document may be obtained through http://www.accessdata.fda.gov/scripts/cdrh/chfdocs/cfCFR/CFRSearch.cfm?FR=1040.19).

i. ANSI Z136.1-2014 American National Standard for the Safe Use of Lasers (Application for copies may be obtained by contacting http://webstore.ansi.org).

(Application for copies may be obtained by contacting http://webstore.ansi.org/ansidocstore/default.asp).

j. ASTM D 1729 Standard Practice for Visual Appraisal of Colors and Color Differences of Diffusely-Illuminated Opaque Materials

(Application for copies may be obtained by contacting http://www.astm.org).

k. NFPA 70-566 National Electric Code Article 725

(Application for copies may be obtained by contacting http://www.nfpa.org).

l. UL-1950 Standards for Safety of Information Systems Equipment

(Application for copies may be obtained by contacting http://www.ul.com).

m. USB 2.0 Universal Serial Bus, Specification Revision 2.0, May 8, 2009 (Application for copies may be obtained by contacting http://www.usb.org).

(Application for copies may be obtained by contacting http://www.usb.org).

2.4 Order of Precedence. In the event of a conflict between the text of this document and the publications cited herein, the text of this document takes precedence. Nothing in this document, however, supersedes applicable laws and regulations unless a specific exemption has been obtained.

3.0 PHYSICAL CONFIGURATION REQUIREMENTS

3.1 General. In order to simplify training and familiarization requirements for the Soldier, system exterior design features such as symbology, buttonology, and switchology shall be minimized to the extend practical. While there is room for design ingenuity and creativity, the form, fit and function requirements as shown below shall be followed by all manufacturers to maintain continuity with legacy STORM devices.

3.2 Weight and Overall Envelope Dimensions

The STORM II shall weight ˂ 14 oz with battery(s) (T), < 10 oz with battery (s) (O) exclusive of the remote control. The remote control shall weight ≤ 2.5 oz (T), < 2.0 oz (O).

The overall envelope dimensions for the STORM-II shall be as follows (maximum 32.8 cubic inches): Width ≤ 3.6 inches, Length < 5.7 inches, Depth ≤ 1.6 inches.

3.3 Electrical Connector Descriptions and Locations.

3.3.1 External Power and USB. A 6-pin Glenair Connector (part number 807-155 ZC6-6CN) shall be located on the rear of STORM-II to accommodate External Power and USB signals.

3.3.2 Remote Control, Remote Control Power, and RS232. A 7-pin Fischer connector (part number DBEE 102 A056-149) shall be located on the rear of STORM-II to accommodate signals for Remote Control, Remote Control Power, and RS232 serial data link.

3.4 Mounting Mechanism. The mounting mechanism shall use no more than two mounting/tightening devices.

3.5 Bore Sight Alignment Mechanism. Bore sight alignment mechanism shall use one adjuster for horizontal and one for vertical alignment. These shall align all lasers simultaneously.

3.6 Control Buttons, Switch Locations and Functions.

Range (Laser Range Finder (LRF) measurement), Menu, Laser activation buttons, and Function Select Switches, shall be consistent to the maximum extent possible with legacy STORM SLX placement and operation, the salient features outlined in 3.6.1 a-r and Table 1. The exception to this might be the NIR Illuminator High Operation button and LRF/SWIR Marking and Illumination Mode Selector switch, being new features for STORM II.

3.6.1 Range, Menu, Laser Activation Buttons and Function Select Switch Operations

a. Range, Menu, and Laser buttons shall be located on the left side of STORM-II chassis, when looking at the rear of the unit, and marked with an "L", "M", and "R" respectively.

b. “L” button is for Laser fire, “R” button is for Range measurement.

c. Tapping the “L” button once will initiate a momentary lasing event, tapping the “R” button once will initiate a single range (or SWIR Illuminator or Marker) event.

d. Tapping the “L” button twice in rapid succession will initiate a continuous lasing event, tapping the “R” button twice in rapid succession will initiate continuous ranging (or SWIR Illuminator or Marker) events.

e. The "L" and "R" buttons will also be used for menu tree navigation while the "M" button will be used for menu entry/exit and menu selection, as implemented in legacy STORM devices.

f. Holding the "M" button for a period of approximately 3-5 seconds will bring up the menu screen.

g. Scrolling through the menu tree shall be accomplished using navigation "L" and "R" buttons for default selections.

h. A removable Remote Control shall utilize the RS-232 Serial Data cable for communication to STORM II.

i. The removable Remote Control shall provide a dual button feature to allow for LRF Range firing and Laser Activation (T), or a three button feature to allow for LRF Range firing, Laser Activation, and full Menu selection capability (O).

j. A three button feature allowing for LRF Range firing, Laser Activation, and full Menu selection capability (O) will utilize pin # 1 “NC” on the 7-pin Fischer connector for the Menu function.

k. The removable Remote Control shall be common in design and electrical functionality with PM-SSL Products Remote Control devices and Legacy STORM Remote Control devices.

l. The removable Remote Control shall allow the operator to independently operate the aforementioned operations from the rear or forward grip area.

m. Menu tree structure and design is determined by each vendor, and shall be provided to the Government in the vendors’ Systems Engineering Plan.

n. For autonomous operation, a rotary switch shall be mounted on the top rear to control the Visible Aiming Laser Low and High, NIR Aiming Laser Low and High, NIR Illumination Laser Low and High, and Dual Illumination Low and High.

o. For autonomous operation, a rotary switch shall be mounted on the top rear to control LRF, SWIR Marking Mode, and SWIR Illumination Mode.

p. A visible mechanical safety lockout mechanism shall be incorporated to prevent inadvertent High power mode(s) of operation.

q. Ballistic Calculator mode will allow input of parameters via RS-232, USB, or UWB.

r. The Ballistic Calculator will provide firing offset parameters to the display or output these parameters over RS-232, USB, or UWB.

Table 1 Switch, Button, Menu, Display Features

3.7 Display. The various modes and defaults shall be shown using a menu tree format on the display. To the extent possible, spell out the modes and defaults. The display format and symbols are shown in Figure 1.

FIGURE 1. Display Structure and Symbols.

APPENDIX Connectors, Pin-Outs, and Drawings

Figures A, B, C, D, E provide connector locations and pin-outs required for STORM II. Protector RWS interface cables are in Figures D and E. Ground lug location is in Figure F.

FIGURE A 7-Pin Fischer Connector

1. This diagram records the correct pin-out for the STORM II ICD.

2. Previous STORM ICD’s were incorrect due to the fact that the Fischer data sheet for the DBEE 102 A056-149 (chassis receptacle – female) and S 102 A056-142 +N/3.5 (cable plug – male) shows the pin numbering looking from the rear, whereas the ICD’s provided the pin-out looking from the front with incorrect numbering.

3. Pin positioning and numbering are taken directly from “Fischer Connectors General Catalogue Edition 5” page 80, for Series 102 Type A Receptacle and Plug. Note the large black arrow shown on the diagrams indicates perspective as per the catalogue.

4. Functional position for each pin remains the same as legacy STORM ICDs/devices, the STORM II ICD only corrects the numbering.

FIGURE B Interface to the Protector Remote Weapon Station (RWS) (formally STRYKER RWS) 7-pin Fischer Receptacle and Plug RS-232 signals and remote control Splice Power, Ground, USB signals SSA Receptacle and Plug

STORM II

Production Unit 6-pin Glenair Receptacle and Plug. Note: Receptacle could be external, or recessed in the battery compartment. The plug could be part of an adapter that would fit into the battery compartment.

7-pin Fischer S 102 A056-142 +N/3.5 Plug

STORM

Production Unit 6-pin Glenair 807-196-16ZC6-6SN Plug. Note: Plug could be part of an adapter that would fit into the battery compartment.

7-pin Fischer DBEE 102 A056-149 Receptacle 6-pin Glenair 807-155 ZC6-6CN Receptacle. Note: Receptacle could be external, or recessed in the battery compartment.

Figure C 6-Pin Glenair Connector

FIGURE D Protector RWS Interface Cable Drawings

1. Spatial placement and functional description of the pins in Figure D and E is accurate. However, pin numbering for the 7-Pin Fischer connector is incorrect, as noted previously.

FIGURE E Protector RWS Interface Cable Drawing

FIGURE F Protector RWS Grounding Lug.

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