Modular Tactical System

System Components - Tactical Mission Controller (TMC)- wearable computer,

power manager and peripheral controller - Universal Tactical Display (UTD)- remote 6.5” touchscreen

display - Tactical I/O Hub- additional interfaces: 2x standard

USB, RS232, audio, and USB through a sealed circular connector

- GPS module - Cables for adapting the MTS to the Human Machine

Interface and C4ISR peripherals

Optimized for Dismounted C4ISR - Full integration with uniform ensemble - Option for 3-day assault pack - Daylight-viewable/NVG compatible display or hands free

display - Intuitive software interface consolidates C2/SA

information on single display - System can also be integrated into a bag for a more self

contained operational capability

Deployed in Afghanistan (OEF)

Interoperable with fielded equipment and software

- Radios, batteries and power systems - Systems integrates on most tactical plate carriers with a

new cummerbund for cable management - Common mapping, CAS, and C2/SA applications - Helmet mounted displays - Peripherals - Video Down Link receivers

Multi-mission flexibility - Targeting - Combat Medic/MEDEVAC - Intelligence (speech translation, Sensitive Site

Exploitation, Biometrics, Forensics) - Unmanned vehicle control - EOD

Now available off the shelf - Technology Readiness Level (TRL) 9 product - Deployed in Operation Enduring Freedom, Afghanistan

The MTS System Overview

2. UTD[Front vest panel, chest or

lower torso]

3. I/O HUB[Placed in cummerbund, left

or right sides]

1. TMC[Upper rear vest panel]

4. GPS[Left shoulder]

Prototype hardware shown

The MTS components are integrated with the tactical plate carrier to maximize the user’s ability to interact with the system. In addition, component placement is intended not to impede the overall mobility of the soldier.

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The Human Machine Interface

Core System

Operating System Windows® XP*Windows® 7Linux

Processor Intel® Atom™ 1.1 or 1.6* GHz

Memory 1 or 2* GB

Storage Removable 64 or 128* GB SSD

Information Assurance Trusted Platform Module (TPM) and Tamper Detection

Expansion Slots

SD card slot (up to 32 GB)

Display (Universal Tactical Display)

6.5-inch sunlight-viewable touchscreenXGA (1024 x 768)5-wire resistive touchscreen display with passive stylusMIL-STD-3009 NVIS radiance compliance

Keypad & Buttons

5 programmable buttonsDedicated on-screen keyboard buttonOptical mouse with left and right click

Communications

GPS interfaces SiRFstarIII or DAGR GPS

Military radios AN/PRC: 148, 117G, 117F, 152; Micro Light

Input / Output

1x Hands-free display2x RadioVideo down link (VDL)3x USBRS-232Audio outMic inEthernet

Bundled Software

LaunchPad application launcherStatus and Configuration (StatCon)AppConfig (open/restore a set of applications)

Power

Input 9–35 VDCMIL-STD 1275 compliant

Power source options LI-80LI-145BA-5590BA-2590Fuel cellsSolarAC adapterVehicle power

Regulatory

FCCROHSCE mark

Environment

Operating temperature -22 to 140 °F [-30 to +60 °C]

Storage temperature -40 to +167 °F [-40 to +75 °C]

Drop 48-inch to gravel

Sealing IP67 certified

MIL-STD-810G Low Temperature - Cold Boot, Low Temperature - Storage, High Temperature, Immersion, Altitude, Drop Shock, Vibration, Salt Fog, Humidity, Explosive Atmosphere, Dust, Sand

MIL-STD-461F† RE102

* Standard configuration options† Ground Mobile Curve with no more than 6 CW excursions above limit between 25 MHz and 500 MHz where each excursion magnitude is less than 8 dBuV/meter.

Modular Tactical System (MTS) Specifications SPECIFICATION SHEET

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7450 South Priest DriveTempe, AZ 85283, USA

tel +1 (480) 705-4200fax +1 (480) 705-4216 ©2011 RMT, Inc. Black Diamond Advanced Technology is a product line of RMT, Inc.

SPECIFICATION SHEET

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The MTS display in “NVG-mode” produces no detectable light beyond 10 meters. Utilized PVS-14 and PVS-15 night vision goggles in cold, dark night conditions. Crescent moon low on horizon.

The MTS system is currently fielded in Afghanistan in combat operations in support of OEF. This image shows how the MTS can be adapted to the soldier’s existing plate carrier system.

This image shows the heat signature of the MTS Tactical Mission Controller is similar to that of the user’s body temperature.

The system being utilized in real world conditions for targeting and navigation.

UTD

Farm lights, approx. 2 miles

Back of user’s head

TMC

SPECIFICATION SHEET

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MTS In The Field

Overview

Sunlight-Viewable TouchscreenThe UTD provides unmatched visibility even in the brightest sunlit conditions and the 6.5-inch screen is large enough to view multiple windows simultaneously.

Five Programmable ButtonsThe five programmable soft-keys allow quick access to common commands and applications.

Fully Rugged, IP67 SealedThe UTD is designed and tested to meet or exceed MIL-STD-810G and IEC60529 IP67 test specifications.

Display

6.5-inch sunlight-viewable touchscreenXGA (1024 x 768)5-wire resistive touchscreen display with passive stylusMIL-STD-3009 NVIS radiance compliant

Keypad & Buttons

5 programmable buttonsDedicated on-screen keyboard buttonOptical mouse with left and right click

Input/Output

Via gold dot connector VGAUSB

Quick disconnect cable

Power

8–35 VDC inputMIL-STD-1275 compliant

Physical

Magnesium alloy housing with elastomeric grips/bumpers8.4 (L) x 6.4 (W) x 1.4 (H) in. [213 x 163 x 36 mm]1.4 lb. [635 g]

Environment



Sealing IEC60529 IP67

MIL-STD-810G

MIL-STD-461F

Programmablebuttons

Optical mouse

StylusGold dot connection

Grip surface

On-sceen keyboard button

Programmablebuttons

L & R click

MTS System Components SPECIFICATION SHEET

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Universal Tactical Display

SPECIFICATION SHEET

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tel +1 (480) 705-4200fax +1 (480) 705-4216

Vest Configuration• Front chest or lower torso mounting location• MOLLE mount flip-down pouch• Adjustable viewing angle• Pouch features full zipper closure to keep

-out sand and debris• Low profile pouch option available

Overview

The Tactical Mission Controller (TMC) provides radio control and data protocol translation, computing power, data storage, security, and power distribution as well as I/O to core MTS elements. The TMC attaches to the back of the tactical vest or inside a bag or pouch using the MOLLE system.

Core System

Operating System Windows® XPWindows® 7Linux

Processor Intel® Atom™ 1.1 or 1.6 GHz

Memory 1 or 2 GB

Storage Removable 64 or 128 GB SSD

Bundled Software

LaunchPad application launcherStatus and Configuration (StatCon)AppConfig (open/restore a set of applications)

Input/Output

1x GPS (commercial or DAGR)1x Helmet mounted display port1x Universal Tactical Display port2x Radio (i.e. AN/PRC: 117G, 117F, 152, 148; RT-1922)*1x I/O HubVideo down link (VDL) (i.e. MVR-IV, L3 SIR, Harris 7800T)

Power


Slots

SD card slot (up to 32 GB)

Security

Trusted Platform Module (TPM)Reduced infrared signatureRemovable hard driveTamper detectionZeroize button

Physical

Approx. 7 (L) x 3.5 (W) x 1.5 (H) in1.5 lb

Environment




MIL-STD-810G

MIL-STD-461F

Dual Communications ports for connection and control to two radios simultaneously.*

Removable solid state drive

Plastic cover reduces thermal signature

Tabs interface with PALS

Contoured back surface

Power & zeroize buttons

SD card slot Dust covers

* Or if equipped with Raytheon Taclink™ Channel 1 and Channel 2 connectors with Remote KDU interface and Ethernet

Tactical Mission Controller

Vest Configuration• TMC mounts on upper rear vest panel.• Interfaces with PALS webbing. • BDATech vest option allows easy cable

routing from TMC to inside the vest


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Overview

The Tactical Hub provides I/O capability for audio, data and power. All ports are fully sealed (IP-67). Tethered dust covers are included.

Input/Output

3x USB2x Type A sealed commercial connectors1x sealed circular connector high retention force

RS-232Audio in/out

Power


Physical

4.5 (L) x 2.85 (W) x 1.1 (H) in.7.7 oz.

Environment




MIL-STD-810G

MIL-STD-461F

2x Type A USB

RS-232

Audio in/out

Sealed USB

TMC connection

Tactical I/O Hub

Vest Configuration• Built-in front cummerbund side pocket, left

or right side option• External MOLLE pouch option available


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Overview

The GPS module connects to the TMC for data and power. It is captured in a pouch that attaches to the shoulder strap of the tactical vest. The TMC GPS interface also supports connection to a DAGR.

Communications

High sensitivity commercial grade GPSSiRFstarIII chipset1 Hz NMEA serial data streamShoulder-mounted for clear view of sky

Physical

1.7 (L) x 1.4 (W) x 0.6 (H) in.1.9 oz (with cable)

Environment




MIL-STD-810GMIL-STD-461F

GPS Module

Vest Configuration• Integrated shoulder mounted pouch• Sits to the side of the vest shoulder strap,

prevents pressure point from assault pack • Optimal viewing angle to sky


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Tactical Vests

• Low-profile computer system attaches via MOLLE and shock cord to the back of plate carrier

• Supports foot mobile and in-vehicle operations

• Full complement of PALS to attach all other necessary equipment.

• Cables are easily routed through the cummerbund (patent pending) to specific devices

• Shoulder mounted GPS provides the best view of the sky while not limiting any strap placement for assault packs

• Adjustable, sewn-in webbing supports keep the display at approximately 80 degrees to operator’s line of sight

• Lightweight designs from 500 denier Nylon

• Vests are compatible with existing hard and soft armor, including SAPI/ESAPI armor plates

• RBAV Specific

- Supports emergency doffing with all cables installed - Integrated 8-foot, quick-release rescue straps - Integrated hydration bladder pocket

• MMAC Specific

- Lighter, more compact design solution - Removable cummerbund with cable management

features - Supports MMAC elastic cummerbund for use in MTS light

mode (HMD use only)

The MTS system is designed to integrate with any tactical plate carrier. The Universal Tactical Display and the Tactical Mission Controller are MOLLE on components allowing the user to customize the placement of these devices. To optimize cable routing, the MTS is available with a custom cummerbund (patent pending) and/or a fully customized tactical plate carrier. The MTS is currently integrated with the RBAV (Releaseable Body Armor Vest) by BAE Systems and the MMAC (Multi Mission Armor Carrier by Eagle Industries. These vests are designed to optimize the use of the MTS system by providing built-in features for cable routing and distribution. This includes easy cable routing through the cummerbund, access points for routing cables in/out of the vest, and features for holding the Tactical I/O Hub and GPS.

BBATech also offers a carry pack for user’s who do not require a wearable MTS solution.

RBAV-MTS MMAC-MTS MTS carry pack

SPECIFICATION SHEET

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MTS Tactical Gear

Options

Color MultiCam®Coyote Tan

Size S, M, L, XL

8 ft. rescue strap (both sides)

Cable entry into vest from TMC

Button holes for cable access

Hydration bladderaccess

Pull tab for emergency doffing

Integrated weapon sling attachment points

Shoulder strap w/GPS pouch

UTD flip-down pouch(mounts to chest or lower torso)UTD Q.D. connector access

Collapsible I/O Hub/Radio pocket

Cable retention flap

Doffing release cable, front vest panel assy. Hydration bladder pocket

TMC with elastic retention features

MTS Tactical Gear SPECIFICATION SHEET

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Overview

The RBAV-MTS is a custom version of BAE Systems Releasable Body Armor Vest (RBAV) designed to integrate with the MTS. It has been re-designed to allow cable routing through the cummerbund in a manner that does not inhibit emergency doffing.

Features

Fully doff-ableMade from lightweight 500D CorduraCustom cummerbund for cable routing (patent-pending25+ button holes for routing cables in/out of vestFull PALS complementIntegrated hydration pocket8 ft. quick pull rescue strapsOptional MOLLE UTD pouchIntegrated weapons sling retention D-ringsShoulder pads w/optional GPS pouchDual inner MAG sleeves, L & R sidesSupports integrated soft armorSupports ESAPI/SAPI plates

RBAV-MTS (BAE Systems)

Overview

The MMAC-MTS is developed from the MMAC (Multi Mission Armor Carrier) plate carrier from Eagle Industries. It features the same basic fit, form, and function of the existing MMAC, but has been adapted to integrate with the MTS system. It also features a custom BDATech cummerbund (patent-pending) for optimized cable management.

Features

Vest Full compliment of PALSCustomized rear panel for porting cablesShoulder pads with integrated GPSIntegrated front MAG pocketsIntegrated map/admin sleeveOptional pack retention buckles

Cummerbund Easily accessible cable stow panelAdjustable cummerbund lengthEasily removed from rear vest panel via VelcroBuilt-in feature for holding I/O Hub (optional)

Armor Optional soft armor inserts for cummerbundSupports ESAPI/SAPI front/rear platesAccepts 6” x 6” and 6” x 8” side plates

Options

Colors MultiCam®Coyote Tan

Size S, M, L, XL

I/O hub shown in cummerbund Shoulder retention feature for cable management (i.e. HMD cable)

Cable entry into vest from TMC

Cable access from center of cummerbund

Retention buckle for modular pack

GPS pouch platform

Padded shoulder straps

UTD flip-down pouch(mounts to chest or lower torso)UTD Q.D. connector access

Cable retention flaps(both sides)

MMAC-MTS (Eagle Industries)


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Overview

MTS is also offered in a custom carry pack for missions scenarios where a wearable kit solution is not desired. It is an all-in-one pack for the TMC, UTD, I/O Hub, 5590 battery, GPS module, and radios/VDL devices. The back panel is constructed of a double layer of mesh for ventilation, the inner perimeter of the pack is layered with elastic strips for routing cables under, and the exterior panels are complemented with PALS for peripheral pouches.

Features

PALS webbing location for mounting TMCSeparate UTD pocketI/O hub pouch (MOLLE)Carrier for 5590 batteryFull PALS complimentGPS module pocketGrab handle top and sideBreathable mesh panel construction

Options

Color MultiCam®Coyote Tan

MTS Carry Pack

TMC secured to rear panel Battery location

GPS module under this panel

MOLLE pouch for radio/VDL device

UTD pouch, accessible from external zippered flap

Elastic for routing cables under I/O Hub pouch


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Launch Pad

LaunchPad is an easy to use, graphical application that serves as a central launching point for all important applications. It supports multiple pages, large icons, and eye-catching graphics. Single finger launch, and tap and drag scrolling make LaunchPad easy and friendly.

RKDU

The Harris 117G and 152 radios can be remote controlled using the RKDU (Remote Keypad/Display Unit). The operator can keep the radio stowed and still access all Radio functions via a large, easy to use graphical display. There is also a RKDU for the Coastal Defense MVR-IV. The Thales MBITR RKDU is currently under development.

Re-programmable Buttons

The UTD has 5 software re-programmable hard buttons that can be designated to perform specific tasks. These tasks include System events such as Windows Standby, Screen events such as Screen Capture to a file, AppConfig shortcuts, or Video Port Switching. The buttons can be programmed using a simple, graphical application.

Sync/Async

The on-board FPGA controls the internal COM port utilized by the supported radios. This COM port can be configured, through an easy graphical application, to support both Synchronous and Asynchronous modes. The supported radios determine the requirement of Sync/Async. The software simply makes it easy for the user to set the mode.

BIT

Built In Test. Both the UTD and the MTS perform a Built-In-Test on every power up. The results of these tests are displayed on the Diagnostic Screen in the Status and Configuration Utility (StatCon). The presence of peripherals such as the HMD or GPS as well as the internal operation of system components are displayed. The BIT tests can also be run after startup by the user. These results are also displayed on the Diagnostic Screen in StatCon.

App Config

AppConfig provides a simple and easy way to save and restore your Application Configuration. Once you launch, size, and locate all your applications, AppConfig memorizes that configuration as a Preset. Presets can be restored with a single Tap on the AppConfig GUI, or via a LaunchPad shortcut. All applications are automatically started and placed- allowing the operator to execute faster with less effort.

SPECIFICATION SHEET

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MTS Software Applications

SPECIFICATION SHEET

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MTS Testing Methods And Procedures

Low Temperature Cold Boot

The MTS shall power on (boot) and operate normally after un-powered storage at -30C (operational) for no less than one hour prior to application of power. Use MIL-STD-810G, Method 502.5, Procedure II as a guide. A boot delay of less than 10 minutes is acceptable to allow internal heating for temperatures below -10C.

Low Temperature Storage

The MTS shall operate normally following storage according to MIL-STD-810G, Method 502.5, Procedure I at -40C (non-operational).

High Temperature

The MTS shall operate per MIL-STD-810G, Method 501.5, Procedure I and Procedure II, +60C Operational, +75C Non-Operational (storage). [Battery charge suspended above +60C cell temperature, MTS installed on tactical plate-carrier vest].

Immersion

The MTS shall meet Operational: MIL-STD-810G, Method 512.5, Procedure I (One meter of water, 30 minutes).

Altitude

The MTS shall meet Operational: MIL-STD-810G Method 500.5, Procedure II, 8,000 feet. Non-Operational (storage): Procedure I, 40,000 feet.

Drop Shock

The MTS, while installed on the tactical plate-carrier vest, shall operate normally during and after being subjected to five drops on the face and five drops on the back (10 drops total) into 4” of gravel from a height equivalent to a 6’ person falling forward and backward while wearing the vest. Utilize MIL-STD-810G Method 516.6 as a guideline. May be performed over two UUT samples; surface abrasion and cosmetic damage is acceptable.

Shock

The MTS shall meet Non-Operational: MIL-STD-810G, Method 516.6, Procedure I. 9 shocks in 3 axes at Te=11ms, 2g @ 10Hz, 30g @ 45Hz, 10g @ 1kHz.

Vibration

Workmanship. The MTS shall meet Operational: MIL-STD-810G, Method 514.6, Procedure I, Category 24, Figure 514.5C-17 (20-2000Hz random vibration profile, 0.04g2/Hz @ 20-1000Hz, -6 dB/octave @ 1000-2000Hz), 3 hours in 3 axes.

Salt Fog

The MTS shall meet Non-operational: MIL-STD-810G, Method 509.5, two 48-hour cycles.

Humidity

The MTS shall meet Non-operational: MIL-STD-810G, Method 507.5, ten 24-hour cycles.

Explosive Atmosphere

The MTS shall meet Operational: MIL-STD-810G, METHOD 511.5, Procedure I.

Dust

The test shall be conducted in accordance with MIL-STD-810G, Method 510.5, Procedure I. Test condition clarification note: Exposure of the MTS (TMC-A1 + UTD-A2 + HUB-A3 + GPS-A4) according to MIL-STD-810G, Method 510.5, Procedure I for 3 hours operational at 23°C and an additional 3 hours non-operational at the high storage temperature. This requirement ensures compliance with the dust-immunity portion of a typical IP-67 product.

Sand

Exposure of the MTS (TMC-A1 + UTD-A2 + HUB-A3 + GPS-A4) to MIL-STD-810G, Method 510.5, Procedure II for 3 hours operational at 23°C and an additional 3 hours non-operational at the high storage temperature. Minor surface abrasion is considered acceptable and does not constitute a test failure.

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Conducted Emissions

The MTS shall be designed to comply with MIL-STD-461F CE102 from 10 kHz to 10 MHz for all power leads, including returns, which obtain power from other sources not part of the EUT.

Conducted Susceptibility

The MTS shall be designed to comply with MIL-STD-461F CS101, from 30kHz to 150kHz for all power leads not including returns. Momentary degraded performance is acceptable provided the system does not reset or require manual manipulation to restore proper operation.The MTS shall be designed to comply with MIL-STD-461F CS114 from 10kHz to 200MHz for all interconnecting cables, including power cables. Momentary degraded performance is acceptable provided the system does not reset or require manual manipulation to restore proper operation.The MTS shall be designed to comply with MIL-STD-461F CS115, impulse excitation for all interconnecting cables, including power cables. Momentary degraded performance is acceptable provided the system does not reset or require manual manipulation to restore proper operation.The MTS shall be designed to comply with MIL-STD-461F CS116, damped sinusoid transients, 10kHz to 100MHz, for all interconnecting cables, including power cables, and individual high side power leads. Momentary degraded performance is acceptible provided the system does not reset or require manual manipulation to restore proper operation.

Radiated Emissions

The MTS shall be designed to comply with MIL-STD-461F RE102 Ground Mobile limits from 10 kHz to 4 GHz.

Radiated Susceptibility

The MTS shall be designed to comply with MIL-STD-461F RS103, for electric fields from 2 MHz to 40 GHz of 50V/m (Army Ground limit). Momentary degraded performance is acceptible provided the system does not reset or require manual manipulation to restore proper operation.

Documents

Modular Tactical System