Product Name (w/Picture) |
Description |
| WeaponWatch System® |
WeaponWatch® provides a highly reliable, wide area surveillance capability for the real-time detection, classification, and location of direct and indirect hostile weapon fire with a very high probability of detection and a very low false alarm rate. WeaponWatch can detect and classify small arms, RPGs, mortars, MANPADS, tanks and artillery beyond the effective range of the threat weapon and can process multiple weapons-fire events simultaneously. WeaponWatch can display threat type and location, cue imaging systems and weapons, and support a common operating picture in real-time using existing tactical communications system, radios, and architectures. WeaponWatch can operate standalone or within existing command, control, communications, computers and intelligence (C4I) architectures. System size is 16” x 12” x 8” (W x D x H), weighs ~ 27 lbs and uses less than 400 watts total power. The basic system comes with a WeaponWatch sensor, AC-DC power supply, laptop computer, power switch fuse box, system disks, and and all necessary cables packed in a pelican carrying case. WeaponWatch provides a wide field-of-view (FOV) that is field selectable. Optional imager modules can be added for enhanced imaging and laser ranging. This technology is like Overwatch and WSS systems. |
| Quickset/INS Interface Cable for WeaponWatch |
The Quickset/INS Interface Cable used to connect a pan/tilt unit and INS to the WeaponWatch sensor. This cable connects the INS Assembly (RT06MEC999047-003) and the Pointing Assembly (7-45510). This cable uses Mil-Std-38999 connectors and has dust caps. |
Cable, Ethernet Interface for WeaponWatch, 15 feet |
The Ethernet Interface Cable is used to connect the WeaponWatch sensor to a network or stand-alone laptop. This cable is 15 feet long with a neoprene sleeve with two RJ45 connectors on one end and a Mil-Std-38999 connector on the other. Each connector has a dust cap. |
| Cable, Ethernet Interface for WeaponWatch, 50 feet |
The Ethernet Interface Cable is used to connect the WeaponWatch sensor to a network or stand-alone laptop. This cable is 50 feet long with a neoprene sleeve with two RJ45 connectors on one end and a Mil-Std-38999 connector on the other. Each connector has a dust cap. |
| Power Supply Assembly for WeaponWatch |
The Power Supply Assembly is used to power the WeaponWatch sensor. The input for the 600W power supply is 115V AC. The power supply has a Mil-Std-38999 connector that connects to Power Distribution Box (RT05MEC014050-001). The Battery to Distribution Box Cable can be removed from the power supply and connected to any 18-36 VDC power supply for operating the WeaponWatch sensor. |
| Cable, Distribution Box to WeaponWatch, 15 feet |
This a cable used to power the WeaponWatch sensor. It connects from the Power Distribution Box (RT05MEC014050-001) to the WeaponWatch sensor (RT05SYS010008-009). This cable is a 15 foot EMI Braided cable with a Teflon and neoprene outer sleeving. Both cable ends have a Mil-Std-38999 connector. |
| Cable, Distribution Box to WeaponWatch, 50 feet |
This a cable used to power the WeaponWatch sensor. It connects from the Power Distribution Box (RT05MEC014050-001) to the WeaponWatch sensor (RT05SYS010008-009). This cable is a 50 foot EMI Braided cable with a Teflon and neoprene outer sleeving. Both cable ends have a Mil-Std-38999 connector. |
| Power Distribution Box |
The Power Distribution Box is a small box with a 15 Amp military fuse that is used to power on/off the WeaponWatch sensor. The Power Distribution Box is a small four (4) inch square box that contains a 18-36 Volt DC fuse for safety of operators and the WeaponWatch sensor. This box has four mounting holes, a military on/off fuse, and two Mil-Std-38999 connectors. |
| Left Cooler Assembly for WeaponWatch |
The Left Cooler Assembly is a replacement part on the WeaponWatch system. It is a Thermal Electric Cooler (TEC) used to regulate the temperature within the WeaponWatch box. This assembly has several TECs connected to an internal and external fin structure. On the inside fin structure there is a control board that regulates the TECs and the fans. |
| Right Cooler Assembly for WeaponWatch |
The Right Cooler Assembly is a replacement part on the WeaponWatch system. It is a Thermal Electric Cooler (TEC) used to regulate the temperature within the WeaponWatch box. This assembly has several TECs connected to an internal and external fin structure. On the inside fin structure there is a control board that regulates the TECs and the fans. |
| Window Cover Assembly for WeaponWatch |
The Window Cover Assembly is a replacement part for theWeaponWatch system. It contains the motorized MWIR window cover and weather gaskets used to protect the window and WeaponWatch system. |
| System Flash Disks for WeaponWatch |
The Flash Disk is a system operating disk and an emergency boot disk. The Flash Disk is used for normal operation and to reset the WeaponWatch sensor to a standard operating condition. |
Accessories List |
| Visible Charge-Coupled Device (CCD) with Zoom/LRF Module |
The Visible Imaging/LRF Module is a WeaponWatch system accessory that adds the capability to provide a highly reliable slew-to-cue and visible imaging to WeaponWatch. This module can be bolted to the top of the WeaponWatch. The visible CCD imager has an 18x continuous zoom lens. The focal length ranges from 4.1 mm (wide angle) to 73.8 mm (telephoto) giving a field of view of 48 degrees (wide) and 2.8 degrees (end of optical zoom). The imager features auto focus throughout the entire zoom range and imaging down to a minimum illumination of 0.7 lux. The Laser Range Finder (LRF) is bore-sighted to the center of the imager allowing for an accurate range output. The LRF operates at 1550 nm, is eyesafe (class 1, ANSI Z136.1-2000), and is undetectable with an unaided eye. The LRF can range objects out to 2500 meters (target size 2.3 x 2.3 m). Through the WeaponWatch system the imaging module can perform auto or operator-directed imaging and ranging. This comes with a imaging module, pan/tilt unit, and all necessary cables to connect it to the WeaponWatch Sensor in a pelican case. |
| LWIR/LRF Module |
This is a Long Wave Infrared (LWIR) imaging with Laser Range Finder (LRF) module that is a WeaponWatch system accessory that adds the capability to provide a highly reliable slew-to-cue and LWIR imaging to WeaponWatch. This module can be bolted to the top of the WeaponWatch. The night imaging module uses a LWIR, (8-12 mm) uncooled microbolometer focal plane array and a 100 mm telephoto lens with motorized focus. The night imager has a field of view of 5.5 degrees. With the platform stationary and good visibility, the night imager permits the detection of a man sized object at 1500 meters, recognition at 500 meters and identification at 200 meters. The LRF is bore-sighted to the center of the imager allowing for an accurate range output. The LRF operates at 1550 nm, is eyesafe (class 1, ANSI Z136.1-2000), and is undetectable with an unaided eye. The LRF can range objects out to 2500 meters (target size 2.3 x 2.3 m). Through the WeaponWatch system control the imaging module can perform auto or operator directed imaging and ranging. This comes with a imaging module, pan/tilt unit, and all necessary cables to connect it to the WeaponWatch Sensor in a pelican case. |
| Pointing Assembly |
The Pointing Assembly is a WeaponWatch system accessory used to point the WeaponWatch sensor and imaging module. This is a modified QuickSet QPT130 with adapter plates and cabling necessary to connect to the WeaponWatchsystem. This module can move 435 degrees pan rotation and ± 90 degrees tilt allowing ease of pointing of the WeaponWatch system. This assembly comes with the required screws and accessories to attach to the WeaponWatch tripod module. Requires RT05CBL010312-001 for operation. |
| INS Assembly |
This assembly is an Inertial Navigation System (INS) and Global Positioning System (GPS) that attaches to the WeaponWatch System. This system improves the system accuracy of position, motion, and heading. This is useful on the move and stationary. The INS is CrossBow NAV420 with an external GPS antenna. This includes the GPS cable necessary for connection. This requires the4 Quickset/INS Interface Cable (RT05CBL010312-001) for connection to the WeaponWatch System. |
| Tripod Assembly |
The Tripod Assembly is used to mount the WeaponWatch sensor. It is a modified QuickSet tripod with the required mounting holes. With this accessory the WeaponWatch can be used as a dismounted sensor. All screws and accessories are included. |
| RAID Tower Mount |
The Tower Mount is a metal-mounting fixture used to mount the WeaponWatch sensor to the RAID tower mount. It comes with all necessary screws and bolts to mount the assembly. |
| Day/Night Imaging/LRF Module |
This module provides multi-resolution Long Wave Infrared (LWIR) imaging capability and visible (EO) zoom imaging capability with an integrated Laser Range Finder (LRF) module that is a WeaponWatch system accessory. The module is supplied on a highly reliable slew-to-cue pointing paltform, capable of infinite azimuth angle rotation and +/- 22 deg elevation, both at approximately 180 deg/sec. This module can be bolted to the top of the WeaponWatch. The day/night imaging module uses two boresighted LWIR (8-12 mm) uncooled microbolometer focal plane arrays, with different focal length lenses, providing 7 deg and 23 deg simultaneous fields-of-view. The visible (EO) camera is fitted with a zoom lens (2.8 deg - 48 deg) providing a high-quality, color image. The LRF is bore-sighted to the center of the imager allowing for an accurate range output. The LRF operates at 1550 nm, is eyesafe (class 1, ANSI Z136.1-2000), and is undetectable with an unaided eye. The LRF can range objects out to 2500 meters (target size 2.3 x 2.3 m). Through the WeaponWatch system control, the imaging module can perform auto or operator directed imaging and ranging. This comes with an imaging module, pan/tilt unit, and all necessary cables to connect it to the WeaponWatch Sensor in a pelican case. |
Labor Category Descriptions
Labor Category |
Education |
Years Experience |
Description |
| Subject Matter Expert (SME) |
Advanced Degree
Bachelor Degree |
20
25 |
Minimum/General Experience: Experience in the analysis, planning, design, development, and support of integrated systems. Must be recognized expert in engineering field. |
| Engineer 6 (E6) |
Advanced Degree
Bachelor Degree
Associate Degree |
10
15
20 |
Minimum/General Experience: Experience in the analysis, planning, design, development, and support of integrated systems. |
| Engineer 5 (E5) |
Advanced Degree
Bachelor Degree
Associate Degree
|
8
10
20 |
Minimum/General Experience: Experience in the analysis, planning, design, development, and support of integrated systems. |
| Engineer 4 (E4) |
Advanced Degree
Bachelor Degree
Associate Degree
High School or GED |
5
7
10
20 |
Minimum/General Experience: Experience in the analysis, planning, design, development, and support of integrated systems. |
| Engineer 3 (E3) |
Advanced Degree
Bachelor Degree
Associate Degree
High School or GED |
4
6
8
15 |
Minimum/General Experience: Experience in the analysis, planning, design, development, and support of integrated systems. |
| Engineer 2 (E2) |
Bachelor Degree
Associate Degree
High School or GED |
0
5
10 |
Minimum/General Experience: Limited experience in the analysis, planning, design, development, and support of integrated systems. |
| Engineer 1 (E1) |
Bachelor Degree
Associate Degree
High School or GED
|
0
2
5 |
Minimum/General Experience: Entry level of professional work. |
| Technician 3 (T3) |
Associate Degree
High School or GED |
5
8 |
Minimum/General Experience: Experience in the installation, testing, servicing and maintenance of systems, equipment, computers, programs and associated peripherals. Experienced in troubleshooting, repairing, testing and calibrating engineering equipment and computer systems. Broad knowledge of applicable test equipment, specialized tools, equipment, machines and computer hardware, software and peripherals. Experienced in planning, monitoring, managing and teaching various tasks and activities. Capable of communicating clearly orally and in writing. |
| Technician 2 (T2) |
Associate Degree
High School or GED |
3
5 |
Minimum/General Experience: Experience in the installation, testing, servicing and maintenance of systems, equipment, computers, programs and associated peripherals. Experienced in troubleshooting, repairing, testing and calibrating engineering equipment and computer systems. Broad knowledge of applicable test equipment, specialized tools, equipment, machines and computer hardware, software and peripherals. Experienced in planning, monitoring, managing and teaching various tasks and activities. Capable of communicating clearly orally and in writing. |
| Technician 1 (T1) |
High School or GED |
0 |
Minimum/General Experience: Entry level of technician work, which requires no experience. Minimum Education: High school degree. |
| Clerical / Admin 2 (C2) |
High School or GED |
5 |
Minimum/General Experience: Clerical experience in a technical or ADP environment. Proficient in the preparation of correspondence, documents and reports using various word processing, drawing, and spreadsheet software programs. Experience in planning, monitoring, managing and teaching various administrative tasks and activities. |
| Clerical / Admin 1 (C1) |
High School or GED |
0 |
Minimum/General Experience: Limited clerical experience in a technical or ADP environment. Familiar with the preparation of correspondence, documents and reports using various word processing, drawing, and spreadsheet software programs. |
| Training -
Basic Operations of the WeaponWatch System (1) |
Not Applicable |
This training course will give a general overview, explanation of parts, system assembly and interconnect, proper system operation, explanation of system output interfaces, and proper packing/storage. Curricula includes classroom briefing and hands-on training. Requestor must supply a WeaponWatch sensor |
|
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