The platform is compatible with more than 20 optional “Missions Kits” which extend the set of addressable missions such as CBRN reconnaissance, Counter-IED, rescue or contact operations. On-board semi-autonomous capabilities further improve the operational efficiency induced by this versatility by reducing operators’ workload.
Long radio range (OFDM) | 1000 meters |
Speed | 0-4 km/h & 0-13 km/h |
Weight | 5 kg |
Endurance | up to 2 hours |
Charging time | < 1 hour |
Camera | 360° with front HD color Audio Microphone |
Light | White + IR |
Robustness | MIL-STD-810 |
Waterproofness | IP65 (IP67 on request) |
Mode of Operation | Handheld, with optional docking station | Efficiently identify threats at the point of need Includes measurement delay timer (up to 10 minutes) for additional safety Remote operation by PC or tablet using WiFi or USB |
Excitation Wavelength | 1064nm | Measure a broader range of substances |
Output Power | 30-300 mW adjustable laser excitation power | Allows for customization of analysis parameters to obtain most accurate analysis of your specific materials |
Graphical User Interface with QuickDetect™ Software | Touchscreen and softkeys | Smartphone-inspired with bright, touchscreen display or large button navigation for protective glove use |
Digital Camera | On-board | Record sample evidence and store with analysis |
Included Standard Library | Yes | Over 12,000 compounds including CWA, explosives, TIC/TIM, narcotics |
User-Created Library | Yes | Easily adaptable for new, emerging threats into custom library |
Operating Temperature | -20 to 50°C | |
Certification | MIL-810-G, IP-68 | |
Battery | >5hrs | Long-lasting charge with options for a recharger or docking station for 24/7 operation |
External Power | 100~240VAC/+18VDC | |
Size | 29.9cm x 8.1cm x 7.4cm (11.8in x 3.2in x 2.9in) | Allows for single-hand operation |
Weight | ~1.6kg (3.5lbs) |
The Xaver™ 400 is a compact, lightweight and durable personal device, optimized for the speed of tactical entries. The Xaver™ 400 gives special ops and rescue forces critical information in real-time about the number of people and their location behind a wall. Simple to operate, the Xaver™ 400 provides vital information when and where it is needed.
Tactical teams conducting urban operations are constantly faced with stepping into the unknown – is anyone in the room, hidden behind the wall or hiding in the hallway? Mission plans must account for any contingency, adding complexity and increasing the chance of error often in life and death situations. Camero’s Xaver™ Sense Through The Wall (STTW) systems provide unprecedented situational awareness.
Device type | Compact through-wall radar |
Penetrable wall materials | Cement, plaster, brick, concrete, reinforced concrete, adobe, drywall and other standard building materials |
Detection range | 4m, 8m, 20m |
Field of view | 120° in both Azimuth and Elevation |
Display mode | Plain view, range over time (history), high penetration and 3D view |
Frequency range | 3GHz to 10GHz |
Resolution | Range: Better than 5cm; Cross Range: Better than 50cm at 8m |
Dimensions | L: 37cm, W: 22.5cm, D: 12cm |
Weight | 3.2kg including batteries |
Power supply | Rechargeable and primary batteries, mains power source |
Battery operation time | Rechargeable: 3.5 hours Primary: 4.5 hours } Total 8 hours |
Wireless capability | Optional built-in wireless module for remote monitoring and control |
Accessories | External battery charger, power supply, hard-shell carrying case, tripod, tactical backpack, XaverNetTM (optional remote wireless ToughPad) |
By providing accurate and reliable information on the occupancy of enclosed spaces, the Xaver™ 100 enables better tactical decision making in many operational scenarios. Its potential uses include:
Device type | Handheld through-wall radar |
Penetrable wall materials | Cement, plaster, brick, concrete, reinforced concrete, adobe, stucco, drywall and many other standard building materials |
Detection range | 4m, 8m, 20m |
Field of view | 120° in both Azimuth and Elevation |
Display mode | Indication of target presence, movement direction, and distance |
Frequency range | 3GHz to 10GHz |
Dimensions | L:21.8cm, W:9.7cm, D:6.5cm |
Weight | 660g with 4 Lithium 123 Batteries |
Power supply | 4 Lithium 123 Batteries (optional 2 Lithium AA Batteries) |
Battery operation time | 3.5 hours with 4 Lithium 123 Batteries |
Wireless capability | Optional built-in wireless module for remote monitoring and control |
Accessories (optional) | XaverNetTM (remote wireless ToughPad) |
Detector Type | Amorphous Silicon with TFT |
Detector Area | 16.7" x 14.1" (423 x 358 mm) |
Pixel Resolution | 3,328 x 2,816 pixels |
Pixel Pitch | 127µm |
Limiting Resolution | 3.9 lp/mm |
Pixel Depth | 16 bits |
Dimensions (Panel Only) | 18.7" x 15.7" x 0.7" (475 x 400 x 18 mm) 11.7 lb (5.3 kg) |
Operating Temperature | -4 to 122 F (-20 to 50 C) |
Diameter | 6.4 mm |
Length | 3 m |
Probe type & Flexibility | Semi Flexible |
Operation | Pistol Grip one hand operation. |
Field of View | 60˚ |
Recognition | Capable of recognizing a human target upto a distance of 3 Meters or more. |
Light Source | Eye Safe Infra Red, Invisible to naked eye. |
Zoom | 8x |
Pistol grip one hand operation. |
Convenient on/off switch. |
Semi flexible probe and its effective working length is 3 meters. |
Probe Diameter 6.4 mm with tungsten braid. |
Advance image sensor with resolution of 4, 40,000 Pixels. |
Size of lens is 2.1 mm. |
8x Digital Zoom facility. |
Size of Hand Held TFT LCD Monitor is 4.3”. |
Motorized joystick to provide 360 º all-ways. |
Field of View: 90º. |
Direction of View : forward. |
Depth of Field: 15 mm to infinity. |
It works on AC Power supply without inserting the battery. |
32 GB SD Card for storage facility. |
Continuous operating time: 3 hrs with Li-ion rechargeable battery. |
Resolution of Image: 640*480 pixels (JPG). |
Resolution of Video: 640*480 pixels (AVI) |
Working temperature range -10˚C to +50˚C. |
Weight: 1 KG. |
Objects close to lens appear clearly. |
LED light source enable illumination of minute details of target. |
Insertion probe: water proof and fuel proof. |
Model R500 can be easily used in restaurants, hotels, home, public places, laboratories, power plants, quarries, emergency rescue stations, metal treatment plants, underground oil fields, and oil pipeline equipment, environmental protection, police stations and other departments. It can also be used to:
Inspect food pollutionTypes of measured Ray | α、β、γ and Χ ray |
Range | Radiation dose rate :0.01µSv/h-1000µSv/h0.001mR/hr-100mR/hr Impulse dose rate :0-300,000cpm0-5,000cps Radiation dose accumulation :0.001µSv-999Sv |
Sensitivity | 3500CPM/mR/hr(aboutCs-137) |
Slide cover | By opening the slide it detects α β γ and x-rays. By closing the slide the sensor is dual protected and can detect gamma and x-rays. |
Stain-proof sets | Stain proof sets, even if contacting with materials polluted by radiation. |
Telescope link | Telescope link extend to 1.5 meter to remotely detect radiation rays and protect humans from potential injury. |
Energy response | Alpha ray: from 4 MeV Beta ray: from 0.2 MeV Gamma ray: from 0.02 MeV X ray: from 0.02 MeV |
Sensor | Large GM tube effective diameter 45mm MICA window density1.5-2.0mg/cm2 |
Average time | Default:32 seconds adjustable from 2s to 120s automatically or manually |
Display | Large LCD with bar graph display |
Alarm | Alarm value setting fully adjustable default: 5μSv/hr |
Storage | Storage of up to 2000 data points manually or automatically |
Software | Transmit data in real-time to computer for displaying analyzing and recording. |
Working temperature of detector | -40℃ to75℃ |
Weight | Approx 450 g. |
Dimension | L 300mm x W90mm x H 40mm |
Power | 3 AA battery Continuous operation for up to 30 days |
Quality certificate | European CE US FCC15 |
The Radiation scanner 910 is designed to help recognize the risk of terrorist attack after the 9.11 incident. With its powerful functions it can be used under severe adverse conditions. Due to its resistance to high impact and high and low temperature it offers reliable and precise measurement data. The main body of the Radiation Scanner 910 is small, light with a strong shell to protect it.
Radiation scanner Model 910 can be used widely in the fields of pharmaceutical factory, laboratory, power plants, quarries, emergency rescue stations, metal treatment plants, underground oil fields, and oil pipeline equipment, environmental protection, police station etc. It is used for:
Inspecting underground water radium pollutionTypes of measured Ray | α、β、γ and Χ ray |
Range | Radiation dose rate :0.01µSv/h-1000µSv/h Impulse dose rate :0-30,000cpm, 0-5,000cps Radiation dose accumulation :0.001µSv-999999Sv Impulse Dose accumulation: 0-999999 |
Energy response | Alpha ray: from 4 MeV Beta ray: from 0.2 MeV Gamma ray: from 0.02 MeV X ray: from 0.02 MeV |
Ray Selection Switch | α、β、γ and Χ rays selection |
Sensor | Halogen Filled detector |
Display | 6 Digit large display (LCD) numeric with all inspection data with bar chart: Radiation dose rate, impulse rate, Radiation dose accumulation, impulse dose accumulation, time date, alarming value, standard calibration factor, max. radiation dose rate. |
Alarm | Alarm value settable free default: 5μSv/hr |
Storage | Storing 800 points manually or automatically |
Software | Transmit data in real-time to computer for displaying analyzing and recording. |
Working temperature of detector | -40℃ to75℃ |
Weight | 250 g. |
Dimension | L 170mm x W74mm x H 30mm |
Power | 3 AAA batteries to work 30 days consecutively |
Quality certificate | European CE, US FCC15 |
Flashlight Right angle 2 cells | 02 nos. |
Endoscope 10 V lamp, 9.65mm (0.38in) dia.,350 mm side viewing (90˚ to shaft) | 01no. |
Handlamp fluorescent (LED), 12 V | 01 no. |
Battery handle 2 C cells | 02 nos. |
Recovery Magnet | 01 no. |
Magnifier x8 with lamp | 01 no. |
Mirror arm with torch 500mm, 45˚ angel, 2 D cell | 01 no. |
Mirror arm telescopic, 1500mm | 01 no. |
Mirror of dia 38mm, with advance ball and socket | 01 no. |
Mirror of dia 64mm, with advance ball and socket | 01 no. |
Convex mirror 140mm dia | 01no. |
Plano mirror 64mm dia | 01no. |
Plano mirror rectangular(64mm x 114mm) | 01no. |
Light probe dia 2mm length 150mm | 01no. |
Light Probe dia 3mm length 50mm | 01no. |
Light probe dia 3 mm length 200mm | 01 no. |
Light probe dia 8mm length 254mm | 01no. |
Light probe dia 14mm length 380mm straight | 01 no. |
Light probe dia 14mm length 380mm flexible and stay | 01 no. |
Light probe dia 14mm length 380mm acrylic, safety. | 01no |
Clip on mirrors with accessories to fit 14mm dia light probes with extension 380mm length straight and extension 203mm length angled | 01 no. |
Mirror sleeve 4.5mm dia fits 150mm light probe | 01no. |
Mirror sleeve 9.5mm dia fits 50mm light probe. | 01no. |
Mirror sleeve 9.5mm dia fits 200mm light probe | 01no. |
BCR L3 provides true protection to the public - 360° around the trash can and confines the blast effect of an explosives located anywhere in the inner storage area.
The LBA Systems Inhibitor is the modern alternative to the Bomb Blanket which does not have the ability to extinguish the fireball or reduce blast, which can be the cause of most damage.
The Inhibitor is rectangular is shape and manufactured from natural rubber which allow it to absorb the effects of an explosion without causing additional fragments. The inhibitor has hollow sides and top, which are designed to contain the liquid required to suppress the explosion. The inhibitor has ribbed sides and top to provide strength and rigidity once in position. Carry handles are located on the top. The inside of the inhibitor is hollow providing enough space to contain a standard brief case laying flat. In the event of an explosion the liquid surrounding the device will completely quench the fireball reducing the blast effect by some 90%. Collateral damage is therefore minimised.
The inhibitor has successfully tested against 2 Kg of TNT Explosive, resulting in a 90% reduction in blast and while virtually eliminating the fireball.
Wall Mounting Container: Length 72cm Width 58cm Height 21cm
Weight 9 KGs
Boxed Gross Weight complete system for shipment 40 KGs.
CONPASS DV manufactured by Adani Ltd., Belarus allows the operator to obtain a projection X-ray image of the abdominal cavity and the person under inspection to reveal what’s hidden under the clothes, "look inside" the abdominal cavity. CONPASS DV effectively detects the following items:
The (Doppler Scope) Electronic Stethoscope is a very sensitive monitoring instrument for the detection of mechanical run-back timers and electronic timing systems in both IEDs and UXO. The portable, battery-operated kit comprises 2 types of sensor: a non-contact hand-held microwave sensor and an audio contact sensor (with ground-spike attachment). A small control unit/amplifier with shoulder strap and noise suppressing headphones completes the kit.
The bomb technician can optimise the sensitivity of all sensors by simple adjustment of the gain and frequency response on the control unit.
The kit is shock-proof and splash resistant and the lightweight electronic control unit can be shoulder or belt-mounted. All items are supplied in a robust ABS carrying case complete with battery pack, battery recharger and connecting cables.
The (Doppler Scope) Electronic Stethoscope forms an integral part of explosive disposal team inventory and is currently in service with many EOD/IEDD forces around the world.
Amplification | 7*10 |
Electronics range | Electronics range: 500Hz - 5.5kHz |
Operating Time | contact sensor: 15 hrs non-contact sensor: 6 hrs |
Power Supply | contact less: 9.6V 1000mA Ni-cd contact sensor: 9 V rechargeable Ni-Cad battery |
Total Weight | 4.6kg Approx |
The CTL-SystemWare Travel Case (STC) combines hardware and software into a portable Radio Frequency (RF) detection and monitoring system that is small, lightweight, and easy to use. The software application interface is accessible by users with minimal RF knowledge, but also provides all the tools an experienced operator needs to accomplish the mission. The STC is intended to be used by security professionals for RF signals collection and analysis in support of static or mobile operations. It is ideal for use to evaluate Wi-Fi and cellular spectrum for unauthorized transmissions.
STC II has four internal receivers. The primary receiver collects the radio frequency spectrum from 1 kHz to 26.5 GHz while the other three receivers collect the logical information from WiFi, Bluetooth and ZigBee. This allows the unit to collect and analyze the physical energy of the spectrum while simultaneously collecting WiFi MAC addresses, Bluetooth MAC addresses as well as the node information from ZigBee.
The MINEX 4.600 is designed to detect very small near-surface metal objects, so-called minimum metal mines or plastic mines. It offers maximum sensitivity and best possible pinpointing of targets while still providing robustness and reliability in any conditions. A ground learning function for operation on uncooperative soil and a military mode that turns off the LED indicators for safe night operations are only two of the vital features available. The MINEX 4.600 comes in a rugged transport case and can be equipped with accessories according to the customer’s needs. Commonly, individual packages are defined and delivered.
This innovative system provides instantaneous disruption of unwanted UAS using two different defenses.
Successfully tested against commercial drone targets, the DroneDefender system provided a consistent response up to 400 meters. The remote control and GPS disruption responses are both fast acting, resulting in instant threat mitigation.
The contemporary design uses proven technology to neutralize the threat posed by unidentified UAS quickly and safely.
Probing signal type | pulse, CW |
Avg. Power pulse/CW | <4W/0.3 W |
Sensitivity (2nd and 3rd harmonic receivers) | > -130dbm typical |
Probing signal frequency range | 800Mhz |
Operation time with a built-in battery (pulse/CW) | 3.5h / 1.5 h |
Weight | Max. 1.2 kg |
Optimum Operating conditions | ambient temperature of 5°C to 40°C, capable of working in temperatures between -5°C to 60°C |
1 | Cold Chisel 16 mm x 13 mm x 165 mm | 1 |
2 | Cold Chisel 25 mm x 22 mm x 230 mm | 1 |
3 | Pinch bar, chisel & point, 16 x 455 mm | 1 |
4 | Ball Pein Hammer 1 1/2 lb (680 g) | 1 |
5 | Club Hammer 2 lb. (910 g) | 1 |
6 | Knife 210 mm (110 mm blade). | 1 |
7 | Combination Plier 8" (205 mm) | 1 |
8 | Flat Nose Plier 5" (125 mm) | 1 |
9 | Long Nose Plier with cutter 7" (180 mm) | 1 |
10 | Diagonal Side Cutting Plier 6" (155 mm) | 1 |
11 | Diagonal Side Cutting Plier 5" (125 mm) | 1 |
12 | Round Nose Plier 5" (125 mm) | 1 |
13 | Long Nose Plier 5" (125 mm) | 1 |
14 | Tweezers 200 mm | 1 |
15 | Probe Double End 4 x 225 mm | 1 |
16 | Scissor 130 mm (70 mm Blade) | 1 |
17 | Screwdriver Parallel Blade 3 x 60 mm TL: 150 mm | 1 |
18 | Screwdriver Parallel Blade 4 x 70 mm TL: 160 mm | 1 |
19 | Screwdriver Parallel Blade 6 x 100 mm TL: 200 mm | 1 |
20 | Screwdriver Parallel Blade 8 x 150 mm TL: 260 mm | 1 |
21 | Screwdriver Parallel Blade 10 x 200 mm TL: 320 mm | 1 |
22 | Offset Screwdriver 6 x 140 mm | 1 |
23 | Offset Screwdriver 8 x 160 mm | 1 |
24 | Offset Screwdriver 10 x 180 mm | 1 |
25 | Philips Screwdriver No.1 x 60 TL 170 mm | 1 |
26 | Philips Screwdriver No.2 x 100 TL: 200 mm | 1 |
27 | Philips Screwdriver No.3 x 150 TL: 260 mm | 1 |
28 | Philips Screwdriver No.4 x 200 TL: 320 mm | 1 |
29 | Adjustable End Wrench 6" (Max Jaw Opening 19 mm) | 1 |
30 | Adjustable End Wrench 10" (Max Jaw Opening 28 mm) | 1 |
31 | Adjustable Pipe Wrench 355 mm x 38 mm | 1 |
32 | Scraper 25 mm x 250 mm (140 mm Stiff Blade) | 1 |
33 | Shoe handle Brush 3 Row x 255 mm | 1 |
34 | Hacksaw Frame (300 mm Blade) | 1 |
35 | Blade Hacksaw 300 MM | 1 |
36 | Pinch & Claw 13 mm x 255 mm | 1 |
Suspicious objects as well as suspect persons can be identified easily within Seconds! Expray works on conventional (TNT), plastic explosives (RDX, Semtex) and improvised explosives such as Nitrate based (ANFO).
Expray identification kit consists of laminated test papers and three spray cans: "E" (Expray 1), "X (Expray 2)" and "I" (Expray 3) and three DropEx bottles A, B+ and U.
Group A: Nitroaromatics, such as TNT, Tetryl, TNB and Picric acid.
Group B: Nitroesters, such as Dynamite, Smokeless powder and Nitroamines such as RDX and Semtex.
INORGANIC NITRATE BASED EXPLOSIVES: Such as ANFO and Black Powder. The 3 canisters must be applied sequentially on the paper or surface.
Urea Nitrate: To distinguish between Urea Nitrate and other Nitrate salts (Potassium and Ammonium Nitrate). Use only after positive reaction for Nitrates.
The second set of test consist of DropEx bottles A and B+ to be used for the detection of Chlorates based and peroxide explosives compounds. The reagents must be applied on a new collection paper. For each set of tests a different collection paper must be used. Performing all the tests on the same collection paper may show unexpected colors that have no significance.
The VORON employs LED illumination of targets, thus making the device usage safe for the operator (unlike laser illumination). Operation in optical, but not in radio frequency range allows detecting any optical devices, regardless of their mode (on/off) and type of transmission (radio or cable). Radio interference, electromagnetic shielding, masking gauze and lens hoods do not prevent from detection of video cameras. Dioptre correction allows almost everybody to operate the device.
Distance of ø 1mm pinhole lens detection, m | 1 ÷ 50 |
Magnification | 5x |
Angle of view, ° | 12 |
Linear field of view at distance of 10 m, m | 2,1 |
Diopter correction range | ±4 |
Diameter of exit pupil, mm | 4,5 |
Voltage, V | 1,5 |
Operation on one battery, h | 6 |
Dimensions, mm | 50 x 68 x 140 |
Weight, g | 330 |
EOD Search Suit is a recent development to meet the demand for protective wear for mine clearance work.
The suit is a 2 piece suit and offers maximum coverage whilst keeping flexibility and lightweight a priority.
The Demining suit is available in Medium, Large and X-Large. However other sizes are available upon request.
Ballistic protection is against Fragmentation Level F2 – V50 against a 17 grain fragment of 450 m/s
The claw is positioned at the end of a 3 metre carbon fibre telescopic arm. This standoff distance significantly increases operator safety, in the event of an unplanned detonation. The manipulator also hosts a frangible section. In the event of an unplanned detonation, this section will fail first, significantly reducing the force transferred along the manipulator to the operator.
The robotic claw is able to manipulate disrupters, X ray equipment and a host of other tools used in disposal or investigation techniques. The ability to grasp, and rotate objects in the claw also offers the options of moving devices into containment vessels, or to reposition them in. Once a device is held in the jaws, the ability to rotate the jaws ensures that the device may be moved in the safest orientation for the operator.
The Aeryon SkyRanger™ introduces a new airframe and integrated system design to the Aeryon sUAS platform, based on thousands of hours of flight time and successful customer exercises and missions around the world. Designed to military and government specifications, SkyRanger™ extends industry-leading performance and system capabilities.
The Aeryon sUAS platform brings secure, real-time and simultaneous tactical situational awareness to ground forces and remote command. Advanced autonomous capabilities and simple touchscreen controls require minimal training for soldier, squad, or platoon-level deployment.
Unlike fixed-wing systems, the Aeryon SkyRanger™ is a Vertical Take-Off and Landing (VTOL) sUAS – ideal for providing continuous eyes-on-target for situational awareness, operations in confined environments, and low-risk launch and retrieval without peripheral equipment. SkyRanger™ is ideally suited for both land and maritime military use including covert ISR, convoy and compound security, and ship boarding operations.
Immediate deployment, small size, quiet operation and specialized imaging payloads make SkyRanger™ the ideal platform for a wide range of missions in any conditions, including: