The Bloodhound CO2 detector can be used to determine if any potential culprits are present in a room by measuring the concentration of carbon dioxide exhaled.
The Bloodhound underdoor CO2 detector has been developed jointly with Gas Data Limited of Coventry, to bring forward an operational piece of equipment for those tasked with searching isolated rooms and buildings where rapid intervention teams need that vital information to establish human presence in a stronghold.
Bloodhound now provides an essential safety net in this dangerous area of operations indicating reliable CO2 levels present before entry is made.
The latest Goodman Bentley underdoor viewer called SCORPION UDV named because of its dual strike capability, has been designed to obtain live video and audio from within a confined space by the insertion of a 3.05mm blade thickness under most doors.
This latest micro quartz image fibre bundle technology is built at a diameter of 1.9mm and assembled within an underdoor penetration plate of 3.05mm blade, making it the thinnest UDV in the world to provide the very best possible images available to commanders preparing risk assessments in hostage siege or firearms operations.
With the MGT Note-33 the audio is recorded digitally and stored on a Micro SD Card that may be removed.
The Micro SD connector is designed to be protected from dust.
The product is equipped with a robust aluminium case that has been specifically engineered to have qualities of both compactness and strength.
The inclusion of a headphone output allows for the assessment of audio quality.
The audio codec is characterised by a low power consumption and a high signal-to-noise ratio (SNR).
The encryption of audio files is provided as an optional feature, utilising the AES 256 encryption algorithm.
The LEMO connectors utilised for microphone inputs are known for their exceptional quality and reliability.
The functionality of the device includes a single button that initiates and terminates the recording process.
The recording can be activated in many ways, such as by pressing a button, using your voice, setting a plan, or using a remote switch that is wired to your computer.
The possibility of achieving line level is feasible by using an adaptor, specifically the ll-36-p.
The MGT GHOST SYSTEM refers to a novel and compact digital audio transmission system.
The system has been specifically engineered to facilitate the transmission of voice signals in stereo mode, ensuring exceptional audio fidelity through the utilisation of advanced digital encoding techniques.
The advent of high-quality and covert transmission technologies has brought about a significant transformation in the field of intelligence.
The system consists of two components, namely the transmitter GHOST-T and the receiver GHOST-R.
The MGT NETSCOPE_2V Handheld Non-Linear Junction Detector is designed to search for and find concealed electronics of various types: wired or wireless radio microphones, sophisticated spy microphones, bugs, audio-video recording devices, cellular phones, SIM cards, and Remote Controlled Improvised Explosive Devices (RCIED) containing semi-conductor elements.
The device detects a wide range of targets in all operational modes, whether they are active, passive (on a stand-by) or switched-off.
The device ensures an extraordinarily efficient and effective target search rate. It provides reliable target localization in light building structures (walls, floors, ceilings), all types of furniture and a variety of home appliances.
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The MGT NETSCOPE-1 is the sole Non-Linear Junction Detector (NLJD) that possesses the capability to leverage the benefits of two distinct probing frequency ranges, contingent upon the specific task assigned to the operator.
The utilisation of an 880 MHz probing frequency has been found to be effective in conducting search operations within environments characterised by significant levels of attenuation, such as concrete constructions or damp soil.
The utilisation of a 2.4 GHz probing frequency is recommended for the purposes of luggage inspection or the detection of SIM cards.
The MGT-2010 Laser Monitoring System is used for an acoustic surveillance, and observation of a room by means of an invisible laser beam.
The unit takes profit of the fact, that any sound inside a room causes vibrations of the window panes.
With the laser transmitter, a beam of parallel infrared laser light, is pointed at the window pane.
The reflected laser beam, is modulated from the vibrating window pane and then received by the laser receiver.
It is then electrically selected, filtered and the remaining light will be eliminated.
The beam is amplified, demodulated and converted into acoustical signals.
The spoken word inside a room, can thus be monitored and recorded.
A microphone, preamplifier, and amplifier unit make up the MGT Room-Microphone System.
Through a two-wire cable, the amplifier unit powers the microphone phantom.
The amplifier unit offers a line output and a controlled headphone jack. Individual high-pass and low-pass controls can be used to set individual bandpasses.
A gain control with overmodulation display (CLIP) allows users to modify the room microphone system's amplification for optimal line output control.
The power supply of the amplifier unit is provided by an internal 9 V block battery or by an external voltage source (6–12 V DC).
The 1mm rigid fiberscope in the shown black case includes a small monitor/WATEC camera and a 35mm adaptor for zoom use.
To install the surveillance tool effectively, the initial step involves drilling a hole in the wall with an outer diameter matching the tube insert.
Once the hole is drilled, the 1mm component can pass through the plasterboard wall, enabling a clear 1mm view.
This tool serves as an effective surveillance solution for monitoring purposes.
The MGT SST-44 exemplifies the current pinnacle of technological advancements in digital stethoscopes, offering superior functionality and incorporating state-of-the-art capabilities.
With the provision of two channels, this device exhibits exceptional sensitivity and delivers audio of high clarity, thereby guaranteeing a flawless auditory encounter.
Internally, a robust Digital Signal Processor (DSP) is employed to equalise the incoming signal and eliminate background noise, resulting in a substantial improvement in the clarity of speech and the production of distinct and well-defined recordings.
The MGT SST-33 is often regarded as the optimal choice for situations where wall listening is necessary.
The product incorporates sophisticated stereo digital audio technologies that have been specifically tailored for application within this specific industry.
The aforementioned technologies have been seamlessly incorporated into a robust digital signal processing (DSP) system, specifically engineered to efficiently manage the audio signal.