Description
WSTP - universal integrated vehicle control system for control of vehicles
WSTP is a set of systems for controlling all kinds of vehicles for threat detection, which enables quick mobilization of security forces and effective detection of smuggled hazardous or unauthorized substances.
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Easy to use
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Health friendly
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Clear screen of the vehicle control system
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Mobility
WSTP is a vehicle control system that integrates all mechanisms and techniques of detecting explosives, drugs and other illegal and hazardous substances instantly. The systems have been developed for effective identification of presence of explosives and drugs on textiles, vehicles and people. The vehicle control system can include car chassis recording cameras, cameras for identifying a driver, external scanner searching for chemical substances and devices that require biometrical authorisation.
In addition to detection of explosives and drugs, WSTP also provides tools to support and supplement checks at roadblocks (entrances to guarded areas), such as mobile systems which are able to detect objects under vehicles, 360-degree ground and air surveillance, as well as jammers of explosive devices (IED), in order to protect deployed forces.
WSTP system sensors apply unique LDS technologies (Raman laser spectroscopy), IMS (ion mobility spectrometry) and systems of detecting chemical substances. These sensors detect the presence of explosives and "transition" substances in lumps, powders and liquids as well as trace particles in vapors.
WSTP vehicle control system used in hand-held, manual devices and supported by the central control and communication unit enables quick sharing of intelligence data bases making it possible for the security forces to track new threats and analyse terrorist attacks or crimes on the basis of information obtained by intelligence agencies.
The great advantage is that control stations are mounted in just a few minutes. They are capable of intercepting explosive devices or their components, providing law enforcement with a high level of detection.
Key features of the vehicle control system
- portable,
- quick assembly,
- IMS (Ion-Mobility Spectrometry) technology - spectroscopic method, based on the measurement of mobility of ionized gas molecules in the electric field,
- does not contain radioactive sources,
- Raman laser spectroscopy,
- does not require the use of expensive consumables,
- an open-source database with the ability to upgrade and extend by the user,
- a wide range of detectable substances including household explosives.
Specification
Example list of detected substances (the list can be adjusted to the user’s individual needs)
- Explosives
- Ammonium nitrate, Dinitrotoluene, Trinitrotoluene (TNT), Styphnic acid, Picric acid, Amatol, Taggant, Nitroglycol, Nitroglycerine, Pentaerythritol Tetranitrate, Hexagon, Octogen, Tetryl, Tetrazole, Benzofuroxan, Acetone Peroxide and etc.
- Drugs
- Amphetamine, Methamphetamine, Cocaine, Heroin, Tetrahydrocannabinol (psychoactive component of cannabis), methylenedioxyamphetamine, (“Sassafras”), Ecstasy, Phenobarbital, Morphine.
- Toxic chemical substances
- Hydrogen sulphide H2S, Hydrogen chloride, Hydrogen fluoride, Sulphur dioxide SO2, Chlorine, Ammonia NH3, Nitric oxide, Nitrogen dioxide NO2, Hydrogen sulfide.
Explosives
Marker | Chemical formula | |
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Ammonium nitrate | NIT | NH4NO3 |
Dinitrotoluene | DNT | C6Н3CH3(NO2)2 |
Trinitrotoluene (TNT) | TNT | C6Н2CH3(NO2)3 |
Styphnic acid | TNR | C6H(NO2)3(OH)2 |
Picric acid | TNPH | C6H2(NO2)3OH |
Amatol | DNN | C10H6(NO2)2 |
Taggant (marking substance) | DMNB | СH3(NO2CCH3)2CH3 |
Nitroglycol | EGDN | C2Н4(ОNO2)2 |
Nitroglycerine | NG | CHONO2(CH2ONO2)2 |
Pentaerythritol Tetranitrate | PETN | (CH2ONO2)4C |
Hexagon (RDX) | RDX | (CH2)3N3(NO2)3 |
Octogen (HMX) | HMX | (CH2)4N4(NO2)4 |
Tetryl | TETR | (NO2)3C6H2N(NO2)CH3 |
Tetrazole | TZ | СH2N4 |
Benzofuroxan | BF | С6H4O2N2 |
Acetone Peroxide | TATP | (C3H6O2)3 |
Hexamethylene triperoxide diamine | HMTD | N(CH2OOCH2)3N |
Plastic explosives based on the hexagon | RDX | Prev. (CH2)3N3(NO2)3 |
Plastic explosives based on the octogen | HMX | Prev. (CH2)4N4(NO2)4 |
Narcotics
Marker | Chemical formula | |
---|---|---|
Amphetamine | AMP | C9H13N |
Methamphetamine | MET | C10H15N |
Cocaine | COCB, COCS | C17H21NO4 |
Heroin | HER | C21H23NO5 |
Tetrahydrocannabinol (psychoactive component of cannabis) | THC | C21H30O2 |
methylenedioxyamphetamine (“Sassafras”) (“Sasafras”) | MDA | C10H13NO2 |
Ecstasy | MDMA | C11H15NO2 |
Phenobarbital | PHNB | C12H12N2O3 |
Morphine | MORP | C17H19NO3 |
Chemical weapons
Marker | Chemical formula | |
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Sarin | GB | C4H10FO2P |
Soman | GD | C7H16FO2P |
Mustard gas | MG | C4H8Cl2S |