CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 0

CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 1

CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 2

CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 3

CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 4

CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 5

CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 6

CSIRO Siro-Pulse High-Resolution Sub Surface Radar, US $2,499.00 – Picture 7

Csiro Siro-pulse High-resolution Sub Surface Radar

US $2,499.00

Madison, Wisconsin, United States
Feb 12th

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Click Here. Double your traffic. Get Vendio Gallery - Now FREE! This listing is for components to a CSIRO Siro-Pulse High-Resolution Sub Surface Radar. The base unit, 1.4Ghz, 1.8Ghz and 800Mhz Differentials are all included. We do not have the computer cable that connects to this unit. What is seen in the pictures is what is included. Fast & Free shipping Warranty included. From the manufacturer: CSIRO's involvement in radar technology has been built up over many years, culminating in the development of Siropulse. This sub-surface radar system is easy to use, but is based on powerful data collection technology and sophisticated processing and imaging software. Applications Siropulse is ideal for counter-terrorism applications including detection of explosive devices and other weapons that may have been buried within solid concrete structures. Siropulse's low power output makes it ideal for covert sweeping for concealed devices including fine wires. Because Siropulse can detect the presence or absence of reinforcing material, voids, or pipes in concrete, it can also be applied to structural health monitoring of: buildings bridges railway tunnels. Siropulse can also investigate possible concrete cancer and be used in integrity characterisation of road surfaces. The system Siropulse consists of a hand-held probe and a control box weighing less than two kilograms and carried in a customised shoulder bag. The transmitted power is only a few milliwatts (far less than the average mobile phone) and the unit will run for ten hours on standard video camera batteries. Data processing packages and software generates a three-dimensional (3-D)image so it's easy to visualise what's going on beneath the surface. How it works Siropulse transmits high frequency electromagnetic pulses (from 200 MHz - 2 GHz) into the area being investigated. It detects echoes reflected either by objects buried within the background material or from the interface between different layers. Siropulse has been specifically designed to overcome one of the problems associated with conventional radar - detecting targets in the near field. Siropulse quickly and accurately picks up signals even during the pulse launch period when operating in differential mode. The innovative antenna arrangement removes uniform background signals allowing discrete objects of interest to become immediately apparent. Visualising the data Another problem typical of radar is difficulty interpreting data. The Siropulse team is addressing this with data processing packages and software that generates a three dimensional image so it's easy to visualise what's going on beneath the surface.