Maritime object - Technifrance Super Navitech - Radiogoniometro - 1970s - Wood





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Wooden portable marine radio direction finder receiver by Technifrance Super Navitech, dating to 1980–1990, France, with dimensions 50 cm depth, 84.3 cm height and 75 cm width, in excellent condition with minor signs of wear and age.
Description from the seller
Portable radio receiver and goniometer for nautical/maritime use
Vintage maritime radiogoniometer Technifrance Super Navitech from the 1970s, housed in a distinctive nautical-style wooden case.
Long waves (LW), medium waves (MW), short waves (SW), and maritime radio beacons
Wooden case (often mahogany or varnished plywood) with handle and navigation accessories
In excellent cosmetic condition
Before the widespread diffusion of GPS and modern satellite systems, safety at sea depended entirely on radiogoniometry (Direction Finding). Mariners used this instrument to tune Radio Beacons (RP band) and coastal stations on medium or long waves. Exploiting the directional properties of ferrite antennas housed in the wooden-oriented arms of the radio, they could calculate the angle of origin of the signal (azimuth). By cross-referencing the data from two or three radio beacons via triangulation, they plotted their exact position on the nautical chart.
Tracked shipment.
Seller's Story
Portable radio receiver and goniometer for nautical/maritime use
Vintage maritime radiogoniometer Technifrance Super Navitech from the 1970s, housed in a distinctive nautical-style wooden case.
Long waves (LW), medium waves (MW), short waves (SW), and maritime radio beacons
Wooden case (often mahogany or varnished plywood) with handle and navigation accessories
In excellent cosmetic condition
Before the widespread diffusion of GPS and modern satellite systems, safety at sea depended entirely on radiogoniometry (Direction Finding). Mariners used this instrument to tune Radio Beacons (RP band) and coastal stations on medium or long waves. Exploiting the directional properties of ferrite antennas housed in the wooden-oriented arms of the radio, they could calculate the angle of origin of the signal (azimuth). By cross-referencing the data from two or three radio beacons via triangulation, they plotted their exact position on the nautical chart.
Tracked shipment.

