Teledyne DALSA-Manufactured Sensors to Guide NASA Rover on Current Mission to Mars
- Independent MEMS Foundry Manufactured Sensors Have Been Proven Reliable on Past Missions
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Mounted on a pan/tilt mast 2 meters above the ground, these black-and-white cameras will use visible light to gather panoramic, three-dimensional imagery. The navigation camera unit is a stereo pair of cameras, each with a 45-degree field of view that will support ground navigation planning by scientists and engineers. They will work in cooperation with the hazard avoidance cameras by providing a complementary view of the terrain.
Hazcams (Hazard Avoidance Cameras)
Mounted on the lower portion of the front and rear of the rover, these black-and-white cameras will use visible light to capture three-dimensional imagery. This imagery safeguards against the rover getting lost or inadvertently crashing into unexpected obstacles, and works in tandem with software that allows the rover to make its own safety choices and to "think on its own."
The cameras each have a wide field of view of about 120 degrees. The rover uses pairs of Hazcam images to map out the shape of the terrain as far as 3 meters (10 feet) in front of it, in a "wedge" shape that is over 4 meters wide (13 feet) at the farthest distance. The cameras need to see far on either side because unlike human eyes, the Hazcam cameras cannot move independently; they are mounted directly on the rover body.
Teledyne DALSA's award winning semiconductor wafer foundry has supported NASA's missions to Mars since 1997. The CCD sensors in the MSL Rovers' Engineering Cameras are custom devices, designed by NASA and manufactured by Teledyne DALSA. These sensors have endured the test of time and, with minor adjustments, have performed beyond their requirements during previous missions.
"With this type of mission, failure is not an option," said Donald Robert, VP of Sales at Teledyne DALSA's Foundry Business. "As with all our products, we strive to manufacture sensors that meet and exceed the needs of our clients, especially in harsh environments."
Source : Teledyne DALSA
Nov 8 - 10, 2016 - London, United Kingdom
Jan 23 - 25, 2017 - Washington, United States