Dec 20
ALHAT Test on Morpheus

​Demonstration of the ALHAT system on the Morpheus vehicle was completed on the 8th of December. The test was almost perfect. I say almost because one of the ALHAT sensors, the long range laser altimeter, did not collect continuous signals the entire flight, however once the signals came in, they were critical for the mission. The NASA Langley Research Center's Flash Lidar, which generates 3-D images or "point clouds" of the landing terrain performed flawlessly, sending the images to JPL's Hazard Detection System which successfully identified all five safe landing sites on an otherwise hazardous field, full of rocks and craters.  And last but not least, the Navigation Doppler Lidar (NDL) performed perfectly, providing range and precision velocity vectors to the ALHAT navigation computer. You can see the entire flight here.

CAI's contributions to the ALHAT system include the design and development of the laser altimeter and the NDL, both built at NASA Langley for ALHAT.  In addition, CAI was instrumental in the test configuration of the Flash Lidar.

It was a real privilage to have worked with such brilliant and hard working people on the ALHAT project and Morpheus. Most of all, CAI is very greatful to the Project Manager of ALHAT, Dr. Chirold Epp for his leadership and vision. Dr. Epp retires from NASA after taking the project from concept to a successfull autonomous landing demonstration on Morpheus.  Thank you Chirold, and congratulations on your retirement!

Nov 30
Testing the ALHAT Sensor on Morpheus

As part of the Autonomous Landing and Hazard Avoidance (ALHAT) team, we are testing our sensors aboard the Morpheus vehicle. Morpheus is a vertical testbed that is currently testing an integrated ALHAT sensors/navigation configuration. You can read more about Morpheus here. One of our sensors is the Navigation Doppler Lidar, which is a state-of-the-art laser radar system that provides high accuracy, high precision velocity vectors and 3-D position. Our second instrument is the long range Laser Altimeter, designed to collect high precision range information for terrain relative navigation, from over 30 km in altitude, down to touchdown.

Apr 20
Welcome to my blog!

This is where I'll be sharing my thoughts on topics that matter to me. Who knows... I might even share pictures, videos and links to other interesting stuff.

If I catch your interest, let me hear from you.