Santa Clara University ParaSat Program
Artemis Picosatellite Project
SCREEM LAB
Launch Information
No signal has been heard from T & L... Our fingers are crossed... Congratulations to OPAL for successfully completing ALL of the short-term mission requirements
Tracked objects around OPAL has confirmed JAK and StenSat ejection from OPAL During the morning pass, downloaded OPAL telemetry confirmed JAK's ejection No signal has been heard from JAK Stay Tuned... Still waiting for confirmation Keps will be published as soon as they're available Thelma and Louise are soon to follow Congratulations to Aerospace for successfully completing their picosatellite operations OPAL has successfully ejected the first picosatellites (built by Aerospace Corp.) into orbit Multiple confirmations: NORAD tracking, pico beacon, and OPAL onboard telemetry
Morse Code transmission FM transmission, FSK, 1200 baud
Media Coverage
Introduction The Santa Clara Remote Extreme Environment Mechanism (SCREEM)
Laboratory concentrates on designing mechanisms to survive extreme environments.
Developing small satellites, as part of this educational program, is our
way of tackling the extreme environment of space. A group of six
female undergraduate senior engineers, who go by the name of Artemis, are
one of the lab's teams striving to develop new space technology......
Welcome to the Artemis Picosatellite Project
Artemis is building satellites that weigh less than a kilogram by utilizing a commercial microprocessor, transmitting on amateur radio frequencies from the picosatellite to ground, and using commercial off-the-shelf batteries to power the picosatellite. The mission being explored covers the feasibility of such miniature spacecraft for lightning science and mothership-daughtership technology verification. These picosatellites are slated for launch in the OPAL (Orbiting Picosatellite Automatic Launcher) microsatellite in September 1999. "The primary mission of the OPAL picosatellite payl |