2. 3 Phases of ThinSat Program
Use of electronic ‘plug-n-play’ type sensors which include multiple sensors, display module, power, WiFi as well as radio communication modules.
Internet of Things (IoT)
Balloon and/or UAV missions
Monitor data using a Space Data Dashboard

4. Wise County Lead Balloon Launch Saturday March 17, 2018

6. 3 Phases of ThinSat Program
Continuing to work with the sensors; analyze data and formulate the plan of study
Sensors will fly aboard a high- altitude balloon (at 100, ,000 ft)
Live data will be available for the students to analyze.

7. 3 Phases of ThinSat Program
ThinSats will be manufactured based upon student design, tested and integrated onto the second stage of the Antares rocket.
The Antares rocket is scheduled to launch from the Mid Atlantic Regional Spaceport at the NASA Wallops Flight Facility November
The ThinSats will be deployed into Extremely Low Earth Orbit (ELEO - ˜250 km) and orbit the Earth approximately 5 days while transmitting data.
3 Phases of ThinSat Program

8. Release of ThinSats at 200km-250km
Currently scheduled for Nov. 10, 2018

9. Wise County Lead Teams Eastside High School St. Paul Elementary School
Coeburn Middle School
LF Addington Middle School
Union Primary School
JI Burton High School
Bland High School
Lebanon High School
Washington County Home School team
Jane H. Carter, Wise County Public Schools, VA,