suborbital and special orbital projects directorate overview of the nasa balloon program office...
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SUBORBITAL AND SPECIAL ORBITAL PROJECTS DIRECTORATE
Overview of the NASA Balloon Program Office (BPO) and Potential
Student Opportunities
Dr. Magdi SaidBalloon Program Office – Wallops Flight Facility
Phone: (757) 824-1386Fax: (757) 824-2149
National Council of Space Grant Directors MeetingNew York, NY
October 27-28, 2006
October 27, 2006 2National Council of Space Grant Directors Meeting
NASA Centers & Wallops Flight Facility …
CSBF (Columbia Scientific Balloon Facility)
Wallops Flight FacilityWallops Island, VA
(Balloon Launch Contractor)
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Antarctica Balloon Launch ….
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Balloon Launch Facilities in Antarctica
October 27, 2006 5National Council of Space Grant Directors Meeting
NASA’s Scientific Balloons – Physical Dimensions & Size Comparison
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The Earth’s Atmosphere
Balloon Altitudes typically 30-35 km, corresponding to pressures of 5-10 milli-bar, residual atmosphere of 5-10 g/cm2, i.e. above 99-99.5% of air mass.
Ambient Temperatures -25 to +5 C Heat transfer primarily by Radiation Shielding effects on Cosmic Rays, X-rays,
Gamma rays and UV nearly gone.
Really a Space Environment !!
Hence, ideal for use
As a test-bed for new Space TechnologiesTo enable important Science ObservationsOther potential practical applications
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Expected Flight Environment
• Gets cold at the tropopause (~ -50o C)• Any water vapor will condense out and cause frost• Good vacuum ( < 0.02 atmosphere)• Landing can be rough (shock, trees, rocks, dragging)• High velocity during initial descent (~500 mph)
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NASA’s Balloon Program(Facts & Capabilities)
Largest balloon flown by NASA 59.6 MCF (1.7M m3)
Highest altitude achieved by a NASA Balloon
160 k ft (4900 km)
Normal float altitude 110-130k ft (33.5-39.6 km).
Average number flown per year 20 balloons
Average duration (ZP) 12-36 hours
Longest Duration for ZP balloon (LDB) 42 days (Antarctica Dec/Jan 04)
Payload capacity Up to 8000 Lbs. (3600 kg)
The Balloon Program provides low cost, high altitude platforms to facilitate scientific exploration
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Balloon Launch Sites Around the World
CREAM 41.9 Day 3-CircumpolarTrajectory Over Antarctica
Dec 04 – Jan 05
With International Overflight Approval, With International Overflight Approval, Northern Hemisphere 21+ Day Northern Hemisphere 21+ Day Flights Could Be AchievedFlights Could Be Achieved
BLAST Sweden To Canada BLAST Sweden To Canada Trajectory, June 12 to 16th, 2005Trajectory, June 12 to 16th, 2005
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CREAMCREAM - Cosmic Ray Energetics And Mass - Cosmic Ray Energetics And Mass•Particle AstrophysicsParticle Astrophysics•NASA LDB Fight Duration Record Of NASA LDB Fight Duration Record Of Over 41 DaysOver 41 Days•Dec 16, 2004 – Jan 27, 2005Dec 16, 2004 – Jan 27, 2005
BESSBESS – Balloon Experiment with – Balloon Experiment with Superconducting SpectrometerSuperconducting Spectrometer
•Particle AstrophysicsParticle Astrophysics
•Flown Over Antarctica Flown Over Antarctica
•Dec 13, 2004 – Dec 21, 2004Dec 13, 2004 – Dec 21, 2004
Typical Science Payloads …..
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Student Opportunities
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Student Access to Space
Student access to testing in space is limited The Balloon Program will offer limited opportunities for space grant
recipients without impact on normal operations Depending on need, HQ may elect to provide space grant funding
for student dedicated flights Students will learn to prepare space qualified payloads Students will gain experience in space related technologies
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Why Consider Balloons as an Educational Tool ?
Short project development cycle term (adequate for academic environment)
Student involvement, education and training during all phases of a mission
Fast Response to Scientific/Engineering Need Recoverable (“refurbish and re-fly’) - iterative learning Verification platform for Space Systems Affordable
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What are Students Expected to Learn ?
Technical Experiment
development/design Fabrication Test and qualification for near
space operations Troubleshooting Integration Launch/operation aspects Recovery and de-integration Data analysis Refurbish/Re-fly
Management Project management Project schedule and
deadlines Milestones/Reviews Communication skills Systems engineering skills Documentation skills Presentation skills
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Available Opportunities
Student Experiment* Module (SEM-B)
Piggy-Back*
Cost Sharing - High Altitude Student Platform (HASP)
Purchase your own flight HQ Space Grant Funded
SEM-B Case
Iridium Communication
HASP Payload* Requires coordination with and approval of the Scientist (PI)
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Washington
Oregon Idaho
California
NevadaUtah
ArizonaNew
Mexico
Hawaii
Alaska
Montana
Wyoming
Colorado
NorthDakota
SouthDakota
Nebraska
Kansas
Oklahoma
Texas Louisiana
Arkansas
Missouri
Iowa
Minnesota
Wisconsin
Illinois
Mississippi
Alabama
Tennessee
Kentucky
IndianaOhio
Michigan
New York
PennsylvaniaNew
Jersey
WestVirginia
Virginia
Maryland
Washington DC
Delaware
North Carolina
South Carolina
Georgia
Florida
Maine
New Hampshire
Vermont
Massachusetts
Rhode Island
Connecticut
States Utilized SEM-B (30)States have Not Utilized SEM-B (20+DC)
Elementary School (13)
Middle School (25)
High School (25)
College/University (3)
Other (School District, Organization, Home School) (24)
1
1
1
1
1
1
1
23
2
1
1
1
1
1
1
2
1
1 1
2 1
1
2 2
2
2
1 1
3
1
4 1 3
6 6 7 1 10
1 3 2 2
1 2 1
3
1 2
31
SEM-B Activities Status as of October 06’
2
1
1
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Is a collaboration between BPO and LSU/other Louisiana organizations
Fully dedicated to student experiments Experiment/payload funded by space grant BPO provides balloon and launch support
First flight was launched from Ft. Sumner, NM on September 4, 2006 aboard an 11.82 MCF balloon.
Payload weight was 1000 LBS Four institutions (7 payloads) participated Float altitude was 122 KFT Total flight time was 18 HRS., 11 MIN. Cosmo-Cam provided interactive video imaging
throughout the flight. The flight was an operations and science success. It
exceeded all preflight minimum requirements.
Call for Payload for FY07 has been released, deadline is Dec. 15th, check HASP website.
High Altitude Student Platform (HASP)
HASP Pre-launch
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Washington
Oregon Idaho
California
NevadaUtah
ArizonaNew
Mexico
Hawaii
Alaska
Montana
Wyoming
Colorado
NorthDakota
SouthDakota
Nebraska
Kansas
Oklahoma
Texas Louisiana
Arkansas
Missouri
Iowa
Minnesota
Wisconsin
Illinois
Mississippi
Alabama
Tennessee
Kentucky
IndianaOhio
Michigan
New York
PennsylvaniaNew
Jersey
WestVirginia
Virginia
Maryland
Washington DC
Delaware
North Carolina
South Carolina
Georgia
Florida
Maine
New Hampshire
Vermont
Massachusetts
Rhode Island
Connecticut
States Utilized HASP (3)States have Not Utilized HASP (47+DC)
College/University payloads (7)1
HASP Activities Status as of October 06’
1
3
3
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Typical Student Payload Development & Flight Cycle
Applic
atio
n & S
elec
tion
Desig
n & F
abric
atio
n
Test
ing/
Qua
lifica
tion
Inte
grat
ion
Laun
ch
Analys
is
Jan
07
Apr
il 07
June
07
July
07
Oct
.- 0
7
June
-Sep
t. 0
7
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Expenses ….
Participants are responsible for payload development cost and all associated logistics cost.
Typically, payload development cost is paid for through the respective space grant program.
Balloon Program will offer limited number of free rides (access to space) for the select participants.
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How to Contact NASA’s BPO ?
Address: Wallops Flight Facility, Wallops Island, VA 23337 (Attention: Code 820) BPO Chief/Mr. David Pierce (757) 824-1453 BPO Assistant Chief/Mr. David Gregory (757) 824-2367 BPO Technologist/Outreach/ Dr. Magdi Said (757) 824-1386 BPO Secretary/Ms. Rebecca Gramlich (757) 824-1480 Office Fax Number (757) 824-2149 BPO Website: www.wff.nasa.gov/balloons
For More info on HASP Contact:
Professors T.G. Guzik and J.P. Wefel Dept. of Physics & Astronomy Louisiana State University Baton Rouge, LA U.S.A.
(http://laspace.lsu.edu/hasp/) http://laspace.lsu.edu/hasp/documents/cfp/2006-2007/HASP_CFP_2006_v5.pdf (Application)