HacDC Spaceblimp 5: Difference between revisions

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Latest revision as of 07:57, 3 April 2012

Spaceblimp-5 Launched: July 9, 2011

Summary

This time we were going for altitude, and we got it! The max recorded altitude was 118,533 ft! (Getting us the 16th highest altitude record on [ARHAB.org] !)

The launch site was: Strasburg VA, in a open area near the town on Rt 11, near the I-81. Lat: 38.9968 N Lon: 78.3508W

The path the balloon took was pretty strange, with the wind shifting between ascent and descent, and so we had a lot more driving to do than usual. The primary GPS/radio worked perfectly, and we got super-lucky with the recovery, picking up the package ~15 minutes after it hit the ground. The video camera overheated and failed before launch (booo!) and we're still working on the instrument data, but all signs point to some new and interesting results at the highest altitude we've ever run.

What challenges are left for the Spaceblimp project? Get involved: subscribe to [the Spaceblimp mailing list] and help us figure it out!

Visiting from another planet? Here's more about us.

Want to help us do more awesome stuff? Make a tax deductible donation to our .org!

Pictures and Video

Photos have been uploaded to http://www.flickr.com/photos/itechgeek/sets/72157627058450849/.

Data

Accelerometer

For now, here is the raw accelerometer data: Media: spaceblimp5_accelerometer.csv.gz

Analysis to come in the next few days....

Flight Tracker

Launch Plans

Planned launch date:	Saturday, July 9, 2011
Launch time:	10:00 AM, Launch should take less than an hour.
Launch Location:	Strasburg, VA
Coordination/Talk-in:	146.685 MHz simplex (this might change, please monitor Twitter (@HacDCSpaceblimp) and mailing list for updates.
Planned Altitude:	120,000 Feet
Planned Ascent Rate:	1,000 feet/minute
Planned Descent Rate:	1,000 feet/minute
Primary Beacon:	Son-of-WhereAVR with ublox GPS. Yaesu VX-1 handi-talkie with 1 W Transmitter, call sign W3HAC-11 (map), Frequency 144.390 MHz
Secondary Beacon:	GSM mobile phone modue, uBlox GPS
Payload:	9 DOF IMU, Geiger counter, temperature, pressure, humidity, and light sensors

Payload

Radios

There were two radios on board the blimp that transmitted out the GPS data:

The primary radio was tied to the GPS and transmitted out to a network of amateur radio enthusiasts who then passed the location information on to get mapped here: APRS.fi. We also ran some custom software that passes this data on to a Twitter account (once per minute!) which you could follow on your phone: DC Spaceblimp Primary Twitter Feed. (Click the link in the Twitter to pull up a map!)

The secondary radio was actually a GSM cell phone module, and broadcasted its data when in range of a cell tower. It broadcasted both GPS data for tracking, and a lot of the sensor data for science. It also twittered through Society Of Robots Twitter Feed.

Cameras

The payload contains a couple cameras:

a video camera (Canon Zi6)
a still camera (Canon Powershot A-480) running custom firmware to get better exposures from space

Instrumentation

and a lot of instrumentation:

a geiger counter
9 degree-of-freedom IMU (Inertial Measurement Unit on Wikipedia)
high-speed (50 sample/sec) accelerometer
internal and external temperature sensors
humidity sensor
air pressure sensor
IR and visible light sensors
a solar panel, hooked up to measure the voltage

HacDC Spaceblimp Project:
Main Page	Press Page	First Launch (Found)	Second Launch (Successful)
Third Launch (Successful)	Fourth Launch (Successful)	Fifth Launch (3% short of goal)	Sixth Launch (Successful)	Seventh Launch (Successful)

HacDC Spaceblimp Team Contact Info:
[email protected]
Subscribe to the Spaceblimp email list

Retrieved from "https://wiki.hacdcserver.org/index.php?title=HacDC_Spaceblimp_5&oldid=6673"

@@ Line 1: / Line 1: @@
-Spaceblimp-5 Planned Launch: July 9, 2011
+[[Image: sb5_IMG_9220.JPG | 500 px]]
+Spaceblimp-5 Launched: July 9, 2011
 == Summary ==
-HacDC Spaceblimp 5 is set up for launch on Saturday morning 10:00 AM.
+This time we were going for altitude, and we got it!  The max recorded altitude was 118,533 ft! (Getting us the 16th highest altitude record on [[http://arhab.org/  ARHAB.org]] !)
-This time we're going for altitude.  By using a larger balloon, hopefully it will burst at a higher altitude, 120k feet predicted.
+The launch site was: Strasburg VA, in a open area near the town on Rt 11, near the I-81.
+Lat: 38.9968 N
+Lon: 78.3508W
+[[Image: sb5_launch_still.jpg | 320 px]] [[Image: sb5_track.jpg | 500 px]]
+The path the balloon took was pretty strange, with the wind shifting between ascent and descent, and so we had a lot more driving to do than usual.  The primary GPS/radio worked perfectly, and we got super-lucky with the recovery, picking up the package ~15 minutes after it hit the ground.  The video camera overheated and failed before launch (booo!) and we're still working on the instrument data, but all signs point to some new and interesting results at the highest altitude we've ever run.
+What challenges are left for the Spaceblimp project?  Get involved: subscribe to [[http://hacdc.org/mailman/listinfo/spaceblimp the Spaceblimp mailing list]] and help us figure it out!
-The planned launch site is: Strausburg VA, in a open area near the town on Rt 11, near the I-81.
+Visiting from another planet? [http://www.hacdc.org/about Here's more about us].
-Lat: 38.9968 N
-Lon: 78.3508W
-To get to the planned launch site, take I-66 west to I-81 South. At the first exit off of I-81, take Route 11 south. Watch on the left for a Food Lion within a mile or two, and look for us in the vacant parking lot just past the Food Lion.
+Want to help us do more awesome stuff? [http://www.hacdc.org/donate Make a tax deductible donation to our .org!]
+== Pictures and Video ==
-Or follow along at home!   There are two radios on board the blimp that transmit out the GPS data:
+Photos have been uploaded to http://www.flickr.com/photos/itechgeek/sets/72157627058450849/.
-* The primary radio is tied to the GPS and transmits out to a network of amateur radio enthusiasts who then pass the location information on to get mapped here:  [http://aprs.fi/?call=W3HAC-11  APRS.fi].   We also are running some custom software that passes this data on to a Twitter account (once per minute!) which you can follow on your phone: [http://twitter.com/#!/DCSpaceblimp  DC Spaceblimp Primary Twitter Feed].  (Click the link in the Twitter to pull up a map!)
+== Data ==
-* The secondary radio is actually a GSM cell phone module, and will broadcast its data when in range of a cell tower.  It will be broadcasting both GPS data for tracking, and a lot of the sensor data for science.  You can follow that Twitter feed through [http://twitter.com/#!/SocietyofRobotz Society Of Robots Twitter Feed].
+=== Accelerometer ===
-== Payload ==
+For now, here is the raw accelerometer data: [[Media: spaceblimp5_accelerometer.csv.gz]]
-The payload contains a couple cameras:
+Analysis to come in the next few days....
-* a video camera (Canon Zi6)
+=== Flight Tracker ===
-* a still camera (Canon Powershot A-480) running custom firmware to get better exposures from space
-and a lot of instrumentation:
-* a geiger counter
-* 9 degree-of-freedom IMU ([http://en.wikipedia.org/wiki/Inertial_measurement_unit Inertial Measurement Unit on Wikipedia])
-* high-speed (50 sample/sec) accelerometer
-* internal and external temperature sensors
-* humidity sensor
-* air pressure sensor
-* IR and visible light sensors
-* a solar panel, hooked up to measure the voltage
 == Launch Plans ==
@@ Line 50: / Line 47: @@
 !align="right" valign="top"| Launch Location:
 |
-: Where:  I-70/81 corridor between Edinburg, VA & Breezewood, PA
+Strasburg, VA
 |-
 !align="right"| Coordination/Talk-in:
@@ Line 73: / Line 70: @@
 | 9 DOF IMU, Geiger counter, temperature, pressure, humidity, and light sensors
 |}
+== Payload ==
+=== Radios ===
+There were two radios on board the blimp that transmitted out the GPS data:
+* The primary radio was tied to the GPS and transmitted out to a network of amateur radio enthusiasts who then passed the location information on to get mapped here:  [http://aprs.fi/?call=W3HAC-11  APRS.fi].   We also ran some custom software that passes this data on to a Twitter account (once per minute!) which you could follow on your phone: [http://twitter.com/#!/DCSpaceblimp  DC Spaceblimp Primary Twitter Feed].  (Click the link in the Twitter to pull up a map!)
+* The secondary radio was actually a GSM cell phone module, and broadcasted its data when in range of a cell tower.  It broadcasted both GPS data for tracking, and a lot of the sensor data for science.  It also twittered through [http://twitter.com/#!/SocietyofRobotz Society Of Robots Twitter Feed].
+=== Cameras ===
+The payload contains a couple cameras:
+* a video camera (Canon Zi6)
+* a still camera (Canon Powershot A-480) running custom firmware to get better exposures from space
+=== Instrumentation ===
+and a lot of instrumentation:
+* a geiger counter
+* 9 degree-of-freedom IMU ([http://en.wikipedia.org/wiki/Inertial_measurement_unit Inertial Measurement Unit on Wikipedia])
+* high-speed (50 sample/sec) accelerometer
+* internal and external temperature sensors
+* humidity sensor
+* air pressure sensor
+* IR and visible light sensors
+* a solar panel, hooked up to measure the voltage
 {{Template:Spaceblimp}}
-[[Category:Spaceblimp]]