Difference between revisions of "High Altitude Balloons Team"

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[[File: BalloonSelfie.png|left|frame|A photo of the edge of space, taken by [[SSI-23]], Gemini]]
 
[[File: BalloonSelfie.png|left|frame|A photo of the edge of space, taken by [[SSI-23]], Gemini]]
The Balloon team constructs and launches high altitude latex balloons with experimental payloads.  To date, the team has launched and recovered nearly 100 high altitude balloons to as high as 120,000 feet with thermal controls, satellite communication, and scientific payloads. They have launched a balloon all the way across Atlantic Ocean from California, and are currently working to enable balloons to fly even further. The Balloons Team Faculty Advisor is Dr. John Pauly.  
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The Balloon team constructs and launches high altitude latex balloons with experimental payloads.  To date, the team has launched and recovered nearly 100 high altitude balloons to as high as 120,000 feet with thermal controls, satellite communication, and scientific payloads. They have launched a balloon all the way across the Atlantic Ocean from California, and are currently working to enable balloons to fly even further. The Balloons Team Faculty Advisor is Dr. John Pauly.  
  
 
Balloon payloads are launched with state-of-the-art equipment constantly re-envisioned by the team. Recent additions include altitude control mechanics for latex balloons, including a gas venting valve and ballast dispenser, as well as a custom flight control system, two-way satellite communications, an intelligent altitude control algorithm, and more.  The goal of the team is to push the bounds on its current latex balloon flight hardware, both in terms of flight time and flight distance.
 
Balloon payloads are launched with state-of-the-art equipment constantly re-envisioned by the team. Recent additions include altitude control mechanics for latex balloons, including a gas venting valve and ballast dispenser, as well as a custom flight control system, two-way satellite communications, an intelligent altitude control algorithm, and more.  The goal of the team is to push the bounds on its current latex balloon flight hardware, both in terms of flight time and flight distance.
  
The current team co-leads are Sydney Marler and Jason Kurohara.<br/><br/>
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The current team co-leads are Sydney Marler ({{slack-user|smarler}}) and Jason Kurohara ({{slack-user|jason kurohara}}).<br/><br/>
  
 
The core of the Balloons team is a set of long-term technical projects. Current projects include:<br/>
 
The core of the Balloons team is a set of long-term technical projects. Current projects include:<br/>
[[Cycloon|Cycloon]], which aims to harness altitude control technology and the unique advantages of a balloon platform to study tropical cyclogenesis.<br/>
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[[Cycloon]], which aims to harness altitude control technology and the unique advantages of a balloon platform to study tropical cyclogenesis.<br/>
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[[HABSIM]], a GEFS-based trajectory prediction server and an associated Python package enabling predictions and optimizations on custom profiles. <br/>
 
[[Spaceshot]], which aims to launch a rocket off a high-altitude balloon to reach space.<br/>
 
[[Spaceshot]], which aims to launch a rocket off a high-altitude balloon to reach space.<br/>
 
[[HABMC]], the balloons team mission-control software, a powerful web-app that provides real-time data, analytics, and controls of balloon flights.<br/>
 
[[HABMC]], the balloons team mission-control software, a powerful web-app that provides real-time data, analytics, and controls of balloon flights.<br/>
[[HABSIM]], a GEFS-based trajectory prediction server and an associated Python package enabling predictions and optimizations on custom profiles. <br/>
 
 
[[Balloonerang]], which aims to build a payload which returns to its launch site after cutdown.<br/>
 
[[Balloonerang]], which aims to build a payload which returns to its launch site after cutdown.<br/>
  

Latest revision as of 22:44, 11 August 2019

A photo of the edge of space, taken by SSI-23, Gemini

The Balloon team constructs and launches high altitude latex balloons with experimental payloads. To date, the team has launched and recovered nearly 100 high altitude balloons to as high as 120,000 feet with thermal controls, satellite communication, and scientific payloads. They have launched a balloon all the way across the Atlantic Ocean from California, and are currently working to enable balloons to fly even further. The Balloons Team Faculty Advisor is Dr. John Pauly.

Balloon payloads are launched with state-of-the-art equipment constantly re-envisioned by the team. Recent additions include altitude control mechanics for latex balloons, including a gas venting valve and ballast dispenser, as well as a custom flight control system, two-way satellite communications, an intelligent altitude control algorithm, and more. The goal of the team is to push the bounds on its current latex balloon flight hardware, both in terms of flight time and flight distance.

The current team co-leads are Sydney Marler (SlackLogo.png@smarler) and Jason Kurohara (SlackLogo.png@jason kurohara).

The core of the Balloons team is a set of long-term technical projects. Current projects include:
Cycloon, which aims to harness altitude control technology and the unique advantages of a balloon platform to study tropical cyclogenesis.
HABSIM, a GEFS-based trajectory prediction server and an associated Python package enabling predictions and optimizations on custom profiles.
Spaceshot, which aims to launch a rocket off a high-altitude balloon to reach space.
HABMC, the balloons team mission-control software, a powerful web-app that provides real-time data, analytics, and controls of balloon flights.
Balloonerang, which aims to build a payload which returns to its launch site after cutdown.


Previous projects include:
ValBal, a long-endurance, low-cost latex balloon altitude-maintenance platform that holds multiple world records for endurance, and has flown as far as Morocco.
HABEES, the balloons project team responsible for all balloons standard-profile electronics, RF, and flight software systems.
habhive, the balloons mechanical-engineering project team, responsible for development of payload structures & novel mechanical projects to be flown on balloons.

The balloons team is committed to openness and diversity in projects; project teams serve to facilitate member interests and novel new ideas and propositions; talk to the balloon co-leads or the relevant project leads if you have an awesome idea you'd like to try out!


Valballogo.png Habeeslogo.JPG Habhivelogo.png Habmclogo.png


Balloon Launches
2014-15 SSI-19202122
2015-16 SSI-23(a) • 2425262728293031323334353637383940414243
2016-17 444546474849505152
2017-18
2018-19 8386879091
VE