Difference between revisions of "TU Delft - StratoBlimp"

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(Created page with "link=http://tudelft.nl/en/ = TU Delft - StratoBlimp = On the 12th of November 2012 at the faculty of aerospace engineering of the Delft University of …")
 
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On the 12th of November 2012 at the faculty of aerospace engineering of the Delft University of Technology a design synthesises project started called StratoBlimp.  
On the 12th of November 2012 at the faculty of aerospace engineering of the Delft University of Technology a design synthesises project started called StratoBlimp.  
Ten students get the task to develop an autonomous UAV that is launched from a balloon in the stratosphere and returns to its launchsite.
Ten students get the task to develop an autonomous UAV that is launched from a balloon in the stratosphere and returns to its launchsite.
Ir. B.D.W. Remes of the [[TU Delft MAV lab]], Dr. ir. C.J.M. Verhoeven of the micro electronics department and Ir. S. Engelen of the space systems engineering department are supporting the students on this project.
Ir. B.D.W. Remes of the [[MAVlab TUDelft airframes|TU Delft MAV lab]], Dr. ir. C.J.M. Verhoeven of the micro electronics department and Ir. S. Engelen of the space systems engineering department are supporting the students on this project.


=== Objectives ===
=== Objectives ===

Revision as of 08:23, 27 November 2012

Tudelft logo.jpg

TU Delft - StratoBlimp

On the 12th of November 2012 at the faculty of aerospace engineering of the Delft University of Technology a design synthesises project started called StratoBlimp. Ten students get the task to develop an autonomous UAV that is launched from a balloon in the stratosphere and returns to its launchsite. Ir. B.D.W. Remes of the TU Delft MAV lab, Dr. ir. C.J.M. Verhoeven of the micro electronics department and Ir. S. Engelen of the space systems engineering department are supporting the students on this project.

Objectives

  • Launch from a balloon in the stratosphere
  • Autonomously return to the launch site
  • Use paparazzi for the autopilot system
  • Have two-way communication between the ground station and the UAV
  • Ability to adapt the landing site in flight
  • Try to comply with weather balloon regulations
  • Make video of blackness of space
  • Have the ability to take a scientific payload

The Team

In alphabetical order, the students working on this project: All are members of the Delft University of Technology faculty of Aerospace Engineering

  • S.K. Brunner
  • P.J.S. Danneels
  • N.G.C. Janssen
  • T.P. Langejan
  • T.L. Mohren
  • G. Moors
  • P. van Oorschot
  • J.A. Siebers
  • J.D. Tossyn
  • P.C. Luteijn

Project Reports

We want to make the project reports available for this community so anyone who wants to continue our work or is just generally interested in this project can read up on it.

Project Plan

Team organization and orientation phase report.

Baseline Report

Basic findings from preliminary research into high altitude ballooning, regulations and different UAV concepts.

Midterm Report

available mid December

Concept trade-offs and top level design.

Final Report

available beginning of February

Detailed design of the complete system.