DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of...

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DARE Students on their way to space

Transcript of DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of...

Page 1: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

DARE Students on their way to space

Page 2: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set
Page 3: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

We believe that a Student

team can reach space with a self built rocket

We want to educate the next generation of engineers

Why DARE?

Page 4: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

DARE Structure

Page 5: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Rocket engineering student team from the TU Delft

Own development of rocket engines, rockets, and flight electronics.

Fully independent: Students set the goals and organize the project.

Aim: To be the first student group to reach space

Delft Aerospace Rocket Engineering

Page 6: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Design

Test Analyse Prototype

Integrate

Fly

Idea

Development Cycle

Page 7: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

The Idea

Let’s build a hybrid rocket that goes half way to space (50 km)!

Page 8: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Capsule and electronics

Parachute system

Oxidizer tank Combustion

chamber

Page 9: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Design

Page 10: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Prototype

• DHX-200 Aurora – Propulsion System of the Stratos II+ Rocket

Page 11: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Test

Page 12: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Test

Page 13: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Test

Page 14: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Analyse

• Try to identify the failure mode of the engine

• Alter the engine design such that the failure is eliminated

Page 15: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Iterate

Page 16: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set
Page 17: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Integrate

• Stratos II+ subsystem integration and preparation for the launch

Page 18: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Fly

• Stratos II+ launched from the CEDEA launch site in the south of Spain

• Stratos II+ launched

halfway through October 2015

Page 19: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Fly

Page 20: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set
Page 21: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Analyse

Page 22: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Analyse

Page 23: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set
Page 24: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Analyse

Page 25: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Design

Test Analyse Prototype

Integrate

Fly

Idea

Development Cycle

Page 26: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

What’s Next?

Page 27: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Mission Goal Stratos III

• Launch before Fall 2017

• Break European student altitude record for rocketry

Page 28: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Engine Test

Page 29: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Engine Test

Page 30: DARE - Universiteit Twente · Rocket engineering student team from the TU Delft Own development of rocket engines, rockets, and flight electronics. Fully independent: Students set

Linkedin.com/company/Delft-Aerospace-Rocket-Engineering

Instagram.com/daretudelft/

Twitter.com/DARE_TUDelft

Facebook.com/DelftAerospaceRocketEngineering/