team poptarts launch readiness review

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Team Poptarts Launch Readiness Review Alexa Warly Charles MacCraiger Corinne Desroches Connor Jacobsen Kyle Skjerven Matt Busby Saad Alqahtani 11/1/11 F all 2011 Rev A 08-16-11

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Team Poptarts Launch Readiness Review. Fall 2011 Rev A 08-16-11. Alexa Warly Charles MacCraiger Corinne Desroches Connor Jacobsen Kyle Skjerven Matt Busby Saad Alqahtani 11/1/11. Mission Overview Measure lateral wind speeds at different altitudes. Design. Testing. Wind Tunnel. - PowerPoint PPT Presentation

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Page 1: Team Poptarts Launch Readiness Review

Team PoptartsLaunch Readiness Review

Alexa Warly

Charles MacCraiger

Corinne Desroches

Connor Jacobsen

Kyle Skjerven

Matt Busby

Saad Alqahtani

11/1/11

Fall 2011 R

ev A

08-16-11

Page 2: Team Poptarts Launch Readiness Review

• Mission Overview – Measure lateral wind speeds at different

altitudes

Page 3: Team Poptarts Launch Readiness Review

Design

Page 4: Team Poptarts Launch Readiness Review
Page 5: Team Poptarts Launch Readiness Review

Testing

Wind Tunnel

Page 6: Team Poptarts Launch Readiness Review

Ice test temperature

Inside temp

Outside temp

Page 7: Team Poptarts Launch Readiness Review

Whip test

Page 8: Team Poptarts Launch Readiness Review

Drop test

Page 9: Team Poptarts Launch Readiness Review

Staircase Test

Page 10: Team Poptarts Launch Readiness Review

• Wind speed will reach a max at Jet stream• Between 4 and 8 miles high• 150-300 mph

• Altimeter of bike computer will not function properly • speed of ascent and maximum altitude

• Right before burst wind will measure at or close to 0 mph.

Expected Results

Page 11: Team Poptarts Launch Readiness Review

• Ability of bike computer to work in cold temperatures and at high altitudes

• Structural integrity of anemometer blades

Biggest Worries

Page 12: Team Poptarts Launch Readiness Review

Mission Statement: Find an optimal altitude for wind power generation

Mission Objective: Record data on wind velocity that we can analyze and interpret

LEVEL 0: We will use a bike computer to record wind velocities with an anemometer we will make, we will also make sure its

under 850 grams

Level 1.1: Internal data storage for the bike computer1.2: Make sure the heater works properly

1.3: No anemometer interference with string tube

Level 2.1: Bike computers internal power is enough for entire flight2.2: The heater works and has enough power for the entire mission

2.3 Light weight cage for small impact protection of anemometer

Requirements Flowdown