peter vanderkley, trevor arrasmith, ty bailey, cameron coupe, sam frakes, brandon harris, carolyn...

Peter VanderKley, Trevor Arrasmith, Ty Bailey, Cameron Coupe,

Sam Frakes, Brandon Harris, Carolyn Mason, Soo Park

UP, UP, AND AWAY!CONCEPTUAL DESIGN REVIEW

MISSION OVERVIEW• Mission Statement: Our mission is to create a small-scale version

of a Balloon Satellite-based cloud seeding system. We will test the dispersal method in order to determine its reliability and effectiveness in the extreme conditions that the Balloon satellite will go through.

WHAT WE EXPECT TO DISCOVER• Cloud seeding utilizes the properties of clouds and precipitation to

artificially influence the weather.

• Precipitation occurs from condensation

• - Cloud seeding introduces particles to condensate upon

• - Most commonly silver iodide

• Precipitation also occurs from temperature changes

• - Cloud seeding occasionally cools the air

• Often used in droughts

• - Also used agriculturally, recreationally

• Sometimes used to alleviate cloud cover

• - Beijing Olympics

WHAT WE PLAN TO DISCOVER• We will disperse 100 grams of salt 40 times during the flight using

funnels with a servo, and we plan to discover that our method will be proven effective through the GoPro footages.

• With the data that we collect, we also plan to prove that our method of cloud seeding is more efficient, which could reveal an untapped source of water.

WHY WE PROPOSE THIS EXPERIMENT• Although cloud seeding is not well known, it is well practiced

around the world such as China. Although these attempts have been at sometimes unsuccessful, with further research, we believe that cloud seeding can have a long-lasting and global impact. If cloud seeding could be done efficiently, it could alleviate droughts or benefit those areas in need of more precipitation.

CUBESAT DESIGN

Anemometer and Frame (Shown on next page)

8 cm

3mm6mm6mm

2.5 cm

6.9 cm

5 cm

*We are only using oneArduino for our mission;the other may be used for testing or backup,but is not crucial.

ServosPower

HOBO

SD MemoryCameraHeater Arduino

SD MemoryGo Pro

Anemometer SD MemoryPower

FUNCTIONAL BLOCK DIAGRAM

TESTING• Design structure with WHIP test and DROP test• Basic Mechanical test of servos and programming• Calibration of wind speed fan• Dry ice test:

-Make sure able to dispense-Test fan at sub temperatures

SCHEDULE

• Design Complete: 09/27

• Proposal Due: 09/28

• Conceptual Design Review: 10/02

• Authority to Proceed: 10/05

• All Hardware Acquired: 10/10

• Basic Test of Hardware: 10/17

• Pre-Review: 10/18

• Begin Structure Build: 10/20

• Begin Electronics Build: 10/20

• Finish Structure Build: 10/28

•Whip, Stair, and Drop Test: 10/28

•Finish Electronics/System testing: 11/3

•Dry Ice Test: 11/4

•Trouble Shoot: 11/10-11/11

•Demo Mission Test: 11/13

•Start Compilation for Final Report: 11/15-11/27

•Launch Readiness Review: 11/27

•Last minute Emergency Fixes: 11/28-11/29

•Final BallonSat Weigh-in: 11/30

•Launch: 12/01

GANTT CHART

TEAM ORGANIZATION

Project Manager(Cameron)

Structures(Sam, Brandon,

Peter)

Design Illustration(Trevor)

Electrical(Carolyn, Cameron,

Sam)

Science Documentation

(Trevor, Brandon)

Programming(Ty, Soo, Peter)

BUDGETCost Budget

Item Quantity Cost Place of Purchase

9v batteries 10 $21 Walmart

HS 430BH Servo

2 $28 ServoCity.com

Aluminum Bare Sheet

12” by 12” by 0.249”

2 $44.52 OnlineMetals.com

Tin Funnels 2 $10 McMaster.com

Sodium Chloride Powder

500 grams $40 ArtChemicals.com

Dry Ice 15lbs $16 King Soopers

Mathmos Wind Light

1 $19 Lamplust.com

GoPro 1 00 Donated

WEIGHT BUDGET

Item Quantity Weight

9v Batteries 3 114g

Aluminum Plates 4 150g

Servos 2 91g

Sodium Chloride 100g 100g

Tin Funnels 2 50g

Mathmos Wind Light 1 10g

GoPro 1 150g

Cannon Camera 1 130g

HOBO Data Logger 1 30g

Heater 1 100g

Foam Core and Structure

1 200g

Total 1125g

CONCERNS • Procurement of NaCl salt (2 to 5 microns)

• Weight (GoPro, funnel, batteries, etc.)

• Mechanism failure (jamming, clogging, etc.)

• Stability of funnel

• Power failure

SOURCES• 1. "Clouds and Precipitation."

http://www.rkdn.org/outdoors/w4.htm4

• 2. "Does cloud seeding work?" http://www.scientificamerican.com/article.cfm?id=cloud-seeding-china-snow

• 3. "Weather Modification Services." http://www.nawcinc.com/wm.html

• 4. "Why won't the UK make the sun shine for the Olympics" http://www.bbc.co.uk/news/uk-politics-1881794