10
.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced. Realistic Masterful. Engineering Integrity Dedication Responsibility Originality 1. Don’t talk about fight club. 2. Everyone contributes to the group evenly. 3. Be encouraging to one another; offer constructive criticism. 4. Keep an open mind to the ideas of other group members.

A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

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Page 1: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

A.R.M.E.

Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem.

Advanced. Realistic Masterful. Engineering

IntegrityDedication

ResponsibilityOriginality

1. Don’t talk about fight club.2. Everyone contributes to the group evenly.3. Be encouraging to one another; offer constructive criticism.4. Keep an open mind to the ideas of other group members.

Page 2: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Understand

• The purpose of this project is to create a paper airplane that can travel far and have a long hang time.

• We can use one standard size paper, one paperclip, one dab of glue, three inches of tape, three staples.

• For our airplane we decided to have a plane with a big surface area for the wings, so the plane can be in the air for a long time and glide for distance.

Page 3: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Explore

Ideas we had• Big wing span• Adding a tail• Cutting slits into the back of the wings• Bend the wings down and up• Adding flaps on the wings• Using tape and paperclips to balance weight, and keep

the plane together

Page 4: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Define

Best Solutions• Large surface area of the wings to create lift and keep the

plan into the air• Folding the wings down to keep the airplane stable• Balance the weight using a paperclip on the back• Use tape and the paperclip to keep the body of the plane

together

Page 5: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Ideate

• Using the nose section to

Balance the weight• Creating large, triangle wings

For maximum lift and

aerodynamics

Page 6: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Prototype

Our First Design

Page 7: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Refine

Refinements• Fold ends of wings down• Add a paper clip to the back

and tape to the front of the plane• Fold the wings downward• Make the nose section smaller• Fold the wings upward

Page 8: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Solution

We were able to finish our airplane; however it did not fair well.If we were able to balance the weight of the airplane, and figure out a way to make our wings have an even larger surface area, our plane would have gone farther.

Page 9: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

Solution

Time

1.6 seconds

1.6 seconds 49 feet 4 inches

1.4 seconds

Farthest Distance

Video of our plane

Page 10: A.R.M.E. Teamwork: A group of individual people able to gel and combine their strengths to achieve an effective, smart solution to a problem. Advanced

How to Build Our Glider

• Fold an 8.5 inch by 11 inch piece of paper in half long ways.• Unfold, and fold the top two corners in so they meet at the crease and

make a point at the top of the paper.• Fold the now diagonal lines in again to the crease, creating an almost

triangle• Fold the tip of the plane down on the crease so the tip is half way

between the intersection of the wings and its previous position• Fold the paper in half long ways along its crease backwards • Fold down the wings to meet the bottom of the page and continue about

an inch farther before making the crease• Bend the wings up so they have an acute angle between them• Fold the tips of the wings down for greater stability