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Trapped! Trapped! 60°
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Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Jan 03, 2016

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Charlene Bond
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Page 1: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Trapped!Trapped!

60°

Page 2: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

The ConceptThe Concept

To create a vehicle, using no power sources To create a vehicle, using no power sources outside of two mouse trap springs, that outside of two mouse trap springs, that has the ability to climb a rope coming out has the ability to climb a rope coming out of the ground at approximately 60of the ground at approximately 60°.°.

Page 3: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Initial Design ConceptInitial Design Concept

Gears

Drive Wheel

Traction Wheel

Frame

Frame

Page 4: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Design ComponentsDesign Components

FramesFrames

Page 5: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Design ComponentsDesign Components

FramesFrames Steel AxlesSteel Axles

Page 6: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Design ComponentsDesign Components

FramesFrames Steel AxlesSteel Axles Aluminum AxlesAluminum Axles

Page 7: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Design ComponentsDesign Components

Frames Frames Steel AxlesSteel Axles Aluminum AxlesAluminum Axles GearsGears

Page 8: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Design ComponentsDesign Components

Frames Frames Steel AxlesSteel Axles Aluminum AxlesAluminum Axles GearsGears Drive and Traction Drive and Traction

WheelsWheels

Page 9: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Design ComponentsDesign Components

Frames Frames Steel AxlesSteel Axles Aluminum AxlesAluminum Axles GearsGears Drive and Traction Drive and Traction

WheelsWheels SpringsSprings

Page 10: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Design ComponentsDesign Components

Frames Frames Steel AxlesSteel Axles Aluminum AxlesAluminum Axles GearsGears Drive and Traction Drive and Traction

WheelsWheels SpringsSprings ScrewsScrews

Page 11: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Cost / Weight AnalysisCost / Weight Analysis

PVC Frames – 2x .04 lbs @ $0.40 / lbsPVC Frames – 2x .04 lbs @ $0.40 / lbs

= $ 0.032= $ 0.032 UHMW Drive & Traction Wheels – 2x .05 lbs @ $0.48 / lbsUHMW Drive & Traction Wheels – 2x .05 lbs @ $0.48 / lbs

= $ 0.012= $ 0.012 Plastic Gears – 2x .0125 lbs @ $5.00 / lbsPlastic Gears – 2x .0125 lbs @ $5.00 / lbs

= $ 0.125= $ 0.125 Steel Gear – 1x .01 lbs @ $1.67 / lbsSteel Gear – 1x .01 lbs @ $1.67 / lbs

= $ 0.0167= $ 0.0167

Page 12: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Cost / Weight Analysis Con’tCost / Weight Analysis Con’t

Screws – 2x .0025 lbs @ $1.67 / lbsScrews – 2x .0025 lbs @ $1.67 / lbs= $ 0.00835= $ 0.00835

Steel Axles – 2x .005 lbs @ $1.67 / lbsSteel Axles – 2x .005 lbs @ $1.67 / lbs= $ 0.0167= $ 0.0167

Aluminum Axles – 2x .0025 lbs @ $5.00 / lbsAluminum Axles – 2x .0025 lbs @ $5.00 / lbs= $ 0.025= $ 0.025

Mouse Trap – 2x $0.30Mouse Trap – 2x $0.30= $ 0.60= $ 0.60

Cost of Materials $ 0.83575 per unitCost of Materials $ 0.83575 per unit

Page 13: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Total Production CostTotal Production Cost

Labor Cost:Labor Cost:

10 minutes of assembly10 minutes of assembly

*5.15/hour (min wage)*5.15/hour (min wage)

= $0.88 / vehicle= $0.88 / vehicle

TOTAL COST $0.84 + $0.88 = TOTAL COST $0.84 + $0.88 = $1.72$1.72

Page 14: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Pending Design ModificationsPending Design Modifications

More rigid driving axleMore rigid driving axleThicker gearsThicker gearsHorizontal alignment (gears)Horizontal alignment (gears)Adjustable tension wheelAdjustable tension wheelBetter tractionBetter traction

Page 15: Trapped! 60°. The Concept To create a vehicle, using no power sources outside of two mouse trap springs, that has the ability to climb a rope coming out.

Benefits and AdvantagesBenefits and Advantages

Weight -- .225 lbsWeight -- .225 lbsSizeSizeCostCostAestheticsAesthetics

The next model The next model willwill climb the rope! climb the rope!