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Page 1: Research

Mini Golf Research

Rachael Swenson, Nick Elmore

Page 2: Research

Current Viable Solutions (Obstacles)

I like the idea of a hill that you

have to hit the ball so it goes up

and down.

This one has many different kinds

of hills and jumps that we could

incorporate for our designs

robingames.com

freegameaccess.com

I like this loop, because it’s

practical because the ball won’t just

fall when it get to the top.

games.multimedia.cx

All of the obstacles are very

exciting, because of their

originality. I especially like the

windmill and moving ramp.

otherlandtoys.co.uk

Page 3: Research

Current Viable Solutions (Putters)

I like the idea of a jump that could

have to go to another platform.

I like the swirly hole. It is an

uncommon design that is slightly

difficult to get past.

I like all of the bright colors. They

are visually appealing and make the

product appear more exciting

These putters have more geometry

and look more interesting.

This one is ambidextrous and it

also had a center line allowing the

person who is putting to see if

they’re lining the shot up correctly.

lisisoft.com

technabob.com

http://www.promotionalpromo.com

/keywords/r/rubber-head-putters-

3843229--junior/

http://thettablog.blogspot.com/2009

/05/ttab-finds-design-of-moi-

putter-head.html

trademe.co.nz

Page 4: Research

Calculations

Shaft/Lie Angle

Shaft is the angle of the shaft as measured from horizontal.

USGA Rules require putters to have a maximum 80-degree lie angle.

In a forum many golfers said they used a 68 degree lie angle

Standard Hole Size

4.25 inches

Standard Loft Angles 3°

2.5°

2.5°

2.5°

3.5°

Average Loft Angle = 3.125

Vertical line

Angle of the

front of the

putter

Loft Angle

Shaft/Lie Angle

Page 5: Research

Putter/Obstacle Materials

Materials

Composite Materials

Titanium Alloys

Tungsten

Mild Steels and Stainless Steels

Page 6: Research

Bibliography

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