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May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Dec 21, 2015

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Page 1: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.
Page 2: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

May Madness 2005• This year’s game adds another dimension to the

engineering challenge. This year’s game includes both an autonomous and a LEGO remote control section of the game. We post this game for your enjoyment. Change the rules as you see fit for your students and interests.

Best Regards,

Robotics Academy

Page 3: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Orange team starts here!

White team starts here!

Two teams compete at the same time!

Page 4: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

The picture at the left shows half of the balls that sit on the foam board. We purchased our foam board at Kmart. It needed to be cut to size.

The drawing below shows the locations of the balls.

2 3 3 3 3

2

6

@16

48”

12

Page 5: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

1. Layout where the balls will sit.

2. Push the hole in with the round LEGO part

3. Set the ball in place

Page 6: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

At the left you see a larger ball sitting on top of a 2” high piece of round PVC

Pictured at the right is a robots view of the game board. The foam board sits on top of 6” long 1” diameter PVC.

Page 7: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Sponge ball 3 each color

Ping Pong balls 16 each color

Soccer goals. Two required - 12 inches high 8 inches wide made of 1 ¼ diameter PVC pipe.

Center goal. One required - 12 inches high 8 inches wide made of 1 ¼ diameter PVC pipe

Red starts here!

Whitestarts here!

Page 8: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Game parts

1. 1” PVC to make up the goals

2. Ping Pong balls

3. Foam balls or similar balls for the larger balls. We used large Ping Pong balls because Wallmart did not have any foam balls left, you could also substitute with tennis balls.

Page 9: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

PING PONG BALL SCORING

Page 10: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

PING-PONG BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 1 point each ball

2. BEHIND OPPOSITE GOAL 2 points each ball

3. FAR GOAL 5 points each ball

4. CENTER GOAL 10 points each ball

Orange starts here!

Whitestarts here!

1

Page 11: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Robot scoring one point!

Page 12: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

PING-PONG BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 1 point each ball

2. BEHIND OPPOSITE GOAL 2 points each ball

3. FAR GOAL 5 points each ball

4. CENTER GOAL 10 points each ball

2BALLS HAVE

TO STAY BEHIND LINES

TO SCOREOrange starts here!

Whitestarts here!

Page 13: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

PING-PONG BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 1 point each ball

2. BEHIND OPPOSITE GOAL 2 points each ball

3. FAR GOAL 5 points each ball

4. CENTER GOAL 10 points each ball

Orange starts here!

Whitestarts here!

3

Page 14: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

PING-PONG BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 1 point each ball

2. BEHIND OPPOSITE GOAL 2 points each ball

3. FAR GOAL 5 points each ball

4. CENTER GOAL 10 points each ball

Orange starts here!

Whitestarts here!

4

Page 15: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Score!

Page 16: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

SPONGE BALL SCORING

Page 17: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

SPONGE BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 3 point each ball

2. BEHIND OPPOSITE GOAL 6 points each ball

3. FAR GOAL 10 points each ball

4. CENTER GOAL 20 points each ball

Orange starts here!

Whitestarts here!

1

Page 18: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

SPONGE BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 3 point each ball

2. BEHIND OPPOSITE GOAL 6 points each ball

3. FAR GOAL 10 points each ball

4. CENTER GOAL 20 points each ball

2BALLS HAVE

TO STAY BEHIND LINES

TO SCOREOrange starts here!

Whitestarts here!

Page 19: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

SPONGE BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 3 point each ball

2. BEHIND OPPOSITE GOAL 6 points each ball

3. FAR GOAL 10 points each ball

4. CENTER GOAL 20 points each ball

Orange starts here!

Whitestarts here!

3

Page 20: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

SPONGE BALL -RED SCORING ZONES1. CLOSEST GOAL TO HOME 3 point each ball

2. BEHIND OPPOSITE GOAL 6 points each ball

3. FAR GOAL 10 points each ball

4. CENTER GOAL 20 points each ball

Orange starts here!

Whitestarts here!

4

Page 21: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Black tape layout on top of 4*8 game table

48

24

12

96

3256

56

18

24

Page 22: May Madness 2005 This year’s game adds another dimension to the engineering challenge. This year’s game includes both an autonomous and a LEGO remote.

Goal of the game

• Score more points than the other team.

• Two parts to the game

1. Autonomous section – 15 seconds

2. Remote Control section – 2 minutes

Pictured at the left is an example of using a touch sensor to remotely control your LEGO robot.