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PRESENTATION OUTLINE

The Team!

NAWAKOT THE ASSISTANT

JOSH The Co Leader

Rafael The Leader!

What Were Building

THE ROBOT THAT WE'RE BUILDING IS THE TUMBLER

The Parts

The Controller Of All Robots

This is what we use to move it

THE Wheels Of Movement

This makes the robot move๐Ÿ˜€

Half Way

THIS IS WHEN WE WERE Almost done

The Motors

We needed 4 motors for our robot

Time to Get it married!

THIS IS THE PROCCES OF THE SYNCING/PAIRING/OF THE ROBOT

FINISHING OUR ROBOT

WERE DONE!๐Ÿ‘๐Ÿป

Q's:What are we most proud of?

WERE MOST PROUD OF THE WORK THAT WE DID.WE DIDN'T Expect to even finish

What was the hardest part?

The Hardest part was actually connecting the motors because they kept wobbling when testing

Did Our robot stay together?

Yes.Our robot stayed together while testing.

Did we have any design Diffuculties?

Yes!We had to Switch motors,took off wheels twice,And had to rebuild the robot again once

Why Is our design how it is?

The reason the motors are backward are because the wheels kept getting stuck.We kept switching the wheels but still didn't work until we switched the motors Around.

Why did we choose this method for moving?

Because The wheels kept getting stuck so we had to move the motors around.A lot!

Untitled Slide

Explaining Our Movement design.

WE ARE VERY SATISFIED ON HOW OUR ROBOT TURNED OUT.THE WHEELS WE USED WERE SMOOTH BUT KEPT GETTING STUCK SO WE PICKED DIFFERENT Wheels

What was the hardest part to put on.

The hardest part to put on was the motors because they wouldn't fit.๐Ÿ˜“

WHAT WORKED BEST FOR SENSOR CONTROL.

The Cortex was a big problem for us it kept turning off when we were testing it.

How does our robot know where it's going?

Because of The Joystick.Even thought it's inverted controls๐Ÿ˜“

How Did everything turn out?

Everything in the end was Okay But It was very stressful.๐Ÿ˜€