If you are from outside our district, requesting access does not work. All of my files are set to "shared" with anyone whom has the link, the videos are being blocked at the district level on both sides. If you have your teacher email me at cjohnson10@sandi.net, I will gladly share all of my files. PLEASE do not "request access" it does not do any good.
For the PDF
instructions - Please Click Here
VEX
Testbed 01 Cortex
To watch this on YouTube - https://youtu.be/0xFXPNxHH1A
By the end of this video you should know how to:
Attach the Vex Cortex to your base plate
using four 3/4" screws and KEPS nuts
VEX
Testbed 02 Bumpswitch
To watch this on YouTube - https://youtu.be/N-vioX8O6_U
By the end of this video you should know how to:
Attach the bump switch to your base plate
using two 1/2" screws and KEPS nuts
Please keep all twist ties during your
build to keep the wires from getting in the way
VEX
Testbed 03 Limitswitch
To watch this on YouTube - https://youtu.be/S1FjVZINoq4
By the end of this video you should know how to:
Attach the limit switch to your base
plate using two 1/2" screws and KEPS nuts
Tighten up the screws by hand just tight
enough so they are still able to be slid back and forth.
VEX
Testbed 04 Line Tracker
To watch this on YouTube - https://youtu.be/ecoT8h3MfRk
By the end of this video you should know how to:
Attach the line tracker to your base
plate using one 1/2" screw and a KEPS nut
VEX
Testbed 05 Potentiometer
To watch this on YouTube - https://youtu.be/QRFJE2Wi53Q
By the end of this video you should know how to:
Attach the potentiometer to your base
plate using two 3/4" screws and KEPS nuts
VEX Testbed 06 Potentiometer Gear and Axle (for summer camps we will skip the potentiometer - I left these instructions here for others to use)
To watch this on YouTube - https://youtu.be/9BwxKC1o7UI
By the end of this video you should know how to:
Attach a 2" axle, 36 -tooth gear and
a drive collar to your potentiometer
VEX Testbed 07 Battery Strap
(Please skip this step, it is not needed as your Testbed does not move)
To watch this on YouTube - https://youtu.be/lUngQW8ILqg
By the end of this video you should know how to:
Attach the battery strap to your base
plate using two 1/2" screws and KEPS nuts
VEX Testbed 08 Rail
To watch this on YouTube - https://youtu.be/8g3pCIWJSsI
By the end of this video you should know how to:
Attach flat bearings to the slotted angle
piece using two 3/4" screws and KEPS nuts each
VEX
Testbed 09 Motor Assemblies
To watch this on YouTube - https://youtu.be/E1hcyZ4dzgY
By the end of this video you should know how to:
Attach two motors to the rail you just
built using a 1/4" motor screw and a 1/2" motor screw, slide it
into the correct position so that it fits under the rail and then tighten
everything up with tools.
*** This uses different screws than those shown in the pdf
instructions ***
VEX
Testbed 10 Wheels
To watch this on YouTube - https://youtu.be/Ato9Z_78AH4
By the end of this video you should know how to:
Attach two wheels without using any drive
collars
*** This is different from the pdf instructions ***
VEX
Testbed 11 Clawmotor -
To watch this on YouTube - https://youtu.be/WC4GUBw69Co
By the end of this video you should know how to:
Add a motor to a claw and make your motor
open and close.
You may need to wiggle open the claw to
get the axle to slide into place.
*** This
is a different order of assembly from the pdf instructions ***
VEX
Testbed 12 Stand offs
To watch this on YouTube - https://youtu.be/0e81QgsZi9Y
By the end of this video you should know how to:
Attach two 2" standoffs to the
base plate using two 1/2" screws from underneath
VEX
Testbed 13 Attach Rail
To watch this on YouTube - https://youtu.be/LVN2b4qyTaA
By the end of this video you should know how to:
Attach the rail to the two 2"
standoffs you just added built using two 1/2" screws.
Then go back through the entire build to line
up the components and tighten all screws
VEX
Testbed 14 Electronics Hookups
To watch this on YouTube - https://youtu.be/QpioECHcEXc
By the end of this video you should know:
The difference between different components and
how to hook up all of the electronics.
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