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1. #Install frc driver station install#
2. #Install frc driver station drivers#
3. #Install frc driver station driver#
4. #Install frc driver station windows 7#
5. #Install frc driver station download#

#Install frc driver station download#

Note: Save your WinTV Installation CD! You will need it if you download new WinTV applications in the future.

#Install frc driver station install#

Step 2: Install the WinTV applications Click the button labeled Step 2: Install WinTV The setup application will then open and begin automatically installing the WinTV application components.

#Install frc driver station driver#

You do not need to reboot your PC until after Step 2 Note: the latest driver updates are available at: in the Support section.

#Install frc driver station drivers#

Once the drivers have installed, a message will appear saying Drivers have been updated successfully. page 1Ģ A blue screen will open and begin installing the drivers for your WinTV. Install the WinTV driver Click the button labeled Step 1: Install Drivers. Note: if the CD does not autorun, navigate to the CD and run the 'Setup.exe' file. Click Run Setup.exe For all versions of Windows: The Hauppauge WinTV Installation CD-ROM window will appear on the screen. For Windows 7: You will see an AutoPlay message. Insert the WinTV Installation CD-ROM in your PC s CD-ROM drive. Please click Cancel each time you see the New Hardware Wizard. With some WinTV products, you might see this message two or three times. Please cancel it and allow Windows to load fully before proceeding. For Windows XP installations: After you install your WinTV device and boot Windows, a 'Found New Hardware' wizard will appear.

#Install frc driver station windows 7#

Turn on your Windows XP, Vista or Windows 7 based PC, and boot into Windows. Once inserted, use the supplied screws to fasten the Raspberry Pi board to the standoffs that were installed in a previous step.1 Installing the WinTV driver and WinTV v7 application Install your WinTV products. Push with even pressure taking care to not bend any of the pins. The correct orientation for the batteries is indicated by the battery-shaped holes in the Romi chassis as well as the + and - indicators in the chassis itself.Īttach the Raspberry Pi board upside down, carefully aligning the 2x20 pin connector on the Pi with the 2x20 pin socket on the Romi. The chassis works with four or six AA batteries (we recommend using rechargeable AA NiMH cells). The circled holes in the image below show where the standoffs should go. To attach them, you will need a needle-nose pliers to hold the nut while you screw in the standoffs. The other two standoffs go into the holes on the opposite side of the board. The nuts for these standoffs are inside the battery compartment. Two standoffs (thread side down) mount in the holes on the side of the Romi board closest to the “Romi 32U4” label as shown in the picture. Install the standoffs to support the Raspberry Pi board. If you want to make it stiffer, you can wrap a rubber band around the two hooks located on either side of the ball caster on the top side of the chassis. Optional: The front ball caster is supported by a flexible arm that acts as a suspension system. Repeat for the front ball caster so there is a caster on the front and the back of the robot.

Then push the ball caster retention clip over the ball and into the chassis so the three legs snap into their respective holes. Place the 1″ plastic ball on top of the three rollers.

Then, lower the chassis, pressing the motor shaft into the wheel until it contacts the surface.įlip the chassis upside down and place the three rollers for the rear ball caster into the cutouts in the chassis. One way to do this is to set the wheel on a flat surface and line the chassis up with it so that the flat part of the motor’s D-shaft lines up correctly with the wheel. Press the wheels onto the output shafts of the motors until the motor shaft is flush with the outer face of the wheel. The Mini Plastic Gearmotors that come with the kit have extended motor shafts to enable quadrature encoders for position feedback. Note that the motor blocks the clip release, so if you need to remove a motor bracket later, you will first need to remove the motor. Push the Mini Plastic Gearmotors into the motor clips until they snap into place. Once you have gathered all the materials you can begin assembly:Īlign the motor clips with the chassis as indicated and press them firmly into the chassis until the bottom of the clips are even with the bottom of the chassis (you may hear several clicks). The Romi Robot Kit for FIRST comes pre-soldered and only has to be put together before it can be used.