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| + | These additional items are also needed for using and assembling the Romi 32U4 Control Board: |
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| + | '''{{underline|Required accessories}}''' |
| + | * a Romi Chassis Kit (this includes motors, wheels, one ball caster, and battery contacts) |
| + | * a Romi Encoder Pair Kit |
| + | * six AA batteries. The Romi chassis and control board work with both alkaline and NiMH batteries, though we recommend rechargeable NiMH cells. |
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| + | '''{{underline|Assembly tools}}''' |
| + | * soldering iron and solder (we recommend one with adjustable temperature control like the Hakko FX-888D Digital Soldering Station) |
| + | * small Phillips screwdriver |
| + | * USB A to Micro-B cable to connect the board to your computer for programming and debugging |
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| + | '''{{underline|Optional tools}}''' |
| + | * small 2 mm slotted screwdriver for adjusting the LCD contrast |
| + | * small pair of pliers |
| + | * wire cutter and stripper, for adding wires for peripherals |
| + | * tape or small clamps (for holding parts together when soldering) |
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| + | '''{{underline|Optional accessories}}''' |
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| + | You might also consider getting these for your Romi 32U4 Robot: |
| + | * an 8×2 character LCD |
| + | * a compatible Raspberry Pi (Model B+ or newer, including Pi 3 Model B and Model A+) |
| + | * sensors, such as optical or sonar range finders |
| + | * connectors and jumper wires, for connecting additional sensors and components |
| + | * battery charger, if you are using rechargeable batteries; since the Romi just uses ordinary AA batteries, we recommend basic AA chargers (into which you stick the individual cells) available at most general electronics stores, though we carry a much fancier iMAX-B6AC V2 balance charger/discharger that can be also used for this |
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