1 |
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3D Print each component as specified
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1 |
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(Optional) - Rubber O rings or grippy material
I've used my own 3D printed wheels with rubber o rings wrapped around, but you could buy your own wheels or use something else like elastic bands to achieve the same effect.
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1 |
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PCA9865 Servo controller
Ideally HAT for raspberry pi
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2 |
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Variable voltage regulator
One for 5V devices like the Pi and arduino, another for 7.4V servo power
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6 |
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Aluminium servo horns (MG996R)
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8 |
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10mm diameter bearings (5mm internal diameter) x 4mm
2 of these are used in each joint and are pushed fitted in to the Leg sections using a vice or with softened first with a hairdryer.
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12 |
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10mm M3 bolts
Used for securing stepper motors - Please overbuy
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12 |
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15mm M5 bolts
Used for securing the body - again please buy more as I'll be using more as the project progresses
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4 |
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30mm M5 bolts
These are used for the joints and pivots
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16 |
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15mm M4 bolts
To attach servos to the legs
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20 |
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M5 locknuts and washers
You'll need at least this amount
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1 |
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Raspberry Pi Zero W
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1 |
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Arduino Uno
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6 |
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MG9966 Metal gear servos
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2 |
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38mm NEMA 17 stepper motor
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2 |
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A4988 (OR DRV8825) stepper motor driver
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1 |
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Arduino CNC shield
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1 |
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MPU-6050 Gyro/Accelerometer
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1 |
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11.1V 2800mAh 3S LiPo (+ LiPo charger)
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