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That’s where you come in. This guide includes your step-by- step instructions for piecing RubiQ together. Follow them in reverse to disassemble. This kit includes all the parts and tools needed for assembly, along with a few spares for any accidents along the road. Once RubiQ is built, visit rubiq.edventures.com...
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INVENTORY To build RubiQ, you’ll need: Power Distribution Board (PDB) Lower Chassis (Qty 1) (Qty 1) TX Antenna Video Transmitter (VTX) UFL to SMA Cable, (Qty1) (Qty 1) Lock Washer & Lock Nut (Qty 1) FPV Camera Assembly Arm/Motor/ESC Assemblies - CW...
Connect cables as shown, with the black wire to GND, red to 5V and yellow to Video. From the bottom view of Rubi, GND is the pin closest to the center of the drone. Failure to do so may cause irreparable damage to RubiQ. FIRE RISK...
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Connect cables as shown, with the red motor cables connecting to V+ and black to GND. The white ESC wire connect to SIG and the black wire to GND. Failure to do so may cause irreparable damage to RubiQ. FIRE RISK...
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Connect cables as shown, with the black wire to GND, red to 5V and yellow to Video. From the bottom view of Rubi, GND is the pin closest to the center of the drone. Failure to do so may cause irreparable damage to RubiQ. FIRE RISK...
SIG = Signal - white wire GND = Ground - black wire The orientation and casing-type of the ESC connector in this diagram may differ from your RubiQ drone. Depending on the batch of motors, the smooth plastic casing of the ESC connector may face in (as shown here) or may face out.
• The compass needs to be calibrated outside as part of the pre-flight check. • RubiQ comes with GPS lock enabled, which means she won’t indicate that navigation is safe or be able to fly without first connecting to seven satellites, something she can only do while out at the flight field.
Make sure the drone and the radio are bound. Power on the radio controller and connect the battery to RubiQ. Look for a solid light of RubiQ’s RX or flip the beeper switch to test the connection. Make sure all radio controller switches face away from you.
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Then, arm RubiQ. While the motors are spinning, power down the radio to simulate losing connection. RubiQ should stop her motors. If the motors continue to spin, reset the failsafe and repeat this step. (see Step 3 of the Configuration Guide at rubiq.edventures.com.) Unplug the battery and attach your props.
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4. With the hex driver, confirm that screws are still firmly attached and tighten any that feel loose. 5. Inspect RubiQ’s other physical components, including: • Arms, PDB, Frame and Camera Mount: Look for cracks or other signs of a hard impact.
Position Hold and Return to Home, can only be activated after she has been armed. Failsafe: If RubiQ loses connection to the radio, either because she’s flown out of radio range or because the radio loses power and shuts down, the default failsafe is for the drone to drop out of the sky. To make it easier to find, the drone will steadily beep until a radio connection is restored.
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NOTE: The default warning cell voltage is to set 3.5V to account for the dip that can occur when the drone draws heavily on the battery during flight. When RubiQ lands and you plug the battery in to recharge, you may notice that the cells show a voltage higher than 3.5V.
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FPV BANDS AND FREQUENCY CHANNELS RubiQ’s VTX transmits on Band A, which is the following set of frequencies: Boscam A/TBS 5.725 5.745 5.765 5.785 5.805 5.825 5.845 5.865 GHz The position of the dip switches on Rubi’s PCB sets the frequency channel for the video feed from the camera.
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6 months from the date of shipment. Within the period of this warranty, PCS Edventures will repair or replace, free of charge, any part proving defective in material or workmanship.