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Related Manuals for REDROTOR RC STRIDER 250
Summary of Contents for REDROTOR RC STRIDER 250
- Page 1 STRIDER 250...
- Page 3 Center Plate with onboard RROSD engine (x1) Bottom Plate (x1) Top Plate (x1) Arms (x4) CCD Board Camera mount (x1) Aluminum M3 x 6mm (x10) Aluminum M3 x 8mm (x4) Aluminum M3 x 10mm (x4) ...
- Page 4 ! - 4S+1.3Ghz warning – VTX and Camera are both filtered. Only camera power is regulated at (12V or 5V). Power to the VTX pins is not regulated! The flight battery voltage will be applied. Most 5.8 Ghz video transmitters have a built in regulator with a wide range to easily accept 3S –...
- Page 5 Below is a list of recommended gear to get you airborne. Flight Controller (x1) o CC3D o Naze32 o Flip 10A minimum speed controllers (x4) o Hobby King Blue Series 12A o Bheli Red Series 12A o KISS ESC 18A ...
- Page 6 Video Transmitter (Optional but recommended) SMA Pigtail lead (4” – 6”) Video Antenna o Immersion RC Skew planer Set (5.8) FPV Camera o HS1177 o PZ0420 o NerdCam (3D) (Optional but recommended) HD Action Camera o Mobius o Diminika o GoPro Hero...
- Page 7 1. First check to see if the default solder bridges on CAM_PWR and battery voltage bridge selections are correct. Each selection consist of 3 silver pads. The middle pad will already be connected to one of the pads on either side with a solder blob when you receive your board.
- Page 8 1. Press Captive Nuts (x4) carefully into PDB with electronics facing upward. * See precautions and warnings section above.
- Page 9 2. Lay Nylon M3 x 12mm (x4) flat and insert through bottom plate. Top with Nylon M3 x 3mm Spacer (x4)
- Page 10 3. Lay center plate with electronics facing upward on top of bottom plate. Hand tighten Nylon 10mm M/F Standoff (x4) securely onto screws.
- Page 11 4. Slide a nylon spacer in between plates and insert a 16mm Aluminum screw through hole. Hand tighten 35mm Nylon standoff to it. Repeat 10x until all edges are complete.
- Page 12 5. Slide Arm in between plates taking note of bolt pattern so your motor wiring faces inward. Insert Aluminum M3 x 10mm through slot in plates/arm. Tighten M3 Nylon locking nut so that the arm can still move loosely. Repeat 4x until all arms are attached.
- Page 13 6. Flip the Strider over and move arm into position so the notch at the end is aligned with the 5” or 6” hole in the bottom of the center plate. Put a M3 washer on Aluminum M3 x 8mm and insert as shown from the bottom of the frame.
- Page 14 1. Mount motors to arms, there are both 16mm x 19mm M3 slots and 12mm x 16mm M2 slots. You may have to flip the arm over if your motor wires are facing the wrong direction. 2. Install ESCs (3m heavy duty mounting tape, also there are zip tie slots on the edge of frame)
- Page 15 3. Solder ESCs to RROSD 4. Solder motors to ESCs (install braid optional) 5. Check motor direction and swap a wires if it’s incorrectly spinning. 6. Solder battery cable to designated pads between ESC pads (install braid optional)
- Page 16 7. Connection to CAM and VTX (see warning section above if using 4s and 1.3Ghz)
- Page 17 8. Connection from Receiver to Flight Controller (show using Frsky passing cppm)
- Page 18 9. 3-position switch & RSSI signal connection to RROSD 10. Mount Flight Controller with Nylon Hex nuts. Connect Motor Signals from ESC to flight controller. (Only one Power and Ground wire is required) A servo crimper and 2.54mm jumper pins can be used to shorten cabling.
- Page 19 The below CLI commands are recommended when using a Naze32 FC: feature ppm (necessary when using a PPM compatible receiver such as DR4-ii) feature motor_stop map taer1234 (channel settings for Throttle/Aileron/Elevator/Rudder) setalign_board_yaw=270 (Board orientation as shown in this build) set gimbal_flags=4 (make Aux signal available on PWM output channels) ...
- Page 20 Connect the USB dongle to RROSD Expansion port with a 3-pin cable as shown Run “RRLoader.exe” (icon created on your desktop) Choose the correct COM number, power off Strider and click “Load” and immediately connect power to Strider within 2 seconds and Firmware loading should begin ...
- Page 21 To switch between video modes hold down on the button on the right edge of the RROSD board. Keep depressed while power up the board. Keep the button depressed for around 10 seconds until the LEDs turn on. Release the button and unplug the battery, you have now switched modes. The RROSD LEDS, buzzer, crosshair, timer start/stop, and Lost Model Mode are all controlled via a 3 position switch.
- Page 23 * Frame Assembly Part II assumes all electronics and components have been installed to the frame at this point. Frame shown naked for clarity. 1. (Optional Step) If using a CCD board Camera: Insert CCD Board Camera assembly into slot on the center plate.
- Page 24 3. (optional) HD anti-vibration plate: Push Soft Bobbins into the top plate, then seat plate on bobbins. Run 1-2 small zip ties through the center slots in the HD plate passing through the top plate, CCD plate (if used), and back into the HD plate.
- Page 26 Coming soon...