Simple FPV Setup

Mechatronics, Software Engineering, Woodworking, and "Making" in General

Simple FPV Setup

FPV Quick Start
  1. Camera + Transmitter + Antenna : Amazon.com: Wolfwhoop WT02 600TVL Ultra Micro AIO Camera and 200mW 5.8GHz Video Transmitter with Clover Antenna for FPV Indoor Racing : Electronics
  2. Battery
  3. FPV Monitor: Amazon.com: SoloGood FPV Monitor 4.3inch with DVR 5.8Ghz 40CH 800 x 480 IPS Drone Receiver Monitor Built in Battery for FPV Drone RC Cars : Toys & Games

Quick Setup

  1. Connect Battery to camera (adaptor might be needed, do not forget to remove the lens cap). Confirm LED indicator is lit
  2. Power on monitor (hold power button for 2-3 seconds)
  3. click Auto-Search, wait for signal to be detected. (For me, this took ~15-20 seconds before the signal was found, after which, the signal strength appears in top-left corner)

Camera

NOTE: Be careful/mindful — the 200mW power from this particular transmitter has extremely poor thermal management, it will get hot enough to burn skin

Camera specifications:

As the “Frequency” specification suggests, there is a range of frequencies supported. To change frequencies, press the button according to the specification below.

Camera/Transmitter “Positives”

  • lightweight. 4.6g including the camera, transmitter, antennae, and 6cm wire with connector
  • extremely easy to use. only needed to plug in the battery

Camera/Transmitter Shortcomings

  • as mentioned above, the whole unit gets hot to the touch — hot enough to burn skin. Ideally, if a component gets this hot, there should be a heatsink with fan to remove more of the heat. the 200mW power is relatively high considering the compact design
  • The button, atop the transmitter PCB, isn’t immediately apparent and can be quite tough to access due to the antennae getting in the way.

Next Steps

  • I want to test the range limit for camera transmitter, see how far the 200mW transsmitter works with a clear line of sight
  • test the range and quality of signal with interference (see how trees/buildings/etc effect the signal)
  • Try changing the frequency of the transmitter (would be necessary if using multiple cameras simultaneously)
  • Experiment more with the monitor (including the “Record” function that saves digital file to microSD card.
  • verify the current in-use
  • Build pan/tilt mount with fan to improve heat issue