FPV - First Person View & Video Downlink Projects
If you want very good video with an on-board FPV HD camera + built in HD digital video recorder, I recommend the: Runcam Split Mini / Runcam Split Mini 2 / Runcam Split 2. I have a Runcam Split Mini in my NanoTalon and X180 quadcopter, and a Runcam Split 2 in one of my pink flying wings.
Check RCGroups for-sale forums. There is usually someone selling these in the FPV equipment forum.
I have bought a Runcam Split 2 and Runcam Split Mini from this guy at RCGroups forum and he sent them quickly. They were brand new and both work well.
If you just want a camera without an on-board HD digital video recorder, there are lots of choices. I have all of these in various planes and quadcopters.
These are listed from lowest quality video to best:
I use both of these video transmitters in different planes.
25 - 600 mw: https://www.banggood.com/Eachine-TX526-5_8G-40CH-25MW200MW600MW-Switchable-AV-Wireless-FPV-Transmitter-RP-SMA-Female-p-1083642.html?rmmds=myorder
25 – 800 mw: https://us.banggood.com/Wholesale-Warehouse-Eachine-TX5258-5-8G-72CH-25200500800mW-Switchable-FPV-Transmitter-Support-OSD-Configuring-wp-Usa-1248768.html?akmClientCountry=America&rmmds=myorder
You will need a circularly polarized antenna for the video transmitter. The antenna that comes with the transmitters is not very good. Make sure you get appropriately mated connectors (SMA or RP-SMA) for the video transmitter and antenna.
I use Eachine VR D2 Pro googles. It has diversity receivers, a built-in video recorder, and includes two good antennas. The diversity receivers make for better video reception.
You can usually find them used for around $50 - $60 at RCGroups.
Finally, this last item is optional, but I use one on all my FPV setups. The motor puts a lot of electronic noise on the main power lines in the airplane. That can make the video bad. An LC filter (inductor + capacitor) between the battery and all the FPV equipment eliminates most of that noise and makes the video much better.
I have many 5.8 Ghz receivers and FPV headsets:
- Boscam RC305 5.8Ghz receiver from eBay
- Skyzone RD40 diversity 5.8Ghz receiver from HobbyKing.com
- Quanum FPV Goggle Set from HobbyKing.com
- Eachine VR D2 Pro headset with DVR and diversity 5.8Ghz receiver from Banggood.com
I record airborne video with the VR D2 Pro. Here are some video(s) below; more will be added over time.
Receivers (not 5.8 Ghz)
- Lawmate 900 Mhz receiver w/ GP patch antenna
- X-10 2.4 Ghz receiver w/ GP patch antenna
5.8 Ghz Boscam Transmitters
- TS351 200 mw w/ circular polarized antenna - Tricopter
- TS832 600 mw w/ circular polarized antenna - FPV Easystar, Blue Wing #1, Blue Wing #4
900 Mhz Transmitters:
2.4 Ghz Transmitters:
Ghz receiver (Boscam RC 305) + 200 mw 5.8 Ghz Tx (Boscam TS831) + right-handed
circular polarization antennas = $40.98 including shipping
eBay search for "Boscam FPV 3km 5.8G 5.8Ghz 200mw Wireless AV Transmitter Receiver TS351 RC305"
Note: Make sure you buy the version with the circular polarized antennas. The polarity must match between the transmitter and receiver; left-hand or right-hand circular polarization. That is important for longer range and less video dropouts.
The left picture below, of my Tricopter, shows the transmitter antenna that I bought as part of the above package.
600 mw 5.8 Ghz Tx (Boscam TS832) + right-handed circular
polarized transmit antenna
I have bought several video transmitter and antennas from Surveilzone.com, with very fast delivery. They used to have the best price I was able to find on the TS832 video transmitter and antenna.
Note: The Boscam 600 mw specification for the TS832 from Boscam is probably wrong. Tests have shown that the TS832 actually outputs < 300 mw of power. The Boscam 200 mw version does output > 200 mw, so it is accurately specified. I have also found reviews on-line that state the best Boscam transmitter is the 400 mw version, but I have not used that version personally.
If you want to pay a little more and get a strong output signal, Immersion RC has a 600 mw Tx that has been measured at > 700 mw. There are many transmitters and receivers available, but the I have listed here (above) the ones I have used.
AV436 CCD mini-camera - was mounted in Half Shadow w/ 909Mhz 500mw Tx
- now mounted on Blue Wing #1 w/ 5.8Ghz 600mw Tx
AV436 CCD mini-camera - was mounted in UltraStick w/ 909Mhz 100mw Tx
- now mounted on Blue Wing #4 w/ 5.8Ghz 600 mw Tx
X-10 CMOS camera - was mounted in PT-40 w/ X-10 2.4Ghz 50mw Tx
HIC0095 CCD camera - to be used on ??
Pixera CMOS camera - to be used on ??
Micro-camera CMOS - mounted on Tricopter w/ 5.8 Ghz 200mw Tx
Micro-camera CMOS - mounted on Easystar w/ 5.8 Ghz 600mw Tx
AV436 CCD mini-camera = 350 TVL (television lines), $28, runs
on 12 volts, good in low light, older technology
Micro-camera CMOS = 600 TVL, $10, runs on 5 volts, normal
light, much better picture, very small
|Tricopter, micro-camera, 200mw Boscam TS351 video Tx||Easystar, micro-camera, 600mw Boscam TS832 video Tx|
Digital Still Cameras
Olympus D450 32MB Smartmedia
- no longer used
Olympus D460 32MB Smartmedia - no longer used
HP E317 512MB SD - CamMan switch installed, internal batteries, damaged in crash - no longer used
CVS camcorder 128MB Fixed mem - external power, low resolution (640x480) - no longer used
Aiptek Pencam SD SD mem - CamMan switch installed, external power, installed in Stryker for aerial photos
Flatfoto 3 SD mem - CamMan switch installed, external power, sold
Argus DC3640 SD mem - Keepalive switch installed, internal batteries, sold
Dakota #1 Fixed mem - Keepalive switch installed, internal batteries, sold
Dakota #2 Fixed mem - Keepalive switch installed, internal batteries, sold
Dakota #3 Fixed mem - Keepalive switch installed, internal batteries, sold