Today, I will review an unsual FPV product for me, a 3D goggles+3D FPV camera combo, to be more precise the RT2/C-600 system. Here, no dual screen and dual channel to display/transmit the 3D, but one unique screen with high frame rate alternating the two views. The 3D goggles welcomes a 32CH 5.8G video receiver. The 3D FPV uses also a unique band so by consequence will reduce the original quality to transmit both views with the same channel bandwidth.
+ 1 x RT-2 (with XT60 battery connector)
+ 1 x Colormix C-600
+ 1 x 5.8G linear antenna
+ 1 x DIY cable (for the C-600)
+ 1 x USB to XT60 (for the RT-2)
+ 1 x Menu navigation module with JST connector (for the RT-2)
+ 1 x Instruction manual (English)
3D FPV goggles
The RT-2goggles are large and have to be powered from a 2S source via the USBtoXT60 cable. Not that the RT-2 is pure 3D goggles while the RT-2C can be used in 2D/3D modes.
The cable offers also a JST plug to connect the menu navigation addon.
Via the menu, you will be able to tune brightness, contrast, color, aspect ratio (16:9,4:3) and language
The total screen resolution is 800×480 with a refresh rate up to 75fps so much more than twice 30fps.
On unique miniUSB is present to power the goggles. No AVin or AVout for example ….
The big white CH sticker in practice is a channel/band selection. A short press selects the frequency Inside the selected band, a long press cycle between the 4 bands.
You can find also two sliders tuning the pupillary distance individually.
A SMA connector to welcome the 5.8G linear antenna.
Surrounding the goggles border, a soft foam is installed and its relatively confortable to wear dispite the weight of the RT-2
Impossible to render 3D effect with a simple photo, but the image is crisp. Close distances object (< 5m) are "jumping" foreground versus background. It announced to have a 90 degrees of FOV but in practice I am not amazed of the immersion feeling. It's good but not amazing.
More than 500g for the RT-2… IMHO heavy
2.5cm of distancebetween each lens
3 USB slots are here: 2 micro and 1 mini. Only the mini is used to power and collect the video signal for the transmitter. I don’t know the role of the microUSB ports … maybe to update camera firmware…. There is also a miniswitch. When turned to the right, the video signal is send to the white wire, when turn to the left, no signal either on the white or green wires. Maybe you have to disconnect the internal camera plug to other port (see below)
with the original DIY cable installed via the mini-USB port
The DIY cable after JST connector installation
With a 200mW VTX attached. The white wire is the Video signal
138g …. not really compatible with a 250mm quad.!!! A diet is needed.
2 screws to remove and 1 cable to disconnect to access to the main PCB
By default, the camera is plugged to the left connector
A Samsung chip to encode video frame
The main PCB is only 36g !!!!
the metallic casing standalone weights close to 50g !!!
Finally, only the electronic weights just a little bit than 55g
I am pretty confident by removing the last metallic element, it will be close to 50g
3D FPV is interesting only for proximity flights with clearly seperated objects. Here with this combo, the 3D sensations are here but the price is a slightly degraded image versus original PAL/NTSC transmission. The good news, we can’t notice any ficklering linked with the stereoscopic alternance between both sources. Actually the main drawback of the bundle is probably the overweighted 3D camera module, at least for < 250mm racers due the metallic housing. A must to do mod would consist to print a lighter housing.
+ 3D effect efficient for close range objects
+ Novolty in FPV
+ Working out of the box, few home work required
+ Tunable pupillary distances
– 110g 3D FPV camera
– > 500g goggles
– No AVin/AVout
This FPV system have been courtesy provided by Gearbest in order to make a fair and not biased review. I would like to thank them for this attitude.
You can find it actually for 277USD at http://www.gearbest.com/fpv-system/pp_326718.html