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The RunCam Nano 3 is described as RunCam's lightest FPV camera and a tiny advance in nano-camera technology. The listing says it debuted on the Happymodel Mobula 6.
The third Nano version is a plug-and-play camera without OSD control or settings. It offers higher resolution than the Nano 2 while weighing less than half as much, and it still uses a 1/3 inch sensor, which the listing says is over 30% bigger than other whoop cameras.
The lens has a field of view of up to 160 degrees, and the camera weighs only 1.1g.
1/3 inch 800TVL sensor: bigger pixels, lower distortion and better image quality.
Tiny high-resolution lens: FOV up to 160 degrees.
Whoop-first large sensor: over 30% bigger than other whoop cameras.
1.1g: ultra-lightweight.
Plug and play: no OSD, no settings to adjust.
ABS housing: light and durable.
An analog FPV camera sends a live composite video signal to the video transmitter on the drone. The image sensor turns light into an electrical signal, the camera processes it and outputs a video signal that the transmitter sends to your goggles. TVL (television lines) is a measure of horizontal resolution, and a bigger sensor usually collects more light, which helps in dim conditions.
The lens sets the field of view: a wider angle shows more of the scene and exaggerates the sense of speed, while a narrower angle shows a more natural picture. Features such as WDR (wide dynamic range) balance very bright and dark areas, DNR reduces noise and auto gain control adjusts the picture as the light changes. Low latency matters, because delay between what the camera sees and what you see makes flying harder.
Set the video standard (PAL or NTSC) to match your goggles, power the camera within its rated voltage range and mount it firmly so vibration does not blur the image. Tilt the camera up for fast, forward-pitched flying. Keep the lens clean and use a lens protector or ND filter where suitable.
Tiny whoops and micro drones
Happymodel Mobula 6 and similar builds
Weight-critical indoor flying
Replacing a whoop camera
Simple plug-and-play upgrades
The specification list gives 800TVL, a 1/3 inch CMOS sensor, a minimum illumination of 0.01 lux at F1.2, a 3.3 to 5V supply, a maximum current of 110mA at 5V or 120mA at 3.3V, a lens FOV of 160 degrees, auto shutter and gain, a 50dB S/N ratio, PAL/NTSC non-switchable and an ABS housing. The product title mentions a 140-degree FOV while the specification lists 160 degrees.
The package contains one RunCam Nano 3 FPV camera.
Item: RunCam Nano 3
Resolution: 800TVL
Sensor: 1/3 inch CMOS
Min illumination: 0.01 lux @ F1.2
Voltage: 3.3-5V
Current: 110mA @ 5V; 120mA @ 3.3V
FOV: 160 degrees (title says 140)
S/N ratio: 50dB
Signal: PAL/NTSC non-switchable
Housing: ABS
Weight: 1.1g
1 x RunCam Nano 3 FPV camera 800TVL
Whoop and micro drone pilots who want a very light camera with a larger sensor.
800TVL.
1.1g.
1/3 inch CMOS.
3.3V to 5V.
No, it is plug and play with no OSD.
No, it is non-switchable.
| Brand | RunCam |
|---|---|
| Display Resolution | 800TVL |
| Field of View | 160.000000 deg |
| Housing Material | ABS |
| Operating Voltage | 3.3-5V DC |
| Sensor | 1/3 inch CMOS |
| Weight | 1.100000 g |
| Selling unit | PCS |
