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The BetaFPV C03 FPV micro camera is for FPV pilots who want ultra-clear visuals in a lightweight form. It has a 1200TVL high-resolution CMOS sensor and delivers sharp, vivid, low-latency analog video.
The listing says its ultra-light, compact design suits tiny whoops, micro drones and racing quads, and that it improves performance without adding weight. It provides a reliable signal, crisp detail and a wide field of view for indoor or outdoor FPV flights.
The camera weighs only 1.45g and comes with the BETAFPV micro canopy and camera mounts at 20 and 30 degrees.
1200TVL, 1/3 inch CMOS: sharp, vibrant video with global WDR.
2.1mm lens, 160 degree FOV: a wide view for indoor and outdoor flying.
Ultra-light 1.45g: suits tiny whoops and micro drones.
Includes canopy and mounts: micro canopy and 20 and 30 degree mounts.
Low light and WDR: 0.01 lux minimum illumination and digital WDR.
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
Racing and freestyle quads
Replacing a damaged whoop camera
Indoor and outdoor FPV
Cinewhoop builds that need low weight
The specification list gives a 1/3 inch CMOS sensor, 1200TVL with global WDR, NTSC (4:3), a 2.1mm (M7) lens with a 160-degree FOV, a signal-to-noise ratio of 50dB, auto shutter, AGC and D-WDR, a minimum illumination of 0.01 lux at F1.2, colour day/night, a DC 3 to 5.5V supply, a current of 100mA at 5V or 120mA at 3.3V and an ABS housing.
The package contains the camera, the micro canopy, three camera mounts, three decorative parts and screws.
Item: C03 FPV micro camera
Sensor: 1/3 inch CMOS
Resolution: 1200TVL with global WDR
Signal: NTSC (4:3)
Lens: 2.1mm (M7), FOV 160 degrees
S/N ratio: 50dB
Min illumination: 0.01 lux @ F1.2
Power: DC 3-5.5V
Current: 100mA @ 5V / 120mA @ 3.3V
Housing: ABS
Weight: 1.45g
1 x C03 FPV micro camera
1 x BETAFPV micro canopy
1 x 20 degree lens camera mount for C02
1 x 20 degree lens camera mount for C03
1 x 30 degree lens camera mount for C03
3 x decorative parts
4 x M1.4x5 screws (silver)
6 x M1.4x4 screws (black)
Whoop and micro drone pilots who want a light, high-resolution analog camera with a wide view.
1200TVL.
160 degrees.
1.45g.
DC 3 to 5.5V.
NTSC (4:3).
The camera, a micro canopy, three mounts, decorative parts and screws.
| Brand | BetaFPV |
|---|---|
| Display Resolution | 1200TVL |
| Field of View | 160.000000 deg |
| Operating Voltage | DC 3-5.5V |
| Sensor | 1/3 inch CMOS |
| Video System | NTSC (4:3) |
| Weight | 1.450000 g |
| Selling unit | PCS |
