Flywoo 1S Nano Camera V3

The Flywoo 1S Nano Camera V3 is an ultra-lightweight, high-resolution analog FPV flight camera explicitly engineered for micro drones, toothpick platforms, and TinyWhoop airframes where physical weight budgets are critical. Stripping down structural frame mass to achieve an incredibly light weight of just 2.1 grams, this nano-sensor integrates an advanced 1/3-inch CMOS core combined with an ultra-wide 1.8mm lens to output a crisp 1200TVL analog video stream. Outfitted with Global Wide Dynamic Range (WDR), 3D Digital Noise Reduction (DNR), and a highly flexible 3.7V to 18V power input regulator, the V3 delivers low-latency performance and exceptional visual clarity across challenging, rapidly changing lighting environments.

Features

Minimalist Weight-Optimized Profile: Weighs a mere 2.1 grams, minimizing the physical payload on micro indoor racers to optimize flight efficiency, motor thermal health, and throttle response.

Advanced 1/3-Inch CMOS Array: Utilizes an enlarged 1/3-inch CMOS image sensor that captures high horizontal resolution with vibrant color rendition and clean detail separation.

Ultra-Wide Panoramic Optics: Equipped with a premium 1.8mm focal length lens with an f/2.5 aperture, providing an expansive field of view for high peripheral awareness inside indoor spaces or tight racing gates.

Global WDR & 3D DNR Processing: Features integrated Global Wide Dynamic Range alongside 3D Digital Noise Reduction to eliminate dark shadows and overexposed skies while smoothing out high-frequency sensor grain.

Starlight Low-Light Lux Tuning: High-sensitivity tracking capabilities drop down to an impressive 0.001 Lux floor, allowing pilots to maintain clear visual positioning in near-dark conditions.

Broad Input Voltage Architecture: Outfitted with an internal buck-boost regulator that accepts any DC input from 3.7V up to 18V, facilitating direct connectivity to a 1S flight controller bus or up to a 4S LiPo battery rail.

Specifications

Brand: Flywoo

Model Name: 1S Nano Camera V3 Universal Matrix

Image Sensor Hardware: 1/3-Inch CMOS Sensor Core

Horizontal Resolution Output: 1200 TVL

Native Aspect Ratio Layout: 4:3 Aspect Ratio

Analog Video Signal Format: NTSC / PAL (Software Selectable / Switchable)

Optical Lens Profile: 1.8 mm Focal Length / f/2.5 Fixed Aperture

Minimum Illumination Floor: 0.001 Lux

Analog Video Output Protocol: CVBS (Standard Composite Analog Video)

Dynamic Range Subroutine: Global WDR Matrix

Digital Noise Filtering: 3D DNR System

Backlight Compensation (BLC): Integrated Automated Control

Automatic Gain Control (AGC): Integrated Adaptive Scaling

Primary Input Voltage Range: DC 3.7 V – 18.0 V (1S to 4S LiPo Rail Safe)

Physical Component Footprint: 14 mm × 14 mm (Nano Size Standard)

Physical Structural Net Mass: 2.1 g

Environmental Operating Boundaries: -20°C to +60°C (-4°F to 140°F)

Relative Humidity Operation Corridor: 20% – 80% Non-Condensing

Operational Instructions

Mechanical Mounting Integration: Secure the 14mm × 14mm nano-sized camera housing inside your micro drone's designated canopy or camera bracket slots using standard micro screws, adjusting the vertical tilt angle to match your forward flight velocity.

Wiring Interface Connections: Solder the camera’s three-wire silicone lead array directly to your Flight Controller (FC) or Video Transmitter (VTX) circuit pads: Red wire to a positive power pad (3.7V–18V safe), Black wire to a Ground (GND) pad, and Yellow wire to the Video Input (CAM/Video) pad.

Signal Format Calibration: Power up your FPV video goggles and connect a flight pack to the drone. Check if the default video standard aligns with your viewing equipment; if needed, use the inline OSD joystick or camera control configurations to switch between NTSC and PAL standards.

Pre-Flight Video Validation: Confirm that the 1200TVL analog video stream initializes instantly on your receiver screen. Ensure that contrast levels, backlight tracking, and exposures adapt smoothly when transitioning from dark under-furniture shadows out into bright ambient room lighting.

Notes

Strict Input Voltage Limits: Blackouts or permanent damage can occur if voltage thresholds are breached. While the built-in regulator safely manages an extensive input corridor up to 18V DC (4S LiPo peak limit), do not attempt to wire this camera module directly to raw 5S or 6S battery lines (21V–25.2V). Exceeding the 18V threshold will cause immediate, catastrophic surface-mount component burnout. For high-voltage builds, always source power from a regulated 5V or 9V flight controller pad.

Low-Grain RF Grounding Check: The exceptional 0.001 Lux ultra-low-light capability relies on pristine electrical feeds. To prevent high-frequency electrical motor noise from injecting rolling diagonal lines across your video feed, ensure the camera shares a solid ground loop reference with the flight controller and video transmitter.

Avoid Mechanical Over-Tightening: When locking the side camera casing mounting screws into soft plastic whoop canopies or carbon fiber frame brackets, tighten only until light resistance is felt. Excessive torque can crack the 14mm casing, strip structural threads, or compress internal circuit traces.

Package

1 x Flywoo 1S Nano Camera V3 1200TVL Analog Flight Camera Module