3D FPV camera The BlackBird 2
Small and very functional stereo camera for FPV, which can form stereoscopic analog NTSC video signal in 3D format SIDE BY SIDE, INTERLACE 3D. Video, which is formed by “The BlackBird 2” has a clear and vivid picture as we use high-quality digital video Aptina sensors that allow you to get maximum pleasure from FPV. You can use The BlackBird 2 with any device that supports 3D video format SIDE BY SIDE 3D or 3D INTERLACE – 3D video glasses, 3D TV/monitor, 3D fpv headset etc.
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3D FPV camera The BlackBird
3D FPV camera The Blackbird is the latest 3D camcorder for flight/ride from the first view! It is the smallest 3D FPV camera in the world! Using The BlackBird in his FPV system, you get an unforgettable experience of FPV, you will feel the speed, volume, distance - you'll look at the world with the two eyes, so as originally the nature intended! In the camera “The BlackBird” we have used all our experience and provided for the shortcomings of the previous models with the aim to get an unique product. It is really worthy of a product! It is the breakthrough in FPV!
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Camera FPV 3D Transformer
The version of the camera - the transformer, which has two distinctive features: the fixing holes are located in the same places as at the ordinary security camera, which is often used in FPV. It means that it is possible to replace the ordinary camera with 3D camera.
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Camera FPV 3D
It is possible to set the camera on the radio-controlled airplane, car, tank and other radio-controlled models. It is also possible to use it in system of video surveillance.
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Camera FPV 3D lite
Camera FPV 3D lite is a 3D video camera for making flights from the first person.
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Stereoscopic 3D FPV cameras are designed to bring the immersive feeling of flight directly into the cockpit of a remote-controlled aircraft. Unlike ordinary single-lens cameras, these devices use two synchronized sensors to capture the scene as the human eyes would perceive it, recreating depth and spatial awareness in real time. This added dimension makes piloting more intuitive and engaging, especially when flying at speed or through confined spaces. By transforming a traditional first-person view into a true binocular experience, stereoscopic cameras allow hobbyists to feel as though they are seated inside the model itself, bridging the gap between the operator on the ground and the aircraft soaring above the landscape.
The stereoscopic effect is achieved by presenting two slightly different images, one for each eye, through compatible display equipment. Common arrangements include the side by side layout, where left and right views are placed next to each other in a single frame, and the interlace format, where alternating lines carry the information for each eye. These formats are widely supported by consumer 3D devices, ranging from televisions and monitors to dedicated video glasses and headsets built for drone and model pilots. Choosing a camera that can output a compatible format ensures smooth integration with existing equipment and avoids the need for specialized converters or additional processing hardware in the field.
At the heart of any high-quality stereoscopic FPV system are the image sensors responsible for capturing each viewpoint. Modern digital sensors from established manufacturers offer high sensitivity, low noise, and fast response times, which are essential for clear video during fast maneuvers or in challenging lighting. Sharp optics paired with well-matched sensors help maintain color balance and focus between the two channels, preserving the illusion of depth. When both eyes receive a consistent and vivid picture, pilots can judge distances more accurately and react to obstacles with greater confidence, turning a recreational flight into a more immersive and safer experience overall.
Stereoscopic camera modules are often built into compact, lightweight housings so they can be mounted on a wide variety of radio-controlled platforms. Fixed-wing airplanes, multirotor drones, ground vehicles, and even small robotic platforms can benefit from the added situational awareness that depth perception provides. Beyond hobby aviation, the same technology is useful for inspection work, where operators need a clear sense of how far objects are from the vehicle, and for security or surveillance tasks that require detailed observation of a scene. The versatility of these cameras makes them attractive to anyone who values a richer visual perspective during flight or remote operation.
Designing a stereoscopic FPV system also involves careful attention to synchronization and signal integrity. Both lenses must capture their frames at exactly the same moment, and the resulting video streams must be combined into a single output that the viewing device can interpret correctly. Engineers focus on minimizing latency, avoiding dropped frames, and keeping the analog or digital signal stable over the distance between the aircraft and the ground station. When these elements work together, the pilot enjoys a smooth, continuous 3D image that conveys both speed and depth, turning a simple remote-controlled flight into an unforgettable ride that feels remarkably close to natural human vision.
