Flying an FPV drone using analog goggles is a unique experience, capable of putting pilots at the center of the action with a first-person view. Choosing FPV goggles is essential to ensure an immersive and safe flight experience, but with so many options available, orienting yourself can be complex. Here you will find all the basic information to find the right analog FPV goggles for you.

Why choose analog FPV goggles?

Analog FPV goggles are highly regarded for their low latency and immersive flight quality, which is essential for pilots seeking precision and immediacy of control. They use analog video transmissions that, while not as visually stunning as digital systems, provide immediate response, which is crucial for fast FPV flights and aerobatics.

What to consider when choosing analog FPV glasses?

Form factor

There are two main form factors:

• Slimline glasses : Small, lightweight models, often with two small screens per eye. They are easy to carry and more discreet.
• Box Goggles : These have a single larger LCD screen, are usually cheaper, but also heavier. They offer a wider field of view (FOV) and are ideal for those who want a wider view.

Resolution and image quality

While resolution can improve image clarity, the limitations of analog video transmission do not allow for the same quality as digital. It is therefore important to choose a resolution that is appropriate for the capabilities of your analog camera.

Proportions

Analog FPV glasses use 4:3 or 16:9 aspect ratios:

• 4:3 : Most common aspect ratio for FPV cameras.
• 16:9 – Ideal if your FPV camera is designed for a widescreen image.

Make sure the aspect ratio of your glasses matches that of your camera to avoid image distortion.

FOV (Field of View)

The field of view (FOV) determines how large the image appears to the pilot's eyes. A larger FOV increases the feeling of immersion, but too large a FOV can cause eye strain, forcing you to move your gaze too much. A moderate FOV balances immersion and comfort.

IPD (Interpupillary Distance)

Interpupillary distance (IPD) measures the distance between your pupils. Adjusting your IPD is important to ensure clear and comfortable vision. Slimline glasses usually offer adjustable IPD to fit different face shapes.

Additional features for analog FPV glasses

• Built-in video receiver : Most analog glasses include a built-in receiver, but some allow you to connect external modules for better control and reception quality.
• Diversity : A diversity reception system allows you to use two receivers to improve video signal stability, automatically choosing the best of the two.
• Built-in DVR : Recording video of your flight directly on your glasses is useful for reviewing your session and finding your drone in case of an accident.
• Head Tracking : Some glasses support head movement to control a gimbal-mounted camera.
• HDMI Support : Some analog models offer HDMI input for use with FPV simulators or for viewing video content.

Conclusion

Analog FPV goggles are an essential part of first-person flight, especially for pilots looking for precision and speed. With this guide, you'll be ready to choose the right model for you and get the most out of your analog FPV experience!