To better understand this FPV blue review, you should know what FPV stands for. In First Person View (FPV), a camera is deployed to stream live video from a drone to the ground. Doing this means that the operator will be able to have a first-hand view of the sky as though they were up. Aside from FPV, there is also what is referred to as a line of sight. Line of sight refers to the conventional way of piloting RC models by simply looking at the drone while airborne.

Flying FPVs has some semblance to playing video games. However, if your drone crashes in the game, you won't suffer any real-life damage. When a drone gets damaged, replacing it can be rather expensive. Flying an FPV may require a great deal of focus and expertise, but piloting one is a uniquely exhilarating experience.

What makes FPV blue Unique?

FPV blue has been a brand blazing the trail in terms of improving the piloting experience of drones for a long time now. Hence, it has become a favorite among drone pilots around the world. Aside from the promise of fun and excitement associated with flying an FPV, there are many reasons why you should go on reading this FPV blue review.

This system is an all in one HD FPV video system with long-range and superior latency. Having a first-hand view of your drone helps to minimize a lot of problems such as the following:

  • During flights, controls can get reversed and this may be confusing for newbie pilots
  • Sometimes pilots may lose sight of the view when the drone goes behind an obstacle.

Using FPVs ensures that you have easier control of your drone and this ensures that you can make the most of the space in front of you as you fly. With FPVs, pilots can fly faster, longer, and more aggressively. This makes FPVs the real deal when it comes to enjoying the piloting experience.

In summary, some of the unique benefits of FPV blue review includes the following:

  • Increased agility and precision when flying
  • Ability to fly behind obstacles
  • Ability to fly faster and further
  • Greater levels of fun

Understanding how the FPV blue system functions

The operation of an FPV system is a bit straightforward. With an FPV, the video gets transmitted to your FPV goggles from the quadcopter. The drone has a video transmitter and a camera. What the FPV system does is to show what is going on in real-time. Most FPV goggles come with video receivers which means you do not need to worry about them. Some however require receiver modules which means you can make modifications depending on your needs.

Components of an FPV blue system

There are four components of an FPV blue system:

  • FPV camera
  • Antennas
  • FPV Goggles
  • Video transmitter
  • Antennas

If you are looking for strong and reliable signals, antennas are core criteria. VRX and VTX are supplied using linearly polarized antennas. These antennas are durable in the event of a crash. You should however know that they are not exactly the ideal choice as far as reliability and range are concerned. You will be doing yourself a great service by getting circularly polarized antennas for your FPV.

Directional antennas on the other give you longer range signals even though they have a limited angle of reception. The biggest challenge with directional antennas is that you have to face the drone if you are to get the best in terms of reception.

  • FPV goggles

Flying using FPV goggles can be quite exciting for different reasons as will be discussed in this FPV blue review. Firstly, pilots have a clearer view which is not impacted by the sun. Also, they are quite compact and as such easier to transport.  Furthermore, you may opt to use a monitor to navigate FPV which allows the pilot to switch between FPV and LOS. Using a monitor also means that those who wear glasses have it easier. 

  • FPV camera

FPV cameras were initially designed to serve as CCTV security cameras. They were built to be lightweight, small, and could fit into compact drones.

These days, FPV cameras are custom designed to have lower latency and give the best wide dynamic range. Analog FPV cameras generally come with less latency when compared with Digital FPV systems. Before you select a camera, always ensure that you consider the resolution.

  • Transmitter

The camera of the FPV largely determines the quality of the image, but the system of transmission would determine the range. The most common frequency that is used is the 5.8GHz range. There exist lower frequencies such as 2.4GHz and 1.2 GHz which can be used with FPV as well.

Final Thoughts

Flying a quadcopter can be an exhilarating experience, but it comes with a few risks which may cut the excitement short. Using an FPV blue will help you reduce or even eliminate such risks. This guide has shown what to consider before you leap in this regard, you will do well to read it over and over again!