Understanding the 6-Axel Drone Terminology: Gyroscopes and Movement Controls

I recently acquired a SharpEye Pro Drone equipped with a high-quality camera and GPS navigation. However, a feature that intrigued me was the mention of a 6-axel drone. This puzzle intensified when I found that I could only see 4 propeller blades, raising the question, 'What do a 6-axel drone’s 4 blades imply?'

The Importance of Gyroscopes in Drones

The confusion is natural, but it's important to clarify that when you see a 6-axel drone, it doesn't mean there are 6 physical axes arranged in three-dimensional space. Instead, it pertains to the gyroscope system used for stabilization and control of the drone. The 6 axles here refer to the six degrees of freedom detected and controlled by the drone's gyroscopes.

These six degrees of freedom are:

Forward/Back Up/Down Left/Right Yaw (Rotation) Pitch (Tilting) Roll (Bending)

What Do These Axes Mean in Practice?

While it might look like there are six physical axes (made possible by the four propellers and two additional control mechanisms), these terms describe the different types of movement that the drone can achieve and the controls that you operate. Here's a breakdown:

Forward/Back - Movement in the longitudinal axis, mainly controlled by the forward and backward tilt of the propellers. Up/Down - Vertical movement, largely achieved through the up and down tilt of the propellers. Left/Right - Lateral movement, controlled by the rotation of the propellers. Yaw (Rotation) - Rotational movement around the vertical axis, which is crucial for turning the drone. Pitch (Tilting) - Tilting the drone forward or backward. Roll (Bending) - Tilting the drone to the left or right.

Why Only 4 Propeller Blades?

The 4 blades you see on the drone are indeed the propellers, each designed to control the drone’s motion. However, the term 6-axel drone doesn’t refer to physical blades or motors, but to the six different types of movement controlled by the drone's inner workings. The drone controls these movements through a combination of mechanical and electronic means, and the gyroscopes play a key role in this.

Practical Application of 6-Axel Gyroscopes in Drone Flying

The use of 6-axel gyroscopes provides a significant advantage in the control and stability of the drone. By constantly monitoring and adjusting to these six axes of movement, the drone can maintain a precise flight path and keep its camera steady for smooth and clear footage.

Conclusion

To summarize, the term '6-axel drone' is a bit of an industry jargon referring to the sophisticated stabilization technology that ensures the drone can execute a wide range of movements and maintain stability. While you see only four propellers, the drone operates with a complex system of gyroscopes and sensors that control for all six degrees of freedom. This setup is integral to the drone's overall performance and safety, making it a highly versatile tool for aerial photography, videography, and more.