Tech

The Design Behind HOVERAir X1: Dihedral Frame a...
Have you ever noticed that the HOVERAir X1’s frame has a slight upward tilt? This subtle design feature, known as a dihedral angle, isn’t just for looks—it plays a crucial...
The Design Behind HOVERAir X1: Dihedral Frame a...
Have you ever noticed that the HOVERAir X1’s frame has a slight upward tilt? This subtle design feature, known as a dihedral angle, isn’t just for looks—it plays a crucial...

The Material of HOVERAir
HEM(Highly-Elastic Material) HEM is a newly developed material that possesses exceptional structural strength and excellent flexibility. This material is a result of collaborative research and development with our suppliers....
The Material of HOVERAir
HEM(Highly-Elastic Material) HEM is a newly developed material that possesses exceptional structural strength and excellent flexibility. This material is a result of collaborative research and development with our suppliers....

HOVERAir's Triple Image Stabilization Technology
Table of content What is a Gimbal? How Does a Gimbal Work? What is Electronic Image Stabilization? EIS and gimbal technology in application HOVERAir X1: Single-Axis Gimbal + Three-Axis Electronic...
HOVERAir's Triple Image Stabilization Technology
Table of content What is a Gimbal? How Does a Gimbal Work? What is Electronic Image Stabilization? EIS and gimbal technology in application HOVERAir X1: Single-Axis Gimbal + Three-Axis Electronic...

The VIO Technology of HOVERAir X1 Drone
How does a drone or flying camera know where it is in space so that it can fly stably and autonomously? Two commonly used technologies are GPS (Global Positioning System)...
The VIO Technology of HOVERAir X1 Drone
How does a drone or flying camera know where it is in space so that it can fly stably and autonomously? Two commonly used technologies are GPS (Global Positioning System)...