Accurate tracking is more than just rotating an antenna. It requires every part of the system to work together.
The Viewpro G1 uses program-based tracking: the UAV transmits its position data to the ground station, which calculates the target's direction, elevation, and distance. The gimbal then adjusts the antenna's azimuth and elevation accordingly.
What makes this design effective?
🔹 Position-Based Tracking
Tracking relies on position data rather than signal strength, allowing the antenna to maintain its pointing direction even during brief signal interruptions, provided position updates remain available.
🔹 Continuous 360° Rotation
A continuous-rotation azimuth joint supports full horizontal tracking without requiring the gimbal to reverse direction when the target crosses north or circles around.
🔹 Integrated Mechanical & RF Design
Position inputs, heading reference, motion control, and RF signal routing work together to support consistent antenna pointing and practical system integration.
🔹 Engineering Details Matter
Reliable tracking depends on more than the tracking algorithm. Altitude errors, magnetic interference, installation offsets, data latency, and mechanical backlash can all affect pointing accuracy.
These factors become especially important when using high-gain antennas with narrow beams, where even small pointing errors can affect link performance.
That’s why proper calibration, alignment, and error compensation are essential to getting the most out of an antenna tracking system.
Viewpro G1 — Engineered for smarter antenna tracking and more reliable UAV communication links.
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