AA360 absolute incremental magnetic encoder

Absolute Angle encoder 360

9.99 €

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what makes it unique and perfect for your project?

Compact size

Small enough to fit into tight mechanisms and compact devices, making it easy to integrate where typical absolute encoders simply are too big.

Bearing-supported

A bearing-based construction keeps the magnet perfectly centered, reducing wobble, vibration, and offset errors while improving smoothness and extending service life.

Best precision at price

Delivers the accuracy and repeatability
far more stable and precise than common low-cost options like potentiometers.

Flexible solution

Adapts to your setup with multiple output options (Analog, PWM, I²C), so you can choose what fits your controller and workflow best.

AA360 is the full-rotation version of the same proven AA270 platform built without the physical angle range.
It keeps all the advantages of the original design while allowing true, continuous 360° rotation, making it ideal for applications where unlimited angular movement is required.

Just like its mechanically-referenced counterpart, it eliminates the typical “round magnet alignment” issue found in cheap magnetic encoders. You still get stable, repeatable absolute position feedback from power-up without constant recalibration now in a freely rotating format.

The bearing-supported construction keeps the magnet precisely centered, minimizing wobble, vibration, and offset drift for smooth, reliable readings and extended service life. Housed in a lightweight, tough PCTG-CF body, the encoder remains compact, durable, and easy to integrate into tight robotic joints and compact mechanisms.

Thanks to its flexible outputs (Analog, PWM, I²C), it integrates seamlessly with a wide range of controllers from simple analog systems to fully digital closed-loop control. It’s a practical solution for robot arms, gimbals, pan-tilt systems, CNC/automation axes, camera sliders, animatronics, and any project requiring reliable 360° absolute angle feedback without the calibration hassle.