Astral - ST Teseo LIV4F GNSS

$95.00

AE-CORAJ

Antenna: Ceramic Antenna

Ceramic Antenna
Helix Antenna

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Introducing Aerium Astral, a compact, high performance GNSS sensor engineered for dependable positioning and navigation across a wide range of applications. Powered by the advanced ST Teseo LIV4F module from STMicroelectronics, Aerium Astral supports multi constellation GNSS with dual band capability, including L1 and L5, enabling enhanced accuracy, faster signal acquisition, and improved reliability in complex or obstructed environments.
Integrated with the Bosch BMM150 magnetometer, it delivers stable heading and orientation data, making it well suited for autonomous systems and aerial platforms. Fully compatible with Pixhawk autopilots, Aerium Astral is optimized for recreational, commercial, and light industrial use cases where precision, efficiency, and compact design are critical.

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Specifications

3.3 – 12 V

Input Voltage

M3 (30.5 X 30.5 mm)

Mounting Holes

38 X 38 mm

Dimensions

25 g

Weight

Astral - ST Teseo LIV4F GNSS

Ceramic Antenna

$95.00

Dual Band Precision

Supports L1 and L5 GNSS bands, enabling significantly improved positioning accuracy and faster satellite acquisition compared to single band solutions. This dual band capability enhances signal reliability and reduces errors caused by interference, reflections, and dense environments such as urban areas or partial sky visibility.

Advanced GNSS Engine

Powered by the ST TESEO LIV4F from STMicroelectronics, Aerium Astral delivers robust multi constellation support, ensuring consistent performance across GPS, Galileo, BeiDou, and more. The chipset is optimized for low power consumption while maintaining high sensitivity and dependable operation in demanding conditions.

Integrated Heading Sensor

Equipped with a Bosch BMM150 magnetometer, the system provides accurate and stable heading and orientation data. This integration is essential for applications such as drones, robotics, and autonomous platforms, where precise directional awareness is critical for navigation, control, and flight stability.