Navigation and IoT Knowledge Centre
At Aeron, we believe in sharing knowledge that empowers innovation and informed decision-making. Our Knowledge Centre is designed to provide valuable insights into latest technologies, industry trends, and practical applications across sectors such as aerospace, automotive, and renewable energy.
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Knowledge article · 4 Sept 2026Introducing DriftLoc™DriftLoc is the navigation algorithm in the Pollux 3 INS that keeps pure-inertial position drift low with no GNSS, odometer or other aiding: in a 31.4 km van test the error was 0.81% of distance travelled.Land Systems
Knowledge article · 3 Aug 2026INS-ROS2 Integration for Next-Generation Autonomous Robotic PlatformsIntegrate the Pollux 3 Inertial Navigation System with ROS2 using Aeron's dedicated driver. Compatible with Nav2 and robot_localization, it provides reliable positioning, orientation and sensor data for autonomous robots.Uncrewed
Knowledge article · 27 Apr 2026Pollux 3 and ArduPilot: Autonomous UAV Flight Without GNSSThe successful integration of the Indigenous Pollux 3 INS with Autopilot marks a significant milestone in achieving reliable, real-time GNSS-denied autonomy for unmanned aerial vehicles.Airborne
Knowledge article · 27 Apr 2026Magnetometer Calibration of Aeron’s INS ProductsLearn how to calibrate Aeron’s INS magnetometers for accurate magnetic field measurements. Discover the causes of magnetic errors, step-by-step calibration using AICS software, and how proper calibration ensures precise navigation and orientation in dynamic environments.Land Systems
Knowledge article · 18 Aug 2025UGVs: The Unleashed Force Multiplier for Land DominanceModern warfare is increasingly shaped by contested environments where electronic warfare (EW), GNSS denial, and cyber interference challenge the freedom of maneuver for armed forces.Land Systems
Knowledge article · 17 Jun 2025The Strategic Role of Class A WMS in Solar ProjectsDiscover how Class A weather stations optimize solar plant output with unmatched precision and performance data.Renewable
Knowledge article · 4 Jun 2025GNSS/GPS Jamming Spoofing and Mitigation in Pollux 3Learn how Pollux combines inertial sensing and GNSS technology to mitigate the effects of jamming and spoofing. Explore real-world scenarios where robust navigation performance is essential for autonomous and mission-critical applications.Uncrewed
Knowledge article · 2 Jun 2025URFR Explained with Real World Use CasesURFR (user reference frame rotation) lets you mount an Aeron IMU or INS in any 90° orientation and set the axes in software. Worked examples for common platforms.Airborne
Knowledge article · 18 Dec 2024Inertial Navigation Systems For Mobile RobotsLearn how inertial navigation systems support autonomous mobile robots with precise position, velocity and attitude information. This case study demonstrates the benefits of INS technology in industrial, commercial and autonomous robotics applications.Uncrewed
Knowledge article · 3 Dec 2024How Digital Tilt Sensor And Switches Are Used In Construction Vehicles SafetyConstruction vehicles frequently operate on uneven terrain, where excessive tilt can lead to accidents, equipment damage and costly downtime. This case study explores how Aeron's digital tilt sensors and tilt switches were integrated into construction machinery to provide real-time inclination monitoring, improve operator awareness and enhance overall vehicle safety. The solution enabled accurate tilt detection, helping operators maintain safe working conditions while increasing productivity and reducing operational risks.Land Systems
Knowledge article · 26 Nov 2024Inclination Sensor In Tipping Application For Trucks And TippersDiscover how Aeron’s inclination sensor technology improves safety and operational reliability in trucks and tippers. By continuously monitoring vehicle tilt angles during loading and unloading, the system helps prevent rollovers, reduces equipment damage, and enhances productivity in demanding construction, mining, and material handling environments.Land Systems
Knowledge article · 19 Nov 2024Pollux 3: The Micro-miniature Inertial Navigation System for UAV NavigationExplore how Pollux combines compact design with advanced inertial navigation capabilities to provide accurate positioning, attitude and heading information for UAVs operating in dynamic and GNSS-challenged environments.Airborne
Knowledge article · 5 Nov 2024INS-GPS Based Solution For Personal NavigationAeron Systems' INS-GPS personal navigation solution delivers accurate positioning and continuous tracking by combining inertial navigation with GPS technology, ensuring reliable performance even in GPS-challenged environments.Land Systems
Knowledge article · 22 Oct 2024MEMS INS GPS : The Ideal Navigation Solution For Robotics ApplicationsLearn how Aeron's MEMS INS/GPS solution helps robotic platforms achieve dependable navigation, accurate heading information, and smooth operation in challenging environments. The integrated system combines inertial and satellite-based navigation technologies to support autonomous mobility, obstacle avoidance, and mission-critical decision-making with confidence.Uncrewed
Knowledge article · 21 Oct 2024The Components of an Automatic Weather StationThe parts of an automatic weather station for a solar or wind plant, from sensors and data logger to storage, communication, mounting and software, and what each one does.Renewable
Knowledge article · 15 Oct 2024Inertial Navigation Systems (INS) for Unmanned VehiclesHow an inertial navigation system keeps unmanned aerial, ground and surface vehicles navigating, why it is paired with GNSS, how sensor grades differ, and what happens when GNSS is lost.Uncrewed
Knowledge article · 24 Sept 2024Gyroscopes and Their TypesThe main types of gyroscope used in navigation, mechanical, ring laser, fibre-optic and MEMS, how each works, the figures that describe them and how to choose.Uncrewed
Knowledge article · 10 Sept 2024Role Of Tilt Sensors In Solar TrackingDiscover how tilt sensors improve the accuracy and efficiency of solar tracking systems by ensuring precise solar panel alignment throughout the day. Learn how advanced tilt sensor technology helps maximise energy generation, reduce performance losses and enhance the reliability of utility-scale solar power plants and renewable energy installations.Renewable
Knowledge article · 17 Feb 2020Solar Panel Performance in Cold ClimatesWhy solar modules produce more when they are cold, what snow, short days and low temperatures do to a plant, and how to measure it, with Aeron's weather station at a solar plant in Mongolia.Renewable
Knowledge article · 10 Jul 2019What Are Bifacial Solar Modules?How bifacial modules collect light on both sides, what decides the rear-side gain, how to design for it, and why a bifacial plant needs albedo and rear irradiance measurement.Renewable
Knowledge article · 30 Apr 2019Floating Solar Power PlantsWhat a floating solar plant is, why developers build on water, the engineering and maintenance challenges, and what a weather station on a floating plant should measure.Renewable
Knowledge article · 29 Jan 2019Soiling Losses And Its Effects On Solar And PV ModulesThe efficiency of PV solar panels is largely dependent on ambient conditions, and soiling is one of the key factors that can significantly reduce panel performance and energy output.Renewable
Knowledge article · 5 Oct 2017Inclinometers for Levelling and Alignment in ConstructionHow inclinometers measure tilt on cranes, piling rigs, lifts, tippers and pavers, why vibration needs a gyroscope, and what to look for when choosing one.Land Systems
Knowledge article · 5 Oct 2017Calibration of a Digital Magnetic CompassWhy a digital magnetic compass must be calibrated where it is installed, what hard iron and soft iron errors are, and a step-by-step calibration procedure.Land Systems
Knowledge article · 5 Oct 2017Role of Tilt Switches in the Safety of Cranes, Man Lifts and Dumper TrucksWhy cranes, man lifts and dumper trucks tip over, how a tilt switch detects and stops it, why vibration needs a gyroscope, and how to set one up.Land Systems
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