Robotics and autonomous systems depend on accurate motion, orientation, and navigation data to operate reliably in dynamic environments. Inertial navigation sensors support autonomy by providing continuous reference data for localisation, control, and sensor fusion—particularly when operating across changing terrains and environments. …
Research and university projects increasingly require accurate motion, orientation, and navigation data to support experimentation, validation, and system development. Inertial navigation sensors play a central role. Delivering continuous reference data across controlled tests, field trials, and experimental platforms. VectorNav designs and …
Modern platforms increasingly rely on accurate positioning, navigation and timing (PNT) data to operate reliably in dynamic environments. GNSS-derived timing outputs are commonly used for sensor synchronisation, time-aligned data logging, and system coordination within larger platform architectures. Inertial navigation sensors play …
As modern vehicles combine high-performance drivetrains with electrification and advanced control systems, engineers face increasing complexity during validation. Lab simulations alone are no longer sufficient. To fully understand how these systems behave together, engineers require a robust automotive vehicle testing DAQ …
The development of new rocket propellants depends heavily on accurate, repeatable ground testing. Before any propulsion system progresses to flight qualification, engineers must fully understand how a propellant behaves under controlled conditions. Particularly thrust output, chamber pressure, burn rate, and thermal …
Reliable power collection is fundamental to the safe and efficient operation of electric rail networks. At the heart of this process is the interaction between a train’s pantograph and the overhead catenary system. When this interface performs well, trains operate smoothly, …
Smarter Analysis, Better Setup Control, and Faster Video Performance Dewesoft has released DewesoftX 2025.3, introducing a range of practical enhancements designed to improve data analysis workflows, simplify setup management, and expand video and hardware integration capabilities. This update focuses on making …
Introduction: Why 6-Axis Force Measurement Matters As machines, robots, autonomous systems, and medical devices become more advanced. Firstly, the need to accurately measure forces in multiple directions has never been greater. Traditional single-axis load cells can only capture one dimension of …
As industrial automation evolves, more organisations are looking for ways to integrate field data directly into software systems, cloud platforms, and IIoT architectures. This shift has created growing interest in a new class of devices known as REST API I/O Modules. …
As embedded systems become smaller, smarter, and more power-efficient. Engineers face increasing pressure to integrate precise sensor measurement into devices with extremely limited space and power budgets. Traditional analogue signal conditioning can introduce noise, complexity, and longer development cycles. Especially when …