Case Studies, Applications and Insight Articles

In this Q&A, Ultra Motion details how its T-Series and L-Series servo actuators deliver ruggedized performance, unified CAN integration, and mission-critical redundancy for defense and unmanned platforms

Tyto Robotics details how a 5-hole pressure probe can be used to measure wind velocity and direction and support spatial wind flow mapping when combined with position tracking, controlled wind generation, and visualization software

General Atomics Aeronautical Systems highlights the need to rapidly field and scale production of Uncrewed Combat Air Vehicles, with President David Alexander pointing to evolving battlefield threats and growing operational demand

Aeron Systems examines the use of inertial navigation systems to support reliable guidance and control for unmanned platforms operating when GNSS signals are degraded, unavailable, or disrupted

Ground Control explains how Assured Positioning, Navigation and Timing supports resilient navigation for beyond visual line of sight unmanned aerial vehicle operations

Discover how MIL-STD-461 tests ensure military equipment, including Ruggmate keyboards, remains reliable and resistant to electromagnetic interference in demanding defense environments

Atrenne, a Celestica Company, examines how custom backplane design addresses trace routing, signal integrity, and thermal considerations to support high-performance operation in rugged embedded systems for defense, aerospace, and industrial applications

Septentrio outlines validation results for its GNSS receiver resilience at JammerTest 2024 in Norway, highlighting static and mobile trials of AIM+ anti-jamming and anti-spoofing technology under live interference conditions, including high-power signals and GNSS time spoofing

From a Cold War submarine crisis to today’s battlefield networks, this article explores how Micropol Fiberoptic developed the rugged FALCON Expanded Beam connector for extreme defense environments

Allient's whitepaper explains motor technologies used in drone systems and key engineering considerations for selecting UAV motors, including thrust-to-weight, efficiency, thermal behavior, and mission profile requirements

Redler Technologies’ whitepaper highlights key technical, integration, performance, and support considerations involved in selecting a servo motion control driver