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Explore integrated systems and payloads that combine sensors, optics, and electronics for specialized applications. From unmanned platforms to ground vehicles, learn how modular payloads enhance operational capabilities and mission flexibility. Understand the design, deployment, and performance considerations of modern sensor systems.
This is a part of our Knowledge Hub center.
What You’ll Learn in This Section
- EO IR Gimbal Payload Integration Guide – A technical deep dive into EO/IR gimbal payloads for integrators. We cover stabilization, VOx microbolometers, SWaP optimization, and connectivity standards.
- Comprehensive Guide to Multi-Sensor EO/IR System Architecture – Deep dive into EO/IR system architecture for integrators. Analysis of MWIR vs LWIR, stabilization, sensor fusion, and SWaP optimization for defense applications.
Core Articles
What Is an EO/IR System and How It Works
Discover the engineering behind EO/IR systems. Learn about electro-optical sensors, thermal imaging fusion, and stabilization for defense and industrial use.
What is a Gimbal Payload
Discover the engineering behind gimbal payload systems. Learn about stabilization, EO/IR sensors, and how these modules empower UAVs and autonomous vehicles.
PTZ Camera vs Gimbal Payload
Compare engineering differences between PTZ cameras and gimbal payloads. Understand stabilization, mechanics, and optimal use cases for EO/IR systems.
EO/IR Payloads for Drones and Unmanned Systems
Discover how EO/IR payloads for drones revolutionize aerial surveillance. Learn about VOx microbolometers, sensor fusion, and stabilization technology.
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