See how to achieve the torque density needed to stabilize EO/IR imaging in land vehicles subject to constant vibration and shock.
Electro-Optical/Infrared systems require smooth, responsive motion perfectly coordinated between azimuth and elevation axes. To acquire and hold a steady image, motion systems must endure and counteract forces such as the pounding of land vehicles in action, the turbulence of aircraft in flight, and the extreme conditions encountered at sea or even in space.
The most ambitious motion design. The most capable engineering. The most confident delivery. With more than 70 years of proven aerospace and defense experience, Kollmorgen is the motion partner you can trust for any EO/IR mission.
Experience Optimized Motion in Action
Knowledge on Demand
Learn about the latest technologies and best practices to deliver stable motion platforms for EO/IR applications with our new on-demand educational series Focus on Frameless: Creating Stable Motion Platforms for EO/IR.
The series covers four main considerations and requirements for selecting a motor for EO/IR platforms: choosing the proper motor size, optimizing form factor, addressing cogging and torque ripple, and understanding motor topology. From looking at how environment impacts motor selection to understanding conventional versus slotless motor design, each video examines the technologies, challenges and options related to motor selection and optimization for EO/IR platforms.
Motion to Meet the Mission
Electro-optical/infrared systems play a crucial defense role on land, in the air, at sea and in space. Each type of system has features in common, yet each operating environment brings its own unique challenges. See how we engineer motion solutions to help you make every design mission a successful one.