Pointing & Tracking Mechanisms
Tactical Fast Steering Mirror
Ball Aerospace is an industry leading provider of micro-radian class optical line-of-sight pointing and tracking systems with proven successes for the most technologically challenging missions.
Our suite of qualified tactical electro-optical mechanisms include:
- Electro-Optical Gimbals enable wide field of regard beam steering for pointing and tracking, while removing platform disturbances.
- Fast Steering Mirrors provide agile and precise pointing, scanning, alignment and stabilization of optical lines of sight. Our Wide Angle Steering Mirrors provide a larger field of regard while maintaining the simplicity of the FSM.
- Motion Controllers provide state-of-the-art digital motion control with embedded algorithms and software for line-of-sight tracking, beam stabilization, and programmed scan patterns. Ball Aerospace controllers have the low noise performance of analog electronics with the adaptability of digital control.
Risley Prism base Lasercom Terminals
- Risley Prism Beam Steering Subsystems are ideal for large field-of-regard monochromatic systems positioned behind conformal apertures in volume-constrained platforms.
We support this core competency with integrated modeling and simulation tools and specialized test and evaluation facilities. These state-of-the-art resources allow us to fully characterize and evaluate our components and subsystems to maximize reliability and optimize performance.
Pointing and Tracking Systems
We apply our electro-optical acquisition, pointing and tracking technologies to a variety of tactical military missions. These missions include targeting, optical communications and directed energy weapons, for which we provide gimbals, steering mirrors, cameras, and pointing & tracking algorithms.
Our Beam Alignment Stabilization System was instrumental in the success of the Tactical High Energy Laser Directed Energy Weapon.
Ball Aerospace provided the beam alignment and stabilization mechanisms and control algorithms which were instrumental in the success of the Tactical High Energy Laser demonstration program. We also developed Daylight Acquisition, Track and Illumination System (DATIS) where critical algorithms and hardware demonstrated the capability to track satellites in the daytime to microradian accuracies within 15 degrees of the sun.
We have pioneered developments in pointing and tracking to accommodate the unique requirements of airborne optical communication. Our more recent lasercom terminals bridged all optical segments of the government Transformational Communications Architecture (TCA) program. The Ball Aerospace family of optical communication products now includes Risley Prism-based terminals.