Advancing Space Through Precision Optics

Optical filters and coatings are used across a wide range of aerospace systems, with increasing demand driven by satellite payloads, Earth observation, and space-based sensing. These applications require precise wavelength control, long-term stability, and reliable performance under extreme environmental conditions.

Andover Corporation provides aerospace optical filters, infrared filters, and optical coatings that are integrated into satellite systems, airborne platforms, and high-altitude sensing applications where spectral accuracy and environmental durability directly impact performance.

Aerospace systems place unique demands on optical components:

• Stable spectral performance across LEO, MEO, and GEO satellite orbits
• Resistance to radiation exposure and long-term environmental degradation
• Performance under thermal cycling and vacuum conditions
• Miniaturization for compact payloads and sensing systems
• High precision wavelength isolation for imaging and sensing applications

Our optical components support key aerospace systems and platforms:

• Satellite payloads for Earth observation, astronomy, and remote sensing
• Multispectral and hyperspectral sensing systems for environmental and atmospheric analysis
• Infrared imaging systems using MWIR and LWIR filters for thermal detection
• Airborne and high-altitude imaging platforms operating under variable atmospheric conditions
• UAV imaging payloads and sensing systems

These applications are enabled by optical filters and coatings designed for aerospace environments, including bandpass filters for spectral precision, anti-reflective coatings to improve transmission, and infrared optical coatings optimized for MWIR and LWIR systems.

Designed for space environments:

• Consistent optical performance over long mission durations
• Low outgassing materials suitable for vacuum environments
• Durable coatings that maintain performance under radiation exposure
• Stability across extreme temperature variations

Our optical components are used in a range of aerospace platforms, including satellite payloads, airborne sensing systems, and space-based observation applications.

Have a system requirement or payload in development?