High-temperature Radomes
Additive-manufacturing of custom-designed radomes; ceramic sensor housing that is permeable to electromagnetic spectrum, stable at high temperatures, and low CTE.
Thermal Conductivity: 1.3 W/m·K
EM Permeability (silica material preferred)
Design parameters include internal fluidic pathways, complexity reduction, custom mounting points
Stable up to 1200ºC
Low-volume production and low-lead time accessible
Products & Services
Ceramic Components for Satellite Propulsion Systems
Canopy Aerospace
Additively-manufactured ceramic components for usage as nozzles, throats, combustion chambers, and electronic components within various satellite propulsion systems - electric, electrothermal, electromagnetic, ph. Critical for enablement of next-gen propulsion technologies such as Hall-Effect, radio-frequency (RF), ion drives, field-emission, microwave, and combustion.
Research and Development Services
Canopy Aerospace
Canopy Aerospace invests continuously in next-gen technology development, and retains experts in manufacturing, materials, and technology commercialization. At Canopy's 18,000 sqft facility in Colorado, the team leverages a variety of 3D-printers for ceramics, traditional casting, robotic automation, and thermal processing. Much of Canopy's R&D efforts have been validated by organizations like NASA and the US Department of Defense.
Heat Exchangers
Canopy Aerospace
Additively manufactured ceramic heat exchangers for use in extreme environments such as space, aerospace, or power generation applications.
Reusable Thermal Protection Systems
Canopy Aerospace
Thermal protection systems (heat shields) are a highly-engineered low-density ceramic with specific coatings applied to improve emissivity, toughness, and waterproofing.
People
Description
Additive-manufacturing of custom-designed radomes; ceramic sensor housing that is permeable to electromagnetic spectrum, stable at high temperatures, and low CTE.
