Every time a passenger steps into a private jet or a commercial airliner, there’s an unspoken expectation of comfort, functionality, and safety. Yet behind that seamless experience lies an extraordinary blend of science, craftsmanship, and compliance. Aircraft interior restoration isn’t merely about aesthetics; it’s a highly specialized field that operates at the intersection of engineering excellence and artisan skill, where every choice of material, adhesive, or dye must meet exacting aerospace standards. For half a century, Color Glo International has quietly reshaped how airlines, private jet owners, and MROs think about maintenance, proving that sustainability and sophistication can coexist at 35,000 feet. Founded in 1975, the Minneapolis-based company began as a specialist in surface restoration for automotive interiors. But over the decades, its leather, vinyl, and plastic repair expertise expanded far beyond the road. Today, Color Glo has established itself as a global aircraft interior restoration leader, serving private aviation and commercial fleets across more than fifty countries. From Qatar Airways and EgyptAir to Air India and major U.S. carriers, the company’s name has become synonymous with craftsmanship, compliance, and care. ynonymous with craftsmanship, compliance, and care. “Color Glo International is revamping aviation interior maintenance by restoring and repairing damaged leather, vinyl, and plastics instead of replacing them,” says Anthony Verch, the company’s chief financial officer. “It offers a smarter and more sustainable solution that significantly reduces cost, minimizes aircraft downtime, and keeps material out of landfills.” The Science of Restoration In 2003, Color Glo was issued a process patent for restoring aircraft interiors. This patent outlines a step-by-step methodology for renewing every component to meet stringent aviation standards. This patent became the cornerstone of the company’s commitment to precision, creating a replicable leather, vinyl, and plastic repair system that maintains visual appeal and mechanical integrity. Every Color Glo product used in aviation is FAA-approved and subjected to rigorous ASTM testing as well as the vertical burn testing in compliance with Federal Aviation Regulations. The company’s in-house chemist develops its water-based, non-toxic formulations, ensuring compatibility with evolving materials used in modern aircraft cabins. This scientific approach allows Color Glo’s technicians to repair scratches, burns, tears, and fading with an accuracy that meets and often exceeds safety and durability benchmarks.

Liquid bipropellant engines have long been the standard for space launches, yet they come with significant challenges. These engines are complex, expensive, and require intricate plumbing and fueling infrastructure. Their fuels themselves are toxic and corrosive, raising safety and environmental concerns. In contrast, hybrid propulsion offers an attractive alternative for space launch vehicles. By pairing solid fuel with a liquid oxidizer, hybrid engines deliver the performance and control of liquid bipropellant systems with the reliability and simplicity of solids. They feature fewer moving parts, reduced costs, and greater operational safety. While hybrid concepts date back decades, only recently have modern materials, additive manufacturing, and precision control enabled their full potential. Vaya Space is leading the hybrid revolution. In a field long dominated by explosive fuels and complex systems, the Floridabased company is proving that safety and simplicity can drive just as much performance and power, if not more. Its patented hybrid propulsion technology combines solid thermoplastic fuel with a liquid oxidizer, offering the controllability of liquid engines without the volatility or toxicity that have long burdened traditional launch vehicles. At the center of this innovation is what Vaya calls “elegant simplicity,” the belief that great engineering doesn’t require more parts, only smarter ones. That philosophy drives Dauntless, Vaya Space’s flagship hybrid launch vehicle. Designed from the ground up for safety, cost efficiency, and flexibility, the small satellite launcher can transport approximately one metric ton to Low Earth Orbit. Today, Vaya’s propulsion systems are meeting the needs of commercial satellite operators seeking safe, flexible launch options. Dauntless delivers the performance of a liquid engine at a fraction of the cost and complexity. Its hybrid engine platform also underpins Vaya’s growing portfolio of orbital launch vehicles and in-space propulsion systems. The same technology also serves as the foundation for Vaya’s defense propulsion development programs. Vaya is advancing hybrid propulsion research focused on next-generation missile and tactical systems..