Vermont Slate & Copper Services, Inc. recently secured a major technological breakthrough with the issuance of U.S. Patent No. US12774605. This patent, titled ‘Ice retention assembly’, introduces a powerful way to manage the dangerous accumulation of winter weather elements on building structures. Facility managers and building owners can now securely retain snow and ice on facades, allowing it to melt in a controlled fashion rather than falling and creating hazards for pedestrians below.
VERMONT PATENT OF THE MONTH – NOVEMBER 2026
The innovation focuses on a multi-part ice retention system designed to increase the surface area of a building facade to create robust engagement points. Inventors Brian Stearns, Kris Michaud, and Crystal Fletcher engineered the assembly with a base portion and a removable top portion that seals a concentric channel when installed. This setup allows for incredible accuracy and structural integrity during installation, utilizing a specialized fastener and sealing recess to firmly compress the assembly against the building surface while preventing water infiltration.
Award Recognition by Swanson Reed
This invention was granted the Vermont Patent of the Month for November 2026 by Swanson Reed because it demonstrates clear technical advancement in architectural safety and weather management systems. By resolving the technical uncertainties surrounding structural weather resistance and reliable ice retention without compromising the building envelope, the patent showcases a profound process of experimentation. Swanson Reed recognized its high potential for market influence, particularly in improving public safety in urban environments subject to severe winter conditions.
R&D Tax Credit Eligibility
The practical applications of this patent present significant opportunities for companies to claim the Research and Development Tax Credit in the USA. If a business applies this technology to develop custom facade attachments or integrated architectural weather retention systems, the engineering phases will require iterative physical testing, load-bearing mechanical modeling, and prototype development to ensure accurate seal performance under extreme environmental stressors. These development efforts directly satisfy the requirements of resolving technical uncertainties and undergoing a process of experimentation. Consequently, companies can qualify for tax credits to offset the costs of wages, supplies, and contractor fees incurred while bringing these advanced structural safety assemblies to market.
