Roof Flashing for Scott Flett Architecture Workshop.
Flett Flashing is the world's first 3D printed roof flashing. 3D printing allows the flashing to perfectly match any specified roofing profile and colour and permits junctions between roofing sheets of different pitches to be installed without difficulty. This invention makes architectural cladding quicker, easier and cheaper to install and represents a step change for the roofing and cladding industry.
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The Flett Flashing is the world’s first 3D printed roof flashing. 3D printing allows the flashing to perfectly match any specified roofing profile and colour and permits junctions between roofing sheets of different pitches to be installed without difficulty. This invention makes architectural cladding quicker, easier and cheaper to install and represents a step change for the roofing and cladding industry.
roof, flashing, roof flashing, 3d print, 3d printing, additive forming
The Flett flashing is produced with 3d printing or additive forming. I designed a mold that under-laps the sectional profile of standing seam cladding sheet, permits any change in direction and then overlaps the sectional profile of an subsequent sheet. I developed an additive manufacturing process that consistently produces a robust product that is thermally stable, UV stable, nontoxic and color matched to the roofing sheet. I developed an installation method that allows the sheets to be installed in sequence and quickly. The installed product looks clean, simple and aesthetically consistent.
Architectural Cladding is installed by specialist trade personnel. This generally requires decades of experience, is time consuming and as a consequent is expensive. This often leads to architectural cladding being priced out of commerciality. With the Flett Flashing, this can be installed by carpenters, builders or other trades without the requirement of a specialist trade.
The project started on January 2017 and is ongoing. The Flett Flashing has been installed on a house that I built in Hobart, Tasmania. The Flett flashing is a derivative of 4 years of relentless design iterations and constant printing. The form is the result of over 1000 days of improvement. I am continuing the commercialisation of this invention in Sydney at the UNSW start up hub: 'Founders'.
I hope to inspire the world to improve roof design. I am the first architect in the world to have designed a 3d printed roof flashing. I am also the first builder in the world to have manufactured and installed a 3d printed roof flashing. I have shown that architects can have more design options and builders have more solutions. I have demonstrated that 3d printing belongs in the collective site toolbox. Australia, and the world, has a problem with leaking roofs. Difficult junctions and poor roof design are the leading causes of roof leaks. My design addresses this problem. The Flett Flashing can be tailored to suit multiple profiles, responding to design requirements of its local environment, enabling application to a wide range of locations.
The Flett Flashing aspires to catalyse a global rethink of roof design. The world has only modestly changed the way it designs roofs since the invention of corrugated iron in 1829. Roofs are at the very essence of shelter. Our shelter, and built environment as a whole, needs to respond to its environment. This is particularly applicable in Australia, where the homes are still often styled on European and American homes. Australia deserves to have a roof design that suits its conditions. The Flett Flashing is this Australian design. It not only gives greater creative options to architects and better solutions for builders but it also responds to our unique environmental challenges, and way of life. Everyone knows someone whose roof has leaked. It is one of the most common building defects and even minor damage causes an immense financial burden. The Flett Flashing aims to prevent this problem.
Traditional Metal Roofing or Architectural Cladding continues to be an enduring method of cladding throughout the world. One of the design challenges of using architectural cladding is how to resolve junctions. The issue is that each standing seam panel is asymmetrical and must be installed in sequence. There is currently no product on the market for architectural cladding that facilitates a quick change in direction. This has been done by hand for hundreds of years. The design challenge is to create a durable and aesthetically pleasing flashing suitable for standing seam cladding that is quick and easy to install.
Video Credits: Chris Shurman and Charles Whittington Image Credits: Chris Shurman and Mark Lobo
The Flett Roof Flashing has been a Iron winner in the 3D Printed Forms and Products Design award category in the year 2022 organized by the prestigious A' Design Award & Competition. The Iron A' Design Award is awarded to good designs that meet the rigorous professional and industrial standards set by the A' Design Awards. This recognition is reserved for works that demonstrate a solid understanding of design principles and show creativity within their execution. Recipients of the Iron A' Design Award are acknowledged for their practical innovations and contributions to their respective fields, providing solutions that improve quality of life and foster positive change. These designs are a testament to the skill and dedication of their creators, showcasing their ability to address real-world challenges through thoughtful design.
Scott Flett was recognized with the coveted Iron A' Design Award in 2023, a testament to excellence of their work The Flett Roof Flashing .
Our press releases on Scott Flett and their work are made freely available for press members looking to add depth to their content. Journalists can access 1 press releases immediately, ready for your use.
Architect and Builder Scott Flett Unveils Innovative 3D Printed Roof Flashing, Transforming Architectural Cladding
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