A chair built for your half-dirty clothes

Key Concepts

• Laundry chair design
• Swiveling armrest/laundry rack
• Plywood prototype
• No CAD design approach
• Milanote for project organization
• Backrest design challenges
• Upholstery
• Workshop renovation
• Henson Shaving sponsorship
• CNC Machining

Laundry Chair Design and Prototype

The video documents the process of designing and building a chair specifically for holding clothes that are "too dirty to go back into the drawer but too clean to go into the laundry." The initial concept involved a chair with a swiveling armrest that could be pulled forward to hang clothes and then pushed back to conceal them behind the backrest.

• Initial Idea: A chair with a backrest designed to drape clothes over. This was rejected as it would simply look like a normal chair with clothes on it.
• Final Design: A chair with a round seat, a backrest, and a swiveling armrest/laundry rack. The armrest is mounted on a Lazy Susan mechanism.
• Prototype Material: Plywood was chosen for the prototype to allow for rapid construction and avoid getting bogged down in perfectionism. The goal was to create a "sloppy prototype."
• Lazy Susan Mechanism: A large Lazy Susan bearing was used as the base for the swiveling armrest. One part of the Lazy Susan is attached to the base, and the other is attached to the laundry rack.

Design Process and Challenges

The design process emphasized speed and avoiding overthinking. The creator intentionally avoided using CAD software, opting for a more hands-on approach.

• No CAD Approach: The creator committed to "CAD celibacy" and focused on building the prototype directly without digital design.
• Milanote for Organization: Milanote, a project management tool, was used to organize ideas, sketches, measurements, and material choices. The project plan template was used to create a main board overview with links to separate boards for inspiration, sketches, and versions of the chair.
• Backrest Design: The backrest design proved challenging, with issues related to curvature, angle, and overall aesthetics. A cardboard version was created to test the design. The final design incorporated a curved shape made by cutting curve cuts into a circular piece of wood.

Construction and Refinement

The construction process involved cutting, shaping, and assembling the plywood components. The creator encountered challenges with measurements and glue-up but ultimately achieved a functional prototype.

• Armrest Construction: The armrest was constructed from wood and attached to the Lazy Susan mechanism.
• Test Fitting: After gluing the armrest components, a test fit was performed to ensure proper alignment and functionality.
• Cleanup and Refinement: The prototype required cleanup, including rounding edges and addressing imperfections in the glue-up.
• Backrest Attachment: A method for attaching the backrest to the base was devised.

Upholstery and Final Touches

The video briefly shows the upholstery process and the final chair in the creator's bedroom.

• Upholstery: The chair was upholstered, although the process was not detailed in the video.
• Backrest Redesign: The backrest was redesigned because the original design looked too much like an egg.
• Armrest Addition: An armrest was added to the chair.
• Workshop Renovation: The video mentions that the workshop is being renovated.

Demonstration and Reflection

The creator demonstrates the chair's functionality in their bedroom, showcasing its ability to hold a significant amount of laundry and conceal it behind the backrest.

• Functionality Demonstration: The chair is shown holding a large pile of clothes and then concealing them by swiveling the armrest behind the backrest.
• Personal Satisfaction: The creator expresses satisfaction with the project, highlighting its ability to solve a small everyday problem in a unique way.
• Market Potential: The creator expresses surprise that a similar product does not already exist.

Henson Shaving Sponsorship

The video includes a sponsorship segment for Henson Shaving, a company that produces razors made from aluminum using CNC machines.

• Henson Shaving: The creator promotes Henson Shaving razors as a durable and sustainable alternative to plastic razors.
• CNC Machining: Henson Shaving razors are made on CNC machines in an aerospace machine shop that also makes parts for Mars Rovers and the International Space Station.
• Benefits: The razors eliminate blade flex, reducing irritation, and are made from aluminum with no plastic packaging.
• Offer: A special URL is provided for viewers to purchase a razor and receive a free shave cream.

Conclusion

The video documents the successful design and construction of a unique laundry chair prototype. The creator's emphasis on rapid prototyping, avoiding overthinking, and using readily available materials resulted in a functional and aesthetically pleasing solution to a common problem. The video also highlights the use of Milanote for project organization and includes a sponsorship segment for Henson Shaving, emphasizing the company's commitment to quality and sustainability.