. After drilling over a thousand holes into the iconic aluminum frame, Savage finally quantified the impact of his labor. The modification isn't just a visual stunt; it's a fundamental restructuring of one of the most durable pieces of furniture in design history. By stripping away material, Savage has transformed a "monolithic" object into something reactive and springy.
Weighing the Modification
How Sturdy is Adam's Modified Emeco Navy Chair?
The most striking revelation comes from the scale. A standard
weighs in at 6 pounds, 8.8 ounces. Savage’s "holy chair"—perforated until it resembles more air than metal—dropped the weight to 3 pounds, 12 ounces. While he hasn't quite reached the half-weight mark, removing nearly 3 pounds of aircraft-grade aluminum represents a massive structural shift. Interestingly, the modified chair is now roughly equivalent to the weight of the cardboard shipping box used by
is famous for its "77 steps" of construction, resulting in a frame that feels completely static under load. Savage’s version, however, introduces "liveliness." During a sit-down test, the modified chair exhibited visible flex and stretching. This elasticity is a direct artifact of the hole-drilling process, which breaks the continuous tension of the aluminum surface, allowing the metal to respond dynamically to the user's weight.
The Final Verdict
While onlookers are often hesitant to trust the skeletal frame, the chair remains remarkably strong. It manages to balance on the edge of structural failure without crossing it. For any DIY enthusiast, this project serves as a masterclass in the "thousand yard stare" of long-term builds: a relentless pursuit of optimization that changes the very nature of the material you’re working with. Savage has succeeded in making a legendary design literally "physically hilarious" to handle.
