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Suspending a Boeing 727 Jet Engine In a Coffee Table

From Jet Engine to Stunning Table: How I Transformed a Compression Chamber into a Functional Work of Art

Discover how I transformed an 800-pound jet engine compression chamber into a stunning glass-topped coffee table for one of my customers who needed custom furniture in Black Forest, Colorado, from carefully extracting the massive component to crafting a custom wood-and-steel base that makes it appear to float.

When one of my clients called me up and said, “Hey, I’ve got this compression chamber from a jet engine—we should do something cool to display it,” my first reaction was: “You have a what?”

What followed was an ambitious project to turn a massive, 800-pound jet engine component into a breathtaking glass-topped table. Here’s how I did it.

The Great Extraction

The engine arrived in a heavy crate standing upright. My first challenge? Getting it out without destroying the crate (in case I needed to ship it back) and without crushing the cooling fins on the compressor. I welded a custom lifting rig, hooked it to my engine hoist, and carefully pulled the beast free.

But the real puzzle came next: flipping it sideways. This wasn’t something I could just tip over—those delicate fins couldn’t risk bending. So, I built a wooden blocking rig, played a little Tetris with positioning, and finally got it safely on its side.

Building a Base Worthy of a Jet Engine

With the engine stable, I started constructing the table base. I milled 8/4 walnut for the legs, carefully aligning the grain to make them look like solid pieces. Precision was key—every mortise and tenon had to be exact.

Since rounded tenons are lazy, I squared mine up by hand with chisels. The center support needed extra reinforcement, so I added steel bracing to prevent sagging under the engine’s weight. A little angle iron, some welding, and a coat of black paint later, the frame was rock-solid.

Suspending 800 Pounds in Midair

The real magic was making the engine appear to float inside the table. I traced its shape onto plywood, refined it with a spindle sander, and routed matching recesses into the cross braces. After several test fits, the engine nestled perfectly into its wooden cradle.

The Glass Inlay Challenge

The table’s live-edge cottonwood slab had stunning burl patterns, and I wanted the glass inlay to complement them. I created a template, sent it to a glass company for water jet cutting—only to hit a snag. Their system couldn’t interpret the complex shape, so I had to rescan, redraw, and very carefully rout the recess myself (with a felt-lined router base to avoid scratches).

A Jet Engine Meets Fine Woodworking

After pre-finishing all parts, I assembled the arches with epoxy for extra strength. A final stain touch-up on the slab’s edge preserved the natural bark aesthetic. Then, with everything in place, I lowered the engine into its new home—a flawless blend of industrial might and artisanal craftsmanship.



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