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The Tipping Point

Scope

Ideation, Concept, Design, Development

Year

2025

Industry

Furniture Design

I built The Tipping Point by hand, working through models made from foam and sticks before arriving at the final form. Three walnut boxes rest on angled steel dowels, making the table look less stable than it is.

The Tipping Point table with three wooden blocks supported by angled metal rods

Context

I wanted to see how far I could push the familiar shape of a table. The starting question was simple: could it still work as a table if it looked like it might fall?

Approach

I started in my bedroom with books, rubber bands, toothpicks and even a taco shell. I was looking for ways to hold things above the ground. After weeks of making models from foam and sticks, I settled on three walnut boxes supported by angled 35 mm steel dowels. I built, tested and rebuilt the table by hand.

Outcome

People circled the table, crouched to look underneath and pushed it to test its balance. It stayed upright. That reaction was what I had been working towards: an object that makes people curious enough to investigate it.


Three-quarter view of The Tipping Point table, with wooden blocks balanced on crossing metal rods
Early balance studies for The Tipping Point using foam pieces, sticks and elastic bands
Concept sketches exploring wooden blocks and angled supports for The Tipping Point table
Front view of The Tipping Point table with an offset wooden block and crossing metal supports
Close-up of wood grain and angled metal joints on The Tipping Point table

The Tipping Point

Scope

Ideation, Concept, Design, Development

Year

2025

Industry

Furniture Design

I built The Tipping Point by hand, working through models made from foam and sticks before arriving at the final form. Three walnut boxes rest on angled steel dowels, making the table look less stable than it is.

The Tipping Point table with three wooden blocks supported by angled metal rods

Context

I wanted to see how far I could push the familiar shape of a table. The starting question was simple: could it still work as a table if it looked like it might fall?

Approach

I started in my bedroom with books, rubber bands, toothpicks and even a taco shell. I was looking for ways to hold things above the ground. After weeks of making models from foam and sticks, I settled on three walnut boxes supported by angled 35 mm steel dowels. I built, tested and rebuilt the table by hand.

Outcome

People circled the table, crouched to look underneath and pushed it to test its balance. It stayed upright. That reaction was what I had been working towards: an object that makes people curious enough to investigate it.


Three-quarter view of The Tipping Point table, with wooden blocks balanced on crossing metal rods
Early balance studies for The Tipping Point using foam pieces, sticks and elastic bands
Concept sketches exploring wooden blocks and angled supports for The Tipping Point table
Front view of The Tipping Point table with an offset wooden block and crossing metal supports
Close-up of wood grain and angled metal joints on The Tipping Point table

The Tipping Point

Scope

Ideation, Concept, Design, Development

Year

2025

Industry

Furniture Design

I built The Tipping Point by hand, working through models made from foam and sticks before arriving at the final form. Three walnut boxes rest on angled steel dowels, making the table look less stable than it is.

The Tipping Point table with three wooden blocks supported by angled metal rods

Context

I wanted to see how far I could push the familiar shape of a table. The starting question was simple: could it still work as a table if it looked like it might fall?

Approach

I started in my bedroom with books, rubber bands, toothpicks and even a taco shell. I was looking for ways to hold things above the ground. After weeks of making models from foam and sticks, I settled on three walnut boxes supported by angled 35 mm steel dowels. I built, tested and rebuilt the table by hand.

Outcome

People circled the table, crouched to look underneath and pushed it to test its balance. It stayed upright. That reaction was what I had been working towards: an object that makes people curious enough to investigate it.


Three-quarter view of The Tipping Point table, with wooden blocks balanced on crossing metal rods
Early balance studies for The Tipping Point using foam pieces, sticks and elastic bands
Concept sketches exploring wooden blocks and angled supports for The Tipping Point table
Front view of The Tipping Point table with an offset wooden block and crossing metal supports
Close-up of wood grain and angled metal joints on The Tipping Point table