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The Black Is Not Paint, It's Basalt Formed From a Lava Flow 9,000 Years Ago in the Oregon Cascades. A Former USGS Volcanologist Cast It Into 200 Wine Figures at $99 Direct (Final Batch of the Year)

Found & Made reports on why a former US Geological Survey volcanologist who spent 22 years studying Cascade lava flows is now casting wine figures from the same volcanic stone and why the material most people think is "just resin" is one of the rarest casting compounds in American home goods.

By Albert Grace, Staff Writer at Found & Made, June 7, 2026

Pick up one of Owen Barrett's wine figures, and the first thing you notice is the weight.

 

It is heavier than it should be. Not furniture-heavy, not impractical, but heavier than any decorative object this size has a right to feel.

 

Heavier like a river stone. Heavier like something that was made by a process that takes thousands of years.

 

That is because, in the most literal sense, it was.

 

"The black is not paint," Owen says, turning the figure in his hands. "It is not dye. It is not coating. The black is basalt. Iron and magnesium, crystallized from a lava flow in central Oregon approximately nine thousand years ago." He sets it on the table. "Newberry Volcano, forty miles south of here. Still technically active."

 

Owen Barrett is 57, a former research volcanologist with the US Geological Survey who spent twenty-two years studying the Cascade Range, every lava tube, and every basalt formation from the Columbia River to Crater Lake. He knows the volcanic geology of Oregon the way a carpenter knows grain. He knows which deposits are dense enough to grind fine. He knows the exact iron content that gives Cascade basalt its particular depth of black: not the flat black of paint, but the black of cooled magma, which has a faint crystalline shimmer when light catches it at the right angle.

 

This summer, 200 wine figures cast from that basalt are leaving his studio in Bend, Oregon, at $99 each, shipped direct to American homes.

Williams-Sonoma's decorative wine accessories start at $129 for cast resin with a spray finish. Most design stores carry comparable figures at $149 to $249: polymer composite, factory-poured, finished with black lacquer. 

 

Owen's figures contain no lacquer, no spray, no surface finish of any kind.

 

The color goes all the way through.

 

You could chip a corner and it would still be black.

 

Because it is basalt.

What Cascade Volcanic Basalt Is and Why Nothing Else Looks Like It

Most people have seen basalt without knowing it. It is the black rock of Hawaiian beaches, the dark columns of the Giant's Causeway, the foundation stone of most of the Pacific Northwest. Every major city from Portland to Seattle was built partly on basalt. The Columbia River carved through 6,000 feet of it.

 

Basalt forms when magma reaches the surface and cools rapidly. The rapid cooling is what creates its density: the minerals don't have time to grow large crystals, so they pack tight, producing a stone that rivals granite in density and is heavier by volume than almost any sedimentary rock.

 

The Cascade Range sits on one of the most volcanically active zones in North America. Newberry Volcano, a shield volcano 35 miles southeast of Bend, last erupted 1,300 years ago. Its flanks are covered in basalt flows of different ages. Some dark and glassy from rapid cooling, some slightly coarser from slower flows. Owen spent years taking samples from these deposits for USGS analysis. He knows the mineralogy of each flow the way a winemaker knows his terroir.

 

"The basalt from the north flank of Newberry has a specific iron and magnesium ratio that gives it the deepest black I've ever seen in a natural stone," he says. "When you grind it fine and suspend it in a mineral binder, it doesn't look like dye or paint. It looks like something that came from the center of the earth. Because it did."

 

His casting formula: volcanic basalt powder, ground to 80 microns, combined with a mineral binder at a ratio he developed over two years of testing. The mixture is poured at low temperature into hand-carved silicone molds and cured for seventy-two hours. The result is a material that is 60 percent volcanic stone by weight… which is why it feels the way it feels.

 

There is no factory in the world making home goods like this. There are industrial applications for basalt composites in aerospace and construction. There is no one else doing it for a wine figure that sits on your dining table in Bend, Oregon.

22 Years in the Field, One Morning That Changed Everything

Owen Barrett grew up in Klamath Falls, 90 miles south of Bend, in a part of Oregon where the volcanic landscape is not a background but is the ground you walk on, the rock your house is built from, and the reason the soil is what it is. 

 

His father worked for the Forest Service. His uncle was a geologist at Oregon State. Owen was the kid who collected rock samples on family hikes and kept them labeled in shoeboxes under his bed.

 

He joined the USGS at 29 after a doctorate in volcanology from Oregon State. For the next twenty-two years, he studied the Cascade arc: the chain of volcanoes running from northern California to British Columbia that includes Hood, Jefferson, the Three Sisters, Crater Lake, and Newberry. He wrote papers on lava flow dynamics. He trained search-and-rescue teams on volcanic hazard assessment. 

 

He knew the Cascades so well that other researchers called him when they needed to read a formation quickly.

 

In September 2019, at age 51, Owen collapsed in the field near the Newberry Volcanic Monument during a routine sampling trip. Heart attack. He was airlifted to St. Charles Medical Center in Bend. His wife Sarah was there when he woke up.

 

He spent four months at home recovering.

 

"The doctor said I could not go back to field work in the same way," Owen says. "No high-altitude exertion. No remote locations without a partner. The work I had done alone for twenty years… that was over."

 

He was not a man who had other hobbies. His hands needed something to do.

 

Sarah brought him clay the second week. He worked it for a few days and put it down. Clay felt wrong: too soft, too easy, nothing like the materials he knew.

 

What he knew was volcanic stone.

The Night He Poured the First Figure

Owen had been thinking about basalt casting for years before the heart attack. Not seriously, not as anything other than an occasional thought while taking samples. Industrial basalt fiber composites existed. Nobody was using volcanic powder in small-batch decorative casting. He had always assumed there was a reason. During his recovery, he decided to find out if there was.

 

There wasn't.

 

It took him eight months to get the formula right. The first batches cracked during curing. The thermal contraction of the basalt particles was faster than the binder. He slowed the curing temperature. They stopped cracking but lost density. He adjusted the particle size. The thirteenth formula held.

 

"I poured the first figure that didn't crack on a Wednesday night in March 2021," he says. "I took it out of the mold at midnight and set it on the workbench. It was the first thing I had made in my life — not studied, not measured, not analyzed. Made." He pauses. "It felt like the volcano had been patient with me for twenty-two years and was finally letting me do something with what I knew."

 

The figure he designed (a seated form, cross-legged, arms extended in offering) was not accidental. 

 

The posture is a deliberate choice.

 

"Wine is the only beverage that has been presented as an offering for five thousand years," he says. "Every culture that made wine treated the first pour as a gift: to guests, to gods, to the table. I wanted a form that reflected that. Something that holds a bottle the way you would hold something you were presenting to someone you respected."

 

The seated figure distributes the bottle's weight through the center of gravity almost perfectly. 

 

A full bottle of wine sits in the extended arms without any fastening, any grip mechanism, or any adjustment. 

 

The geometry works because Owen calculated it the way he calculated lava flow dynamics for two decades—on paper, before he ever made a mold.

Why He Won't Sell Through Home Goods Stores

In February 2026, a national home goods chain offered to carry Owen's figures across thirty-four stores at a retail price of $189. Owen would receive $41 per figure.

 

He declined.

 

"They wanted me to scale production," he says. "Which means outsourcing the basalt sourcing to a supplier who doesn't know the difference between Newberry basalt and quarry dust from a construction site. The formula works because the stone is specific. The moment I hand the sourcing to someone else, the material becomes generic."

 

His price: $99 direct from Bend, Oregon. Shipped within 5 business days in kraft paper and a bed of fine volcanic sand — which Owen uses as packing material from the same supply as his casting compound. The sand is not decorative. It protects the surface during transit the way it has protected volcanic rock for thousands of years.

 

Williams-Sonoma's decorative wine figures start at $129 for factory-poured lacquered resin. Most carry no geological provenance, no material story, no connection to the ground they came from.

 

The price gap between $99 and $189 is not quality. 

 

It is the distance between a studio in Bend and a buying committee in a glass office building.

What Arrived in Their Homes

When Owen announced the direct summer release in May 2026, the orders came with questions about the material — most people had never encountered volcanic casting in home goods. A few weeks later, the letters started.

 

"I am an architect. I work with materials every day. When this arrived, I spent ten minutes examining the surface before I put a bottle in it. The texture is unlike anything in my materials library. It is not resin. It is not ceramic. It is not stone in the traditional sense. It is something that requires you to understand it. My clients have been asking about it every time they come to my apartment." 

— James Okafor, New York, New York

 

"My husband is a geologist. I bought this without telling him what it was made from. He picked it up, looked at it for a moment, ran his thumb across the base, and said: 'This has volcanic mineral in it.' I told him what Owen told me about the Newberry basalt. He said: 'That is one of the most specific things I've ever seen someone do with a material.' He means that as the highest possible compliment." 

— Rachel Stern, Denver, Colorado

 

"I've bought decorative wine accessories from Pottery Barn, from Williams-Sonoma, from two different Napa boutiques. They all looked decorative. This looks like it came from somewhere. I don't know how else to say it. It has the quality of an object that was made by one person who knew exactly what they were doing and why. My dinner guests have not stopped asking about it since March."

— Caroline Walsh, Chicago, Illinois

 

In April 2026, a Pacific Northwest design publication offered Owen a feature in their annual material innovation issue.

 

He declined. "I'm filling orders," he said. "Write about me when the batch is gone."

5 Reasons This Is Unlike Any Wine Figure You've Seen

✅ The color is geological, not applied. The black comes entirely from Cascade volcanic basalt powder — iron and magnesium crystallized from a lava flow near Newberry Volcano approximately 9,000 years ago. No paint, no lacquer, no surface coating. The color goes through the entire casting. It cannot chip, fade, or scratch to reveal something different underneath. Because there is nothing different underneath.

 

✅ 60% volcanic stone by weight. Owen's formula is 60 percent basalt powder by mass, which gives the figure its characteristic weight and feel. It does not feel like resin or plastic. It feels like stone — because it largely is. The weight also stabilizes a full bottle of wine without any grip mechanism or non-slip base required.

 

✅ The surface changes with the light—and no two figures are identical. Because basalt particles suspend and settle slightly differently in each individual pour, no two castings have the same crystalline distribution. In direct light, the iron content in the basalt produces a faint natural shimmer — the same optical property that makes lava rock catch the sun on a Hawaiian beach. In low evening light, it reads as pure, absolute black. No lacquered surface behaves this way. Paint is static. Volcanic stone responds to its environment because it always has.

 

✅ Designed with structural precision. The figure's geometry distributes a full wine bottle's center of gravity through the seated form's base contact point. The arms extend at a calculated angle—not aesthetic guesswork. Owen is a scientist. The figure works because the physics were done first.

 

✅ Sourced, cast, and finished in Bend, Oregon. The basalt comes from a licensed geological supply 40 miles south of the studio. The molds were carved by Owen. The casting, curing, and inspection are done by Owen and one assistant. There is no factory. There is no supply chain. There is one studio and two people who know what they are making and why.

 

>> Claim Yours Before the Batch Is Gone <<

141 Figures Left: The Next Batch Won't Pour Until Fall

As of this morning in Bend, 141 of the 200 figures remain. Owen pours each batch himself: 20 figures at a time, cured over 72 hours. His assistant Maya handles shipping, wrapping each piece in kraft paper inside a bed of fine volcanic sand from the same Newberry deposit as the casting compound.

 

The price of $99 (against $129 to $189 for factory-lacquered resin at national retailers) is not a summer promotion. It is the price a former volcanologist set so that something made from the actual earth, with geological precision, could reach American homes directly.

 

Every figure ships within 5 business days from Bend, Oregon. 30-day return for any reason, return shipping covered. Owen inspects every cast before it ships. No two figures have exactly the same surface crystallization.

 

"I bought this for my wife's birthday in April. She collects objects with real material stories — she has marble from a Sicilian quarry, a bronze from a Santa Fe foundry. When I gave her this, she read everything about the Newberry basalt and then held it for a long time. She said: 'This is the most American thing I own.' She meant the geology—the Cascades, the USGS, the specificity of it. She was right." 

— Thomas Park, Seattle, Washington

 

"My partner and I debate every object we bring into our apartment. This was the first thing in three years we agreed on immediately. The weight is the first thing. Then the color. Then you learn what it is and why, and it becomes something you explain to everyone who comes over. We have explained it eleven times since March. It has not gotten old." 

— Nina and David Reeves, San Francisco, California

 

At 5 orders per day, the last figure ships before mid-July. The next batch (fall 2026) will take four months to prepare. The basalt sourcing alone requires two weeks of selection at the Newberry deposit.

 

Owen Barrett spent twenty-two years studying how the earth makes things from fire and pressure and time. Then his heart gave him a different kind of time, and he started making things himself.

 

He did not switch materials. He did not look for something easier to work with. He used what he knew: the same volcanic stone he had been walking on for half his life… and made something that belongs on a table.

 

The volcano was patient with him for twenty-two years.

 

The least he could do was return the favor.

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