Tall modern timber building with exposed wooden beams reaching toward blue sky in Milwaukee

World's Tallest Timber Tower Rises 284 Feet in Milwaukee

🤯 Mind Blown

Skyscrapers made of wood are sprouting up across North America, capturing carbon while reaching 25 stories high. The future of sustainable cities is being built from trees, one engineered timber beam at a time.

The world's tallest timber building just opened in Milwaukee, and it's changing everything we thought we knew about wooden construction.

The 284-foot Ascent MKE Building stands 25 stories high, built almost entirely from cross-laminated timber. Instead of carbon-spewing steel, these modern wooden towers are made from layers of wood glued together into incredibly strong, flexible beams that can sway safely in hurricanes and earthquakes.

Last month, Vancouver completed the Hive, a 10-story timber structure that's now North America's tallest earthquake-resistant wooden building. Architect Lindsay Duthie says we're simply returning to our roots: "I think we're going back to how we used to build, which was with more wood."

The timing couldn't be better. As trees grow, they capture planet-warming carbon, which then gets locked inside the building for decades. Steel production, by contrast, releases massive amounts of carbon into the atmosphere.

These aren't flimsy wooden shacks. Engineers at UC San Diego tested a 10-story timber building on a giant shake table, simulating 88 different earthquakes. The building survived every single one with zero damage.

World's Tallest Timber Tower Rises 284 Feet in Milwaukee

The secret is in the engineering. Cross-laminated timber comes from small and medium-sized trees, not ancient giants. Thin pieces get sliced, layered, and glued into beams stronger than traditional lumber.

This harvesting can actually improve forest health. Removing some trees prevents overcrowding and reduces catastrophic wildfire risk, mimicking nature's own thinning process that fire suppression policies disrupted.

Fire isn't a concern either. If laminated timber catches fire, it forms a protective char layer, like logs in a campfire that turn black but don't burn through. "That char layer actually acts as a protective coating that prevents it from burning further," Duthie explained.

The buildings aren't 100% wood. Metal brackets connect the beams, and concrete foundations still anchor the structures. But engineers are working to make concrete more sustainable too.

Why This Inspires

These wooden towers prove that fighting climate change doesn't mean sacrificing progress. We can build tall, safe, beautiful buildings while actually removing carbon from the atmosphere. The forests that once inspired steel skyscrapers are now becoming the skyscrapers themselves, creating a future where our cities help heal the planet instead of harming it.

Fifteen more timber towers are already in planning stages across North America, each one storing decades worth of captured carbon while reaching confidently toward the sky.

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Based on reporting by Grist

This story was written by BrightWire based on verified news reports.

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