Timber structures built to outlast everything else
We restore, reinforce, and construct the timber bridges and buildings future generations will still be standing on.
Projects completed
Countries
Continents
When it's built right, wood outlasts
Lighter, longer-lived, lower-carbon, and more cost-effective than the steel or concrete alternative, when the workmanship is right. A concrete bridge lasts 50–70 years; a properly built and maintained timber bridge lasts far longer. The problem was never the material. It was the workmanship, and the reputation poor methods gave a material that never earned it.
Our proprietary treatments, patented reinforcement, and ISO 9001-certified process unlock the material’s full lifespan. We exist to change that standard, permanently.
"When built and maintained properly, a timber bridge easily lasts over a century."
Lighter, longer-lived, lower-carbon, and more cost-effective
The reputation timber earned came from poor workmanship, not the material. Built to our standard, it outperforms steel and concrete on the things that actually decide a project.
Costs less
More cost-effective than a comparable steel or concrete structure: in materials, in the lighter foundations it allows, and in field time.
Outlasts the alternatives
Concrete manages 50–70 years. Built and maintained right, timber serves 100+: one build instead of two.
A fraction of the weight
Light enough to reuse existing piles and foundations, as on the Roger Bacon Bridge. Impossible with the mass of steel or concrete.
Stores carbon
The only structural material that grows, storing carbon for the life of the structure, a fraction of the embodied emissions of steel or concrete.
Strength that holds up
Meets modern loads while resisting the corrosion that attacks steel and the cracking and spalling that age concrete, especially in coastal and embedded zones.
Timber
Steel
Concrete
Lifespan
100+ years, well maintained
Corrosion-limited in exposed zones
50–70 years
Weight
Lightest, reuses existing foundations
Heavy
Heaviest
Carbon
Stores carbon; lowest embodied emissions
High embodied emissions
High embodied emissions
Cost
Most cost-effective overall
Higher
Higher
Timber structures, delivered worldwide
Every structure is fabricated and load-tested in our Oregon facility before it ships, so your location doesn’t limit us. It changes the freight. Across 55 countries and six continents, our completed work and future opportunities put timber expertise wherever a structure stands.
Projects completed
Countries
Continents
Each gold pin marks completed work or a future opportunity.
Four services. One standard of excellence
Timber structure restoration
Repair, reinforcement, and full replacement of heavy timber structures and bridges.
Mass timber construction
New-build development and glulam construction engineered to a century-plus design life.
Reinforcement technology
Our FiRP® reinforcement panels raise design stiffness 50–100% and EPHOD® testing detects hidden decay, without replacing the structure.
Full shop assembly
Every structure assembled and load-tested in our climate-controlled facility before it ships.
Engineering rigor you can verify
We don’t ask you to take longevity on faith. The proof is in the certification, the patents, and the fact that every structure is built and load-tested before it ever reaches your site.
ISO 9001-certified
The only timber structure repair firm on earth to hold it.
40+ patents
Proprietary reinforcement IP, not borrowed technology.
Full in-shop assembly
Built and load-tested before treatment or shipping.
500+ projects
Completed since 2016: reach across 55 countries and 6 continents.
Our work in the field
Trusted by the people who own the infrastructure
Road & Bridge Engineer, Byron Shire Council · Australia
Director of Infrastructure & Public Works, Municipality of West Grey · Canada
The most sustainable choice is the one that lasts
Timber is the only major construction material that grows. It sequesters carbon while it lives, produces a fraction of the emissions of concrete or steel, and, built to our standard, lasts for generations without replacement.
We source responsibly, salvage and recycle timber from every project, and never tear down a structure within a human lifetime.
Design life of a properly built and maintained timber structure.
Every span we build keeps sequestered carbon locked in place for its lifetime.
