Preserve the beauty of your landscape with proactive cabling and bracing—engineered to prevent failure before removal becomes the only option.
Structural flaws aren't always visible to the untrained eye, but they often signal an impending failure. If you notice any of these signs, your tree may be a candidate for supplemental support.
We don't believe in a one-size-fits-all approach. Every tree requires a custom engineering plan to ensure the support is effective without hindering natural growth.
Used for trees with slight movement. We install high-tensile, flexible cables that allow the tree to sway naturally—building "wind wood" strength—while providing a safety net against extreme gusts.
For trees already showing signs of splitting. We utilize threaded steel rods (braces) to physically bolt co-dominant stems together, providing rigid, immediate stabilization to the tree's core.
Often paired with cabling, this service involves the strategic removal of "end-weight" on heavy limbs to reduce the leverage and stress placed on the tree's internal structure.
From the first look to the final tighten, we ensure your trees are handled with scientific precision.
The Deliverable: Every client receives a Certified Structural Stability Report, documenting the hardware installed, its location, and a guaranteed inspection schedule for the next 5 years.
We combine local knowledge of Willamette Valley weather patterns with world-class arboricultural hardware.
Eugene’s heavy winter rains and occasional ice storms put immense stress on our local Bigleaf Maples and Douglas-firs. Because our wood stays saturated longer than in drier climates, the risk of "heavy limb failure" is significantly higher. We specialize in reinforcing these specific PNW species, ensuring they can withstand our unique seasonal challenges for decades to come.
When installed by professionals using through-bolts, the tree quickly heals over the hardware (a process called compartmentalization). This is significantly less stressful for the tree than a major structural failure or "topping."
Our high-strength galvanized steel and synthetic materials are designed to last 20 to 50 years. However, we recommend a visual inspection every 2–3 years to adjust for the tree's growth.
We pride ourselves on "stealth" installations. Most cables are placed in the upper two-thirds of the canopy, making them virtually invisible to the casual observer.
Not every tree is a candidate. If the root system is compromised or decay is too advanced, removal may be safer. Our initial assessment will provide an honest "keep or remove" recommendation.
Most residential cabling projects are completed within 3 to 6 hours. Larger, multi-cable systems on massive heritage trees may take a full day.
Cabling and bracing is typically 50% to 70% less expensive than a full technical removal—and you get to keep the shade, privacy, and property value the tree provides.
