Nestled in the rolling hills of northwestern Washington County, Oak Hills is one of the most desirable residential communities in the greater Beaverton area. Its tree-lined streets, well-maintained homes, excellent schools within the Beaverton School District, and convenient access to both Beaverton and Portland make it a community where property owners invest deeply in maintaining and protecting their homes. That investment deserves the protection of a professional, certified, and rapidly responsive water damage restoration company when disaster strikes.
Oregon's wet climate is not a seasonal inconvenience — it is a year-round reality that places constant moisture stress on every property in the region. From the persistent rain of November through April to the high ambient humidity that lingers through the summer months, Oak Hills properties face ongoing challenges from moisture intrusion, aging plumbing systems, groundwater pressure, and the ever-present risk of mold colonization. When water damage occurs — and in the Pacific Northwest, it is a matter of when, not if — the response must be immediate, professional, and comprehensive.
Fanno Beaver Restoration is Oak Hills' trusted water damage restoration partner. Headquartered at 10300 SW Nimbus Ave in Tigard, just minutes from Oak Hills via the Sunset Highway (US-26) and Cornelius Pass Road, our team of 30 certified restoration professionals operates 5 fully equipped service vans available 24 hours a day, 7 days a week, 365 days a year. Since our founding in 2015, we have accumulated 10 years of Pacific Northwest restoration experience, developing deep expertise in the specific water damage challenges that Oak Hills properties present.
Whether you are dealing with a burst pipe at midnight, a flooded basement after an atmospheric river event, mold discovered during a bathroom renovation, or the aftermath of a kitchen fire, Fanno Beaver Restoration delivers rapid response, certified expertise, and complete service — from emergency extraction through full structural reconstruction.