OCT. 29 Listening Session
Port Angeles Senior & Community Center
4-5PM
Nov. 1 Bridge Talk
Jefferson County Library
11AM-1PM
Nov. 6 Listening Session
Kitsap Regional Library, Poulsbo
3:30-4:30PM
Nov. 12 Online Listening Session
Join on Zoom
Noon-12:45 PM

Crossing this bridge before we come to it.

Because of the Hood Canal Bridge's scale and importance, it's critical to thoughtfully and equitably evaluate what a future bridge should be. This work lays the foundation for building community support and momentum toward a redesign.

Use the map below to learn about the organizations on the steering team helping to shape discussions about the bridge’s future.

Get to know the Steering Team supporting the “Better Bridge” conversation.

Let's talk about a Better Bridge

Community Survey

Open through Nov. 14, 2025

Bridge Timeline

Pre-1800s The area around the Hood Canal has been home to many native peoples since time immemorial.

Early 1900s Ferries provide the main means of crossing Hood Canal, linking the Olympic Peninsula with the Kitsap Peninsula.

August 1962 The Hood Canal bridge opens, becoming the world’s longest saltwater floating bridge at the time.

February 1979 A major storm, with winds up to 85 mph, causes the west half of the bridge to sink.

1982 The bridge reopens.

1997-2009 A series of seismic, structural, and security upgrades are implemented.

May 2009 The east half is replaced with a new, more modern structure.

We Are Here Starting the conversation now because being proactive is practical.

Looking Ahead If a bridge replacement is ever initiated, the process could take 10-15 years including planning, environmental review, funding, and construction.

Pre-1800s The area around the Hood Canal has been home to many native peoples since time immemorial.

Early 1900s Ferries provide the main means of crossing Hood Canal, linking the Olympic Peninsula with the Kitsap Peninsula.

August 1962 The Hood Canal bridge opens, becoming the world’s longest saltwater floating bridge at the time.

February 1979 A major storm, with winds up to 85 mph, causes the west half of the bridge to sink.

1982 The bridge reopens.

1997-2009 A series of seismic, structural, and security upgrades are implemented.

May 2009 The east half is replaced with a new, more modern structure.

We Are Here Starting the conversation now because being proactive is practical.

Looking Ahead If a bridge replacement is ever initiated, the process could take 10-15 years including planning, environmental review, funding, and construction.

Meet the Team

The Hood Canal Bridge Assessment is a decade long effort by a consortium of Tribal nations, local, state, and federal governmental agencies, and non-governmental organizations. It is facilitated by Long Live the Kings, guided by a Management Committee and with technical support from an Assessment Team. A short-term Project Steering Team has been created specifically to support the "Better Bridge" conversation.

Management Committee

Counties
  • Jefferson County
  • Kitsap County
  • Mason County
Tribal Representation
  • Jamestown S’Klallam Tribe
  • Port Gamble S’Klallam Tribe*
  • Lower Elwha Klallam Tribe
  • Skokomish Indian Tribe*
  • Point-no-Point Treaty Council
State Agencies
  • Washington Department of Fish and Wildlife*
  • Washington State Department of Transportation*
  • Washington Department of Ecology
  • Puget Sound Partnership
  • Washington Department of Natural Resources
Federal Agencies and Divisions
  • U.S. Navy*
  • U.S. Fish and Wildlife
  • Environmental Protection Agency
  • U.S. Coast Guard
  • NOAA Fisheries*
  • Department of Energy Pacific Northwest National Laboratories*
Council of Governments
  • Hood Canal Coordinating Council*

* Assessment Team participants

Steering Team

A Better Bridge for All: Re-imagining the Hood Canal Bridge

It was winter of 1979 in the Puget Sound. A powerful windstorm swept through the Hood Canal. As wind speeds reached upwards of 120 miles per hour, the waves began to rise, eventually reaching heights of 10 to 15 feet. For hours, these waves crashed against the Hood Canal Bridge. The waves’ repeated force damaged the joints holding the floating portion of the bridge, allowing water to flood into the pontoons. Steel cables that anchored the pontoons to the bottom of the canal, which due to a low tide had more slack, permitting more movement, snapped. Eventually, the western half of the bridge sank just a short 18 years after it opened for use.

The Hood Canal Bridge is a critical connection for communities on the Kitsap and Olympic peninsulas. Washington State Department of Transportation data from 2024 shows that the average daily traffic volume in both directions across the bridge is 18,212. However, the Bridge is vulnerable to the elements, requires consistent maintenance and management, is susceptible to a variety of unplanned closures, and impacts the regional ecosystem.

What if the Hood Canal Bridge could better serve the people who rely on it every day and the marine life in surrounding waters?

A Bridge with Constraints

The Hood Canal Bridge first opened to the greater Puget Sound in 1961, quickly becoming an essential transportation link for residents, commuters, recreational travelers, and commercial vehicles. At over 7,800 feet in length, it holds the distinction of being the longest floating bridge in the world located in a saltwater tidal basin. The water depth at the mid-point of the bridge is 350 feet. The bridge’s floating section stretches an impressive 1.2 miles and is supported by 39 concrete pontoons. It carries State Route 104 across the northern outlet of Hood Canal, allowing drivers to bypass the 100+ mile drive around the fjord. Because the Hood Canal Bridge is part of State Route 104, it falls under the jurisdiction of the Washington State Department of Transportation (WSDOT), which is responsible for ensuring safe and reliable transportation throughout the region.

Following the sinking of the west half of the bridge in 1979, It was rebuilt and reopened to vehicular traffic in 1982. This left the two halves of the bridge at different stages of their service lifespan. From 2003 to 2009, there was a complete replacement of the eastern half of its floating portion, which required bringing in new pontoons and closing the bridge to traffic for five weeks.

While today’s bridge may be more structurally sound than its first iteration, it still faces challenges. Its unique floating design, set in an area prone to severe conditions, comes with risks that test its reliability. When combined with the effects of its saltwater environment, the Hood Canal Bridge may experience a more accelerated aging process, as constant exposure to the elements and shifting conditions can weaken its structure. The consequences of another major bridge failure would have far-reaching impacts across the region.

Getting in the Way of the Day-to-Day

Traffic and delays at the Hood Canal Bridge remain a persistent issue; missed appointments and close calls making flights are a fact of life for many who regularly use the bridge. The bridge is a vital traffic corridor, carrying thousands of vehicles each day to and from the Olympic Peninsula, and that number is only expected to grow as both tourism and residency in the region increases.

Long established Federal law requires the bridge to give marine traffic the right of way over vehicular traffic. The law requires the bridge crew to respond within 60 minutes notice to open the span for all marine traffic, with some limitations in the summer during the peak afternoon commute time. The bridge opens on average 350 times a year for various reasons that include annual inspections, maintenance, commercial, pleasure craft, military, and weather. Historically there are fewer openings during fall and winter months, with July, August, and September having the highest monthly openings. Bridge openings range anywhere from 10 minutes to an hour. The bridge will close to vehicle traffic during storms with sustained wind speeds above 40 mph that last for 15 minutes or longer. WSDOT opens the bridge to relieve pressure on the bridge structure. It may also close at lower wind speeds if wind direction poses a risk to crossing vehicles. WSDOT will also close the bridge to vehicle traffic when there are extreme tides. While safety remains the top priority, the frequency of closures creates congestion on both sides.

Business Interrupted

As the gateway to the Olympic Peninsula, the bridge plays a critical role in supporting commerce, travel, and recreation, yet frequent and unpredictable disruptions often put business plans on hold. Key industries and employers in nearby counties don’t want to, and often can’t afford to, wait to move goods, access services, and maintain workforce mobility.

Disruption to Wildlife and Fisheries

Perhaps a lesser-known impact of the Hood Canal Bridge is its disruption to fish and marine life in the region. Recent research from the Hood Canal Bridge Assessment indicates that the bridge’s design significantly impedes the migration of young steelhead, Chinook, and chum salmon and contributes to higher mortality rates. The large and continuous concrete pontoons of the bridge act as a wall that forces fish to navigate around the structure, which delays migration and increases vulnerability to predators like harbor seals that congregate near the bridge.

Watch the video documenting ongoing efforts to understand and improve the situation for young salmon and steelhead populations.

Previous research also indicates that the bridge causes surface water mixing, which affects currents, salinity and temperature within 2 to 3 miles of the bridge. Additional research is needed to fully understand the impacts on marine life near the bridge and predict effects under changing climate conditions.

There are five Tribal nations with usual and accustomed fishing and shellfish harvesting grounds in the Hood Canal and decline of these fish populations directly impacts the Tribes’ ability to harvest. However, the bridge is also a key transportation corridor for fishing and harvesting activities, and some Tribal fishers, hunters, and harvesters rely on the bridge to access traditional harvesting areas.

What could a better bridge look like?

A coalition of partners, including Kitsap, Jefferson, Mason, and Clallam County elected officials, Tribal nations, the Hood Canal Coordinating Council, and state and federal agencies, have come together to address the wide-ranging impacts of the Hood Canal Bridge. While there is currently no funding to support the construction of a new bridge, every bridge has a lifespan. Efforts and discussions are currently underway to better understand these issues and get ahead of a potential redesign if it were to occur in the future.

As residents and bridge users learned in 1979, the Hood Canal Bridge, like any floating bridge, is vulnerable. It's difficult to predict when it will need to be replaced, which is why we are starting the conversation now – crossing the bridge before we come to it—so that a sudden need for a new bridge or large investment strongly considers the community’s needs. We ask you to join this community-driven effort because it’s essential that the people who rely on this bridge can make their voices heard so that future decisions better reflect the needs and priorities of the region.

If you have thoughts or ideas about the future of the Hood Canal Bridge, a public survey is open now through November 14. This is an opportunity to better understand community concerns, gather input on potential solutions, and advocate for the future of the bridge that you want.

Take the survey now!