Skip to main content

The 1913-era Bridalveil Fall Bridges of Yosemite National Park


The Bridalveil Falls Bridges are three structures located in Yosemite Valley beneath the namesake Bridalveil Fall.  These structures were designed/constructed as part of the Bridalveil Fall Road by Oscar Parlier in 1913 as the first reinforced concrete bridges in Yosemite National Park. The Bridalveil Fall Road was a short spur of the Wawona Road which was first proposed by the Washburn Brothers in 1881 and served wheeled traffic until sometime after the Wawona Tunnel opened in 1933. The Bridalveil Fall Bridges are now as part of a trail are the only known spans still standing from the era of United States Calvary oversite of Yosemite National Park.

The Bridalveil Fall Road can be seen branching south of the Wawona Road on the 1930 Yosemite National Park & Curry Company map.  




Part 1; the history of the Bridalveil Fall Bridges

Bridalveil Fall is one of the most prominent features of Yosemite Valley.  This Plunge type waterfall is fed by Bridalveil Creek all year and is 617 feet high.  This fall is easily observed from the Wawona Tunnel View and is one of the most commonly seen attractions in Yosemite National Park.  

A roadway at the base of Bridalveil Fall was known to exist as early as 1883.  It is unclear when this spur road was created due to a lack of records and overtly detailed early maps of Yosemite Valley.  It is known that the Washburn Brothers of the Yosemite Stage & Turnpike Company sought permission from the Mariposa County Board of Supervisors to construct a road at Bridalveil Fall in 1881.  It is unclear if the Washburn Brothers sought to expand an existing road or commission an entirely new one.  

The Bridalveil Fall Road can be seen branching from the Wawona Road (shown as Madera Road) on the 1883 Wheeler Topographical map of Yosemite Valley and vicinity


The Bridalveil Fall Bridges are the first three reinforced road bridges built in Yosemite National Park. The structures were constructed in 1913 and were designed by Oscar Parlier. The Bridalveil Fall Road can be seen on a snip of the 1930 Yosemite National Park & Curry Company map.


The Bridalveil Fall Bridges the only known surviving bridges from era of U.S. Cavalry Administration in Yosemite National Park. The Cavalry would administer the park from 1890 through 1914. An analysis of the structures can be seen below in a 1991 era Historic American Engineering Record document.






It isn't fully clear when the Bridalveil Fall Bridges were closed to automobile traffic, but it was likely shortly after the opening of the Wawona Tunnel in 1933.  The Bridalveil Fall Road appears converted to an entrance driveway on the 1948 California State Automobile Association map of Yosemite National Park




Part 2; a visit to the Bridalveil Fall Bridges

The Bridalveil Fall Bridges are now part of the Bridalveil Fall Trail.  Said trail connects from the Bridalveil Fall Parking Lot to the larger Valley Loop Trail.  The width of these bridges is really the only real indication that they once carried wheeled traffic. 





Comments

Popular posts from this blog

Did Caltrans just kill the G26 cutout US Route shields?

The US Route System was formally created by the American Association of State Highway Officials during November 1926.  Through the history of the system the only state to which has elected to maintain cutout US Route shields has been California.  The G26 series cutout US Route shields have become a favorite in the road enthusiast hobby and are generally considered to be much more visually pleasing than the standard Federal Highway Administration variant.  However, the G26 shield series appears to have been killed off on January 18, 2026, when Caltrans updated their Manual of Uniform Traffic Control Devices.  This blog will examine the history of the US Route shield specifications in California and what is happening with the 2026 changes.  The blog cover photo is facing towards the terminus of California State Route 136 and at a G26-2 specification US Route 395 shield.  In the background Mount Whitney can be seen in the Sierra Nevada range.   ...

Hawaii Route 50

Hawaii Route 50 is the longest Sign Route on the island of Kauai at 32.6 miles.  The entirety of Hawaii Route 50 is overlaid atop Kaumualii Highway from Lihue west to the Pacific Missile Range Facility at Barking Sands. Hawaii Route 50 is one of the original 1955-era State Highway designations on Kauai.  Much of the Kaumualii Highway corridor was constructed during the sugar plantation boom of the late Hawaiian Kingdom.  The first tee beam bridge in Hawaii would be constructed along the Kaumualii Highway in 1911 at the Hanapepe.  Much of this highway would be modernized to two-lane standards through the 1930s and 1940s. This page is part of the Gribblenation Hawaii Roads series.  A compellation of all Hawaii-related media from both Gribblenation and RoadwayWiz can be found by clicking  here .  Part 1; the history of Hawaii Route 50 and Kaumualii Highway Hawaii Route 50 is the longest highway on Kauai at 32.6 miles.  The highway begins at Rice Str...

Ghost Town Tuesday; Nichols, FL

A couple years ago I spent a lot of spare time exploring phosphate mining ghost towns in the Bone Valley of Polk County, Florida.  One ghost town in particular called Nichols on Polk County Route 676 west of Mulberry caught my eye due to a relative lack of documentation on ghosttowns.com. Nichols was created in 1905 during the early phosphate mining boom in the Bone Valley region.  For the time Nichols was unusual since it had company housing in the Nichols Mine site and private residences outside the gate.  Nichols is only about two miles west of Mulberry which probably made it a somewhat reasonable commute even by the wonky standards of the early 20th Century.  Most of the Bone Valley region was relatively remote which made commuting or homesteading impractical which is why there are so many ghost towns in the area.  The company housing section of Nichols was phased out and abandoned by 1950. The Nichols town site is largely abandoned and could "possibl...