Golden Spike National Historic Site
The Golden Spike National Historic Site is the location where the Union Pacific and Central Pacific Railroads were joined to form the first transcontinental railroad on May 10, 1869. The site is known as Promontory Summit, and it is located about an hour and a half north of Salt Lake City.
We had originally planned to move the motor home up the road to visit the Golden Spike Historic Site, then take a short loop up into southern Idaho before heading east. Unfortunately, we couldn't get the reservations we wanted in Idaho because of some sort of baseball tournament, so we scrapped our plans for a loop into Idaho and extended our stay in Salt Lake City by a day. We drove up to the Golden Spike Historic Site in the car, and then we'll head east from Salt Lake City in the motor home.
We arrived at the Golden Spike NHS just as a reenactment was finishing up. We usually poke around the visitor center to get our bearings and watch the video before we start exploring, but the next reenactment wasn't for almost another two hours, so we rushed out to catch the end of the one that was in progress.
We missed the actual driving of the spike, but we heard the train whistles and celebration as we walked out toward the tracks. We arrived in time for photos of the locomotives and costumed actors.
There are two locomotives that are replicas of the ones that were originally at the ceremony on May 10, 1869. These replicas are as true to the originals as possible, although some concessions were made for safety reasons. For example, the original locomotives had boilers made from wrought iron plates riveted together. The boilers of the replicas are welded steel and are many times stronger than the originals. However, the welds are hidden and there are realistic-looking faux rivets to make the replicas look authentic.
Pictured above is the replica of the wood-fired #60 locomotive known as the Jupiter belonging to the Central Pacific Railroad. The Central Pacific laid track from the west toward the east. The Jupiter, which was built in 1868 in New York, was used to haul Central Pacific President Leyland Stanford's special train to Promontory Summit for the joining of the rails. After the ceremony, the Jupiter continued in freight service until she was deemed obsolete at the turn of the 20th century and scrapped.
The other locomotive, shown below, is a replica of #119 belonging to the Union Pacific Railroad, which laid track from the east toward the west. Coal-fired #119 pulled the Union Pacific train carrying Vice-President Thomas Durant and his contingent to Promontory Summit. Number 119, which was built in 1868 in New Jersey, was scrapped in 1903.
After the reenactment you could hang around and climb onto platforms behind the locomotives, look into the cabs (what a maze of levers, pipes and valves there is in there) and talk to crew members. We learned the locomotives are kept in a nearby train shed overnight, and they are fired up and brought out every morning during the summer.
We headed back to the visitor center and checked out some of the displays and artifacts, and we watched the movie. The building of the first transcontinental railroad was kicked off by the passing of the Pacific Railroad Act in 1862. The Union Pacific would build from the east (Council Bluffs, IA), and the Central Pacific would build from the west (Sacramento, CA). The railroads received a subsidy from the government that was paid for by 30-year bonds and by grants of government-owned land.
The Central Pacific, which had to build across the mountains, received a higher subsidy per mile than the Union Pacific. Still, most of the work by both railroads had to be done by hand, and it was difficult. Cold and snow across the plains hampered the Union Pacific and the mountains slowed the Central Pacific. There were times when blasting and hand digging tunnels through the mountains held progress to as little as 8 inches a day.
As the two railroads approached each other in Utah, no agreement had yet been reached as to where the final meeting point would be. Since the railroads were receiving payments from the government for every mile of track laid, they were eager to lay as much track as possible. They changed their paths to be more or less parallel and kept right on laying track right past each other. And we thought government indecision, waste and cost overruns were something new!
Congress eventually made a decision on when and where the tracks should be joined. On May 10, 1869, laborers and executives from both railroads, along with government officials and other dignitaries, gathered at Promontory Summit where Leyland Stanford, president of the Central Pacific Railroad and founder of Stanford University, reportedly drove the Golden Spike. However, other reports said that the hammer swings of both Leyland Stanford and Thomas Durant from the Union Pacific missed the spike, and the spike was actually driven by a track foreman. At any rate, the Golden Spike was removed after the ceremony and is on display at Stanford University.
One interesting thing we learned was the driving of the Golden Spike was likely one of the first, if not THE first, event to receive live media coverage. The hammer and spike were wired so the blows could be sent nationwide as clicks of the telegraph. When the Golden Spike was replaced by an ordinary iron spike after the ceremony, the final telegraph message was transmitted to both the east and west coasts. The message simply read, "DONE."
Near the visitor center there are two gravel roads that you can drive to follow some of the old railroad grades and see some of the areas where workers had to make cuts through hills and place fill in valleys to maintain a maximum 2% grade (2 feet of rise for every 100 feet of forward travel). One road follows the railroad bed to the west, and one follows it to the east. We chose to drive the eastern section since that was on our way back to the motor home.
Along the way we passed the "Last Cut." This was the last obstacle for the Union Pacific Irish and Mormon workers as the track approached Promontory Summit. Sometimes the material cut from a hill was used to fill the next valley, but here there was excess rock left over at this cut. Notice how it was neatly stacked atop the far side of the cut with larger rocks toward the bottom of the piles and smaller ones toward the top. This was done to help keep the piles stable so they wouldn't fall back into the cut.
The Union
Pacific Railroad hired mostly Civil War veterans who were Irish
immigrants. The Central Pacific used mostly Chinese laborers. A little farther along the gravel road we came to the Chinese Arch. Ancient Lake Bonneville once covered this area, and the arch was probably created by the action of the waves along the shore of the lake eroding fractured rock. Although the arch was created by natural forces, it was named to honor the hard work of the Chinese who labored for the Central Pacific Railroad. From the area of the arch we could see the salt flats at the northern end of the Great Salt Lake off in the distance. Along the way we could sometimes see two rail beds running parallel and two parallel cuts through a hill confirming the fact the railroads passed each other and continued to lay track. There is another overlook where this can be seen even more clearly. There is a gully that runs uphill from the overlook. At the top of the gully, the Central Pacific made a fill across the 500-foot gully, and the Union Pacific hastily built a trestle. The Central Pacific's Big Fill can be seen as the dark area (blue arrow) in the photo below, and the abutments for the Union Pacific's trestle (lighter bumps with red arrows) can be seen in front of the Big Fill. Only a few trains rolled over the rickety trestle after the tracks were joined. All trains ended up using the track across the Big Fill instead. The
transcontinental railroad was not truly transcontinental when the rails were connected on May 10, 1869, because
there was not yet a bridge over the Missouri River (passengers and
freight had to ride ferries across the river and change trains) and the
final leg from Sacramento to San Francisco was still under construction. Still, the symbolic joining of the country was just what was needed after
being torn apart during the Civil War. Planning that had begun as early
as 1830 had finally come to fruition after 6 years of difficult
construction work. As we got to the intersection with the main road after leaving the historic site, there was a sign that read, "Rocket Display 2 Miles." Well, that sounded interesting even though it was the opposite direction from the motor home. We decided to make a slight detour to check it out. It turns out ATK Aerospace manufactures and tests rocket fuel and rockets. Since it was Saturday, they were closed, but that didn't matter because the rocket display was outside as we thought it would be. They had on display rocket test motors less than a foot long to a solid-fuel booster rocket from the space shuttle. The shuttle booster is the large one in the back. It is 149 feet long and weighs almost 150,000 pounds empty.
The shuttle booster rockets are reusable, and ATK also does the refurbishing to ready them for the next launch. The shuttle booster rockets only burn for 122 seconds, but in that time a pair of them provide enough thrust to accelerate the shuttle to a speed of over 3,000 miles an hour. The the next photo shows a Patriot surface-to-air missile. The missiles are shipped in a protective tube that also serves as a launch tube. It was a very
interesting display. There were labels with the name of each rocket and with various statistics and facts. It was a fascinating side trip. As we drove along State Route 83 back toward the interstate, we could see the remnants of the old railroad bed running parallel to the road about a hundred yards to the south. Sometimes it would disappear for a time, then then you could see it again for a while. In 1904, a cutoff was completed that eliminated the section of track at Promontory Summit. The new route, called the Lucin Cutoff, used a trestle to cross part of the Great salt Lake and eliminated the climb and curves at Promontory, and shortened the route by 43 miles. The rail to Promontory was dug up in 1942 and the steel was re-used in the war effort. In spite of the elimination of the part of the route where the Golden Spike was driven, much of the route followed by the first transcontinental railroad is still in use. Of course, the track and ties have been replaced several times, and the roadbed has been improved, but the new rail bed runs right over the top of the old. After our visit to the Golden Spike National Historic Site and to the ATK rocket display, we stopped for a burger at Red Robin. We had the following day to relax, do laundry, and do our pre-departure chores before moving to a new location. We're planning to meander our way east, so look for our next post.












