Friday, October 30, 2026

The Santa Fe Railway (ATSF) Peavine Route from Ash Fork to Prescott, Arizona: The original grade

 The Santa Fe Railway (ATSF) Peavine Route from Ash Fork to Prescott, Arizona: The original grade (October 2026)

Unless otherwise noted, all maps courtesy of Google Maps.

All photographs are courtesy of the author



Majestic Rock Butte, overlooking Drake and the surrounding area.
Author's Note: I occasionally stray from the Blog's intended purpose of reporting on the Saginaw and Manistee Lumber Company. You would be valid in asking; just what does the Peavine Route have to do with the lumber company, or Williams, Arizona?? My simplest answer would be it's my Blog, and my rules... Then again, a more respectable answer would be that this does involve the Santa Fe (which was an important part of Williams history), and that it involves the development of key industries throughout the region. In addition, this was another interesting area to investigate, and I needed an excuse to get out into the forest.
 I came across a book that had a map in it that caught my attention (The Impossible Switchback Railroad; Jeffrey and Stephen Titchenal, 2025.) This map indicated that there was an old railroad grade waiting to be explored within a reasonable distance of my mountain lair.

Having said all this, I hope you will enjoy the following adventure.
........
The Atlantic and Pacific Railroad was completed through Arizona in 1882-1883. This would become part of the Atchison, Topeka and Santa Fe Railway.
William A Drake was an important figure in the development of the Santa Fe Railway. His reputation was attached to the building of the Santa Fe, Prescott and Phoenix Railroad (from Ash Fork to Phoenix.) This railroad was capitalized (financed) in 1891, built from Ash Fork to Prescott in 1893, and reached Phoenix in 1895. This line was nicknamed the Peavine, because it wound about the countryside like a vine (The Impossible Switchback Railroad; Jeffrey and Stephen Titchenal, 2025.)
    The original survey resulted in a multi-curve, multi-trestle grade that wound through the mountains south of Ash Fork, Arizona. Once the line reached the flatlands of Chino Valley, the grade became easier. Further challenges would lay ahead to reach Prescott, and to finish the line to Phoenix. 
  The question would be asked; why did they choose this route through the mountains? The first answer would be that it could be built faster than following the drainage that formed Hell Canyon. The second reason, as provided by the authors of the aforementioned book, was that the line was meant to tap as many mining areas as possible. Once the line was productive, the realignment through Hell Canyon could be accomplished resulting in less curves and maintenance problems. However, the new alignment also required a substantial investment in steel bridges (viaducts) instead of wooden trestles.

PART I: The Northern Section

The original grade can be accessed from two areas: in the north close to Ash Fork using County Road 136, also known as Bullock Road, or in the south using FR 573 near Drake. I would suggest a high clearance 4x4 vehicle, particularly on the south access road.
From I-40 in Ash Fork, use the Highway 89 exit, heading south to Prescott. County Road 136 (also known as Bullock Road) is clearly marked on the right. Follow the road past the intersection with the railroad tracks.

Map courtesy Google Maps
The yellow line is the access road that will follow the original grade.



The intersection where the road crosses the railroad tracks. The first two images show the crossing and parking area. The second two images show the area just past the parking area. The road takes a sharp left just before the church property. The last image shows the road continuing on to the south. This is the actual roadbed of the original grade. It is in good shape and reasonably easy to travel. 


The road continues for a number of miles. Keep in mind that this is the main road that the locals use to reach the ranches and homes in the area. The route you will travel crosses private property on both sides of the road. Respect private property and stay on the road. It will widen at times, and a number of side roads cross the route. Stay on the road and continue south. You could take the wrong side road; remember to return to the main route where you were traveling. Always be careful and be aware where you travel in a remote desert like environment. 


Miles down the road you will see distinctive cuts and fills where the tracks once traveled. 



The road will take a curve to the right, look for the railroad embankment  as it swings to the left. 




This is the location where the original grade swings to the left from the road. Further on, the road forks, one route leading to the national forest and the other follows the ravine where there is private property. The first image shows the grade embankment curving from the road. The second image looks back at road where it turns off.
From this point on, the road does not follow the old grade. Approximately five miles of the grade are deep within the national forest and can occasionally be reached by side roads. It would take a great deal of research and preparation before anyone should attempt to follow the old grade in this area. 


A national forest sign along the route. 

   
   These two images show where the road continues up a rocky hill, just past where it forks in the ravine. Again, there are many side roads, and it would be easy to get lost. Know where you are going, and where you have been. 
The first image shows a forest sign at the top of the grade. If I remember correctly, the sign says you're in the national forest or provides some directions. The second image shows the rocky road, and yes, I did high center the trail hawk jeep. Through some skillful driving or pure dumb luck, I managed to get out of the situation. 
I walked further on and found that the road behind me was just an introduction to a 4x4 rock crawling challenge. The road ahead is definitely an off-road experience; one I chose to forgo for another day. I then backtracked and drove out of the area, enjoying the scenery and the feeling of having traveled history through the countryside. 

PART II: The Central Section

As stated in Part I, approximately five miles of the grade is deep within the national forest and can occasionally be reached by side roads. It would take a great deal of research and preparation before anyone should attempt to follow the old grade in this area. It is remote; local homesteads are few and far between. Exploring this area should only be attempted by experienced backcountry travelers.

The following two maps show the general coordinates as to where the railroad grade crosses the national forest. The forest road indicated in Part I can be miles away, however there are access roads that lead to the tanks and other features near the grade. 

All coordinates are provided for general reference only and should be verified before attempting to access the area. 


                                           

                                               


PART III: The SOUTHERN SECTION USING FR 573

Forest Road FR 573 is located west of Highway 89 (Drake is located just east of this area.) This road is in the Prescott National Forest and provides access to Limestone Canyon. As you are going south bound towards Prescott on Highway 89, after passing the Drake turnoff, you need to be very alert and watch for a lone stop sign along the right side of the highway. This is the intersection with FR 573. Make sure you make a safe right turn, as vehicles drive through here like a chased cat in a dog kennel. If you miss the turn, you will have to drive several miles to safely pull off and turn around. 
 
This area is very remote by my standards and provides its own challenges. It is subject to flash flooding, and the roads are not as maintained as those in Part I. The soil can be very sandy and powdery, as such when it rains can become a quagmire to drive through. You can clog your tires and end up stuck in the middle of a bog. Wildlife can also present dangers; being eaten or injured by bears, cougars and rattlesnakes. Be aware you are in the desert and juniper wilderness. Other than that, enjoy your visit.

Brown is Forest Road; Yellow is the original grade
Follow the main forest road as it crosses this area. The Railroad and Peavine tanks will be covered later.

The Puntenney Lime Kilns, Located in Limestone Canyon

Blue arrows designate Lime Kilns and tailings dump site. Yellow line is the forest road and railroad grade. 


Information according to AI Overview: 
The Puntenney Lime Kiln was the first lime kiln built in Arizona. George Puntenney discovered a large limestone deposit in the canyon in the late 1800s. Lime was used throughout industry for a variety of applications. (Sharlot Hall Museum.) The Puntenney Lime Company was established to process the limestone into lime, building three large kilns near the railroad which passed directly in front of the operation. A company settlement was established on April 26, 1892. This included a schoolhouse, and post office (Ghosttowns.com.). By 1912, lime was being shipped to California and other locations. The kilns shutdown sometime in the 1920s-30s (Sharlot Hall Museum.)
The history of this area does not end there. This is where several historical sites get murky, however, I will attempt to provide some illumination on the subject. 
Along the original grade that passes through Limestone canyon, the railroad named three locations: Meath, Rock Butte and Cedar Glade. The mentioned locations may have only been a flag stop, or a place for the train to refill with water.
William A Drake was an important figure in the development of the Santa Fe Railway. His reputation was attached to the building of the Santa Fe, Prescott and Phoenix Railroad (from Ash Fork to Phoenix.) This railroad was built from Ash Fork to Phoenix from 1891-1895 (The Impossible Switchback Railroad; Jeffrey and Stephen Titchenal, 2025.)
    Mr. Drake proposed a realignment of the line from Rock Butte to the Hell Canyon route as early as 1898 and then completed the project in 1901. During this time, he was promoted to General Manager of the line. With this completed, the town names were moved to the new route.
    According to the Sharlot Hall Museum site, Cedar Glade was the town which grew up just north of Hell Canyon. This was the focal point for the mining of red sandstone, which was quarried further north along the rim escarpment. It is mentioned that a wagon road was built by hand through the canyon to reach the south rim. Whether the town was already established or not, the coming of the new railroad grade would have made the local sandstone industry flourish, and it was then officially known as Cedar Glade. 
    The Sharlot Hall Museum site further mentions that school children walked the new railroad bridge (also called a viaduct) from Puntenney to Cedar Glade. The town of Puntenney grew up on the south rim; today there are the remains of an industrial site that transloaded lime for shipment on the railroad. This would indicate that the settlement at the kiln site was relocated to the south rim of Hell Canyon and officially became Puntenney. A Google map search reveals a cemetery by that name on the south rim.
 During the years from 1901 to 1930, with the closure of the old railroad grade, the lime would have to be transported by wagon or later by truck to the new loadout. This would explain why the road (now designated as FR573 and FR 680) exists between the lime kilns in the canyon, and the railroad load out.
    Interesting enough, there is more to the story. The new Prescott to Ash Fork highway construction project of 1930 built a new concrete highway bridge across Hell Canyon, within the shadow of the railroad viaduct. The new highway alignment ran right through the old townsite of Puntenney, and more than likely took the liberty to use the old wagon road route. 
And how did Drake get its name? When the respected and aged William A. Drake passed on to the parlor car of eternity, the town of Cedar Glade was renamed in his honor. Or rather, the station site was renamed, and the town obligingly did the same.

The townsites that were mentioned are historic sites and protected by state and federal laws. Please be respectful and stay out of the fenced-out areas. 

This image is further along the road, having gained elevation above the creek bed. This is looking back at the tailings pile from the lime kiln. As can be seen from Google Earth Maps, there is evidence of further workings above the lime kiln location. If you hike into the area, use extreme caution as there can be pits and other hazards.

A few of the scenic vistas. The first image I believe is the road to the top of the grade. The second image is the grade high above the creek that runs through the area.
 
A mile or two beyond where the images end, there was a steep downgrade, where the road temporarily leaves the original grade. At the bottom, it crosses a stream which shows clear evidence of flooding on occasion. The road immediately begins a steep incline, and at the top returns to the original grade. I was not able to continue up the incline, as it would take a high clearance 4x4 to gain some traction. According to the Google Maps, the road follows the original grade for several miles and comes to an interesting feature. 


The interesting feature Yellow is the grade; Brown is the forest road.
Although I could not get to this location, the satellite images show that the original grade looped back on itself in an "S" pattern.  The road continues, separating from the grade at this point. The railroad grade has limited access for approximately five miles, which requires hiking in or finding side roads. On one website, it appears that original ties still exist along this remote location.

PART IV
 Railroad and Peavine Tanks. 


Yellow is FR 9711C; Green is FR 9711D; Brown is FR 573. 
General locations only; please consult a map for exact locations. 
I have driven some of these forest roads. The roads, other than FR573, are very rough and require a high clearance 4x4 vehicle. I chose to drive the roads; however, I did bounce a large rock along the length of my skid plate under the car. Not a pleasant sound. I also had only three wheels on the ground when I exited FR 9711D. Another moment when I reconsidered my lifestyle. 


This image shows where FR 573 and 9711C connect. Note the bluff in the background; 
in case you get lost look for this bluff.

Looking east, you can see the two forest road signs. FR9711C is on the right side of the FR 573. This access road is extremely rough and is washed out in several places. Use your own discretion. 

The following images are of Railroad Tank:

Looking back towards the bluff in the previous pictures. This image is from the embankment that is the original grade. In the distance you can make out a water tank and pump. This is for a wildlife trickle tank in the trees. Do not damage the structure, as a number of hunters will be very displeased with your actions. 





The following images are the Peavine Tank:

This is looking out over the Peavine Tank area.


Looking back over the tank from the railroad embankment. 


The discoloration appears to be cinders and other effluent left by the passing of steam locomotives.


The railroad continues past the tanks, heading in a southeast direction. There are other forest roads that can access the lower portions of the grade. Another adventure. for another day.

PART V: THE LIME KILN AREA; TO BE CONTINUED

Thursday, October 29, 2026

UPDATE: POSTINGS ON THE SANTA FE PEAVINE ROUTE, AND THE SANTA FE DAM IN WILLIAMS

 UPDATE: POSTINGS ON THE SANTA FE PEAVINE ROUTE, AND THE SANTA FE DAM IN WILLIAMS

I am currently working on two new subjects, the Peavine Route and the Santa Fe Dam in Williams. I enjoy field research, and then comes the work of putting the information to paper. The paperwork is taking additional time, as I have found that more research through books and online sources was necessary to come to some conclusion. I would rather take the time than be too hasty to post to a Blog. 

I hope the research on the Santa Fe Dam will be comprehensive, tying together a number of resources into one meaningful post. There is more to this dam than just sandstone and water. Hopefully, what I find will motivate other resources to provide information to the public on this remarkable structure. 

The Peavine route will focus on the old grade through the Rock Butte area. Lots of trips, and also a great deal of information that can be compiled in one location. It will be focused on this old grade and stir others to get out and safely explore the Prescott National Forest.

Friday, September 11, 2026

Update to ATSF Postings

 I posted a six-part series on the ATSF in Williams, Arizona. Posting to a Blog can get a little wonky, and as such they are not in order. Please read them in order, which will help make more sense. 

Old people and computers: I remember when all watches were mechanical, and now they are electronic with all sorts of features. I still have my dad's old bench lathe, as he was an old school watchmaker. Used to put the final finish on parts from the factory. 

Don't forget to visit my other Blog: Williams, Arizona: Crown Jewel of the North Country. The link is somewhere under my internet name. I will figure it out where to make it easier to find, soon as I get new glasses. Or maybe I'll just try and get the old lathe working; easier than "computator" stuff.

Sunday, August 23, 2026

THE ATCHISON, TOPEKA AND SANTA FE RAILROAD IN WILLIAMS, ARIZONA; PART I: INTRODUCTION AND HISTORY

 THE ATCHISON, TOPEKA AND SANTA FE RAILROAD IN WILLIAMS, ARIZONA;

 PART I:  INTRODUCTION AND HISTORY

INTRODUCTION TO THE ATCHISON, TOPEKA AND SANTA FE RAILROAD IN WILLIAMS, ARIZONA

Please keep in mind, all of the railroad is private property, and trespassing is not permitted. The area is protected by local, state and federal laws and they are very diligent with enforcement. Do not cross tracks except in designated locations, and do not disturb any of the facilities. The BNSF Railroad through Williams is a mainline thoroughfare, and trains will pass at speed. The majority of the structures mentioned in these postings no longer exist, and those that do are on private property. Trying to get a special picture is not worth serious injury, or dire legal consequences.     

 "Sheet No. SLT 24B of Valuation Section No. 2 of the Atchison, Topeka and Santa Fe Railway, from survey station 9454 plus 00 to survey station 19504 plus 00. Chief Engineer, The A.T.&S.F. Ry. Co., Coast Lines. Williams Station Plat, The Atchison Topeka and Santa Fe Railway. Operated by The Atchison Topeka and Santa Fe Railway Co. Coast Lines, Albuquerque Division, Arizona June 30, 1915."

 The centerpiece and reference point for this project is this Track Chart, a map that the Atchison, Topeka and Santa Fe produced and copyrighted in 1915. This chart was used to document the stations and facilities, and for a valuation map. This study will assume and interpret all references and details as they were on June 30, 1915.

Compass directions will be referenced as the top being North, bottom as South, left as West, and right as East. 

This study will be divided into six parts, each focusing on a section of the ATSF facilities. Notations that are on the maps will be listed as it pertains to a specific structure. There are numerous notations and features on the map such as fence lines, sewer and water lines, tangent degrees and other engineering details. For clarity this study will focus on the specific topic and whatever notations that may be relevant. 

As an amateur historian, I have done what due diligence I can to verify that this map is in the public domain and has been for a number of years. It is used here and in additional postings for educational purposes only.

A BRIEF HISTORY OF THE ATCHISON, TOPEKA AND SANTA FE RAILWAY IN WILLIAMS, ARIZONA 

The United States Government authorized the exploration of the western frontier by the U.S. Corps of Topographical Engineers. They were tasked with providing several practical railroads surveys and establish wagon roads to California. In 1851, Captain Lorenzo Sitgreaves completed a reconnaissance of the San Francisco Mountains (North of current Flagstaff, AZ.), and the area of Bill Williams Peak (South of Williams, AZ). The subsequent report was a "snapshot," a short documentation of the region. This further expanded the written knowledge of the area, benefiting future expeditions (Fuchs, 15: Goetzmann 244-246.)

Lieutenant Amiel Weeks Whipple assembled another expedition in July 1853 at Fort Smith, Arkansas. This expedition was tasked to explore and survey a railroad route along the 35th parallel, with special attention to the area between the Zuni villages and the Colorado River (Fuchs, 17; Goetzmann, 287-289.) 
In 1857, Lieutenant Edward Fitzgerald Beale embarked on a survey and construction expedition of the wagon road that would later carry his name. Starting at Fort Smith, Arkansas, the survey and road traveled 1240 miles, to the Colorado River. One notable event was the use of camels to help transport their equipment. 
Passing north of Williams, the road generally followed one spring to the other, crossing the north country. By 1902, the Beale wagon road had fallen into disuse, but not before it had served its purpose by opening a road through the North Country and exploring the possible route of a central Arizona railroad line (Fuchs, 19.) The road would become an artery allowing thousands of immigrants to travel to California, workers to the mines in Southern Arizona, and the movement of vast herds of sheep into the Williams area. 
The Bill Williams Mountain area remained relatively untraveled until the 1870s. Those who did remarked on the lush grass and tall timber growing in abundance (Fuchs, 26,27.) The 85-mile Overland Road, stretching from early Flagstaff to the Fort Whipple-Prescott area passed to the south of the mountain. In use from 1863-1882, the road was originally used by the military. From the mid-1870s until the early 1900s, large herds of sheep and cattle traversed the trail in the summer to the cool mountain meadows, grazing and fattening upon the abundant grass in the high country (Fuchs, 85.) This same road, by that time mostly abandoned, would later play an important role in the building of the Saginaw Southern Railroad.
The townsite of Williams, Arizona began as a post office (June 14, 1881) on the surveyed grade of the Atlantic and Pacific Railroad (the 35th parallel survey route.) The town also served as a construction camp for the building of the railroad (Stein, VI; Fuchs 32, 34.) Ranching and the construction of the A&P RR played a major role in the town's early history. The town was located on the ranch of C.T. Rogers, possibly one of the first settlers in the area, having arrived in 1877.  Two stage lines served the region, including this up-and-coming town of Williams (Fuchs, 61.) 
The completion of the Atlantic and Pacific Railroad met several lengthy delays, caused by the building of the viaduct bridge at Canyon Diablo east of Flagstaff, and the Johnson Creek Tunnel west of Williams. At great expense, both of these projects were completed, after spawning two of the most wild-of-the-west construction towns in Arizona.
    It is possible that the construction crews would have leap-frogged these projects, and continued grading and construction of the roadbed and laying what rails were available until the bridge and tunnel were completed.


Early Williams, circa 1890. Population 200

     For a time, Williams was overshadowed by Simms- the construction camp and town located at the Johnson Canyon Tunnel site. Once the A&P had completed that project, the denizens of the town either followed the construction to Williams or drifted elsewhere. 
The roadbed of the Atlantic and Pacific arrived in Williams in April 1882 (Fuchs, 56.) With the coming of the railroad came freight and passenger facilities. A railroad sponsored eating house was opened in 1883. Fred Harvey, a well-known provider of quality meals and service, established a welcomed presence circa 1887 (Fuchs, 98.) A more permanent depot and freight house came in August 1901 (Fuchs 116,196.)  
With the railroad facilities, having a post office, the connecting stage lines, and a developing merchant's row, the town was developing the air of permanence. With permanence comes investment, with the hope of future prosperity.  Civilization was advanced with the establishment of a school (1882). Church services were provided by circuit preachers starting in 1883. The population varied in the 1880s. The census of 1890 documented 199 persons residing in town- although this may not take into account the transient railroad laborers, saloon workers, or the outlying ranches and farms in the region (Fuchs, 58, 99,102.).
 Due to the ever-growing demand for water, the railroad began drilling wells as early as 1886. A railroad sponsored dam was built 1887 (Fuchs 70, 79,82.)  The dam was raised, completed in 1892, just prior to the arrival of the Saginaw and Manistee Lumber Company.

                            
An early postcard/photograph of the Santa Fe Dam, circa 1910. (Postcard; author's collection.)


From 1884-1886 The Atlantic and Pacific Railroad moved the division point to Peach Springs, Arizona, causing a slump in the William's economy (Peach Springs, still in existence today, was the source of clean water for many years for the railroad and the town.) In 1890, Williams rebounded with the return of the division point. 
    Williams was always within the Albuquerque Division, and was also assigned within a District, one of many within the Division. With the re-assigning of the Division Point to Williams came status and importance, not to mention economic gain.
The Atlantic and Pacific went into bankruptcy, and was purchased by the Atchison, Topeka and Santa Fe Railway. The western section of the A&P allowed the Santa Fe to access Arizona and eventually California.
    In 1901 a branch line was built to the Grand Canyon, increasing the importance of the railroad operations in Williams. A new station and hotel complex-to be known as the FRE MARCOS- was built. A depot was included within the complex to better dispatch and control the additional traffic. The yards were always being modified and with the new passenger traffic to the Grand Canyon meant an expansion of the tracks.
In 1929, the Great Depression began, eventually seeping into the daily lives of every citizen. Williams was not immune. The mill, at reduced production, continued to operate with occasional shutdowns (Fuchs 273.) The railroad continued to provide freight and passenger services, albeit at a reduced tempo. 
    Then came World War II, and the railroad saw an expansion of traffic as never before. Troops and supplies passed through the yards, and the constant flow of freight and passenger trains took their toll on the facilities. However, this was a necessity of the times, a war must be won and no one wanted to forestall the ultimate victory. During the war years, steel and wood products were in great demand for tanks and bases. 
    Steam engines were still being manufactured, with common designs to reduce waste and time in production. Old engines were refurbished or scrapped for the metal. Major railroads had the shops to rebuild their own passenger and freight cars, and they often did just that. 
    Post war began to see the economy and the nation return to peace. The railroads could design and order new streamlined passenger cars. The diesel-electric locomotive (diesel engine), a pre-war novelty, became the norm for the new era. The diesel engine was reliable, and robust for American railroads. It did not require frequent stops for water, or the constant maintenance of the steam engine. It has been reported that for every steam engine on the road, two additional were required, as one was being shopped for heavy repairs, another was due for maintenance or on standby, and the one on the road would soon need maintenance. 
    The Santa Fe heavily invested in diesels. The effect on labor and facilities would be immediate and permanent. Certain shop crafts would soon be eliminated in entirety. With that came the reduction in water towers and treatment plants, and entire roundhouses with all of the related crafts would be gone. 
    Williams was not alone or immune to progress. Over time, the facilities were reduced, then removed. In the 1960s passenger travel took a steep decline. The Grand Canyon service was eliminated, and eventually what remained of the passenger trains were handed over to Amtrak, a government agency. 
    In the 1960s, a major realignment was completed.  from Ash Fork to Williams the railroad alignment 
was changed; the Peavine interchange with the transcontinental route was moved to east of Williams. The mainline took a winding route north and west of Williams, which greatly reduced the grade and improved traffic flow. With these changes, no passenger service was provided at the FREY MARCOS, Instead, what was left of traffic was handled at Williams Junction, east of Williams, until even that was discontinued. 
    Yet the appeal of the Grand Canyon could not be ignored. Although most of the travel was by car to the National Park, the need for railroad passenger service was a strong enticement for private investment. The Grand Canyon Railway was reborn, and once again passengers could stay at the Frey Marcos Hotel and ride the trains to the distinct and quant Grand Canyon Depot. 
Williams continued on through the lean and prosperous years. Eventually the tourism industry, with the revitalization of the Grand Canyon Railway, brought stability. Today, with the promise of new recreational activities, the steady growth of the housing market, and the cult-like following of old Route 66, hope endures that this once frontier town will remain for many years to come.                        



A very early postcard image of Williams, Arizona. This image shows the westside of the town. In the distance is Bill Williams Mountain; on the right can be seen the Saginaw and Manistee Lumber Company Mill. In the center are homes and small businesses. The feeling is that of a small community, going about its daily life in the early years of the Twentieth Century. In the foreground are the railroad tracks and various boxcars of the Santa Fe Railway. 

NEXT POST:  PART II: THE ROUNDHOUSE FACILITIES


THE ATSF IN WILLIAMS, ARIZONA PART II: THE ROUNDHOUSE FACILITIES

 THE ATCHISON, TOPEKA AND SANTA FE RAILROAD IN WILLIAMS, ARIZONA PART II: THE ROUNDHOUSE FACILITIES

       GENERAL DESCRIPTION OF THE YARD FACILITIES

The downtown area of Williams covers approximately six blocks. You could walk the entire length at a casual saunter in less than an hour.

The railroad facilities are of modest design; functional, and efficient. The overall yard and related facilities are no more than a mile long, stretching along the mainline on a slightly askew East-West axis.

Multiple tracks were provided for freight and passenger trains. The switches were organized in a linear pattern, accessing the yard tracks at both ends. Trains could enter and exit at both ends as needed, eliminating the need to back out of a yard track.

The Williams yard consisted of yard tracks, and two main lines; one for east bound, one for west bound. Crossovers were included so that trains could pass one another. All movements on the mainline were controlled by a dispatcher. 

When comparing the facilities that were once located at Seligman, Winslow, or Williams, they were very similar and can be characterized as those found within a district, which are part of a division. The facilities would have included water and fuel for the locomotives, a passenger and freight depot, a roundhouse for minor engine repairs and servicing, a RIP track for bad order cars (Repair in Place), and housing for crews and other workers. 

With the coming of the Diesel-electric locomotives (engines), the only facilities needed are located at division points, and these are usually run-through fuel and sanding racks, and a building for minor repairs and maintenance. Any heavy repairs can be done at regional shops. This resulted in the closing of many of the district facilities, such as what happened to Williams. 

Williams was in the Albuquerque Division, designated as a District (fourth or fifth, depending on the year.) Williams had District shops and yards, the division shops and major facilities in Albuquerque, New Mexico

Winslow, Williams and Ash Fork each had a named Harvey House and station. Williams was famous for the FREY MARCOS, as it served mainline passenger trains and hosted the Grand Canyon Branch line. 

Please keep in mind, all of the railroad is private property, and trespassing is not permitted. The area is protected by local, state and federal laws and they are very diligent with enforcement. Do not cross tracks except in designated locations, and do not disturb any of the facilities. The BNSF Railroad through Williams is a mainline thoroughfare, and trains will pass at speed. The majority of the structures mentioned in these postings no longer exist, and those that do are on private property. Trying to get a special picture is not worth serious injury, or dire legal consequences.                           

Photo by Williams Studio; distributed by J.R. Willis, Box 665, Albuquerque, N.M. 
Genuine Curteich-Chicago "C.T. Art-Color tone" Post Card

An overhead view of Williams, Arizona, looking southwest, just east of the Second Street crossing. At the top right corner of the image can be seen the Saginaw and Manistee Lumber Company mill site, placing the timeframe prior to 1941. The downtown district can be seen clustered near the street crossing. The brick depot has been moved to its current location. Along the railroad property can be seen a number of commercial buildings, such as fuel distribution companies, and several homes with white fences. 
At the bottom right-hand corner can be seen the railroad yard and facilities.  The railroad powerhouse and a water tower are evident; the roundhouse is just visible in the lower corner of the image.  


#82004: Fred Harvey "Phostint" Trademark, Detroit Publishing Company

An overhead view of the Williams yard area, pre-1941. This view is looking southwest, showing the town, mill and railroad yard. This image shows that a spur headed north from the storage tank, which serviced the stock yards. Often spurs and tracks were added or removed and were not documented on maps. .There are two circular patterns near the water treatment facility. These could have been where large water storage tanks were located and later removed. 

THE ROUNDHOUSE AND OTHER FACILITIES

The following track chart provides a general overview of the east side of the yard area. East of the map is the wye for dispatching trains to the Grand Canyon Branch line. the wye also allowed for engines and passenger trains to be turned.


"Sheet No. SLT 24B of Valuation Section No. 2 of the Atchison, Topeka and Santa Fe Railway, from survey station 9454 plus 00 to survey station 19504 plus 00. Chief Engineer, The A.T.&S.F. Ry. Co., Coast Lines. Williams Station Plat, The Atchison Topeka and Santa Fe Railway. Operated by The Atchison Topeka and Santa Fe Railway Co. Coast Lines, Albuquerque Division, Arizona June 30, 1915."
 Further east of this map is the wye (not shown) for dispatching trains to the Grand Canyon Branch line. the wye also allowed for engines and passenger trains to be turned to another direction. 

 The Roundhouse is clearly visible. To the north are two spurs that serviced a number of structures; to the west is the fuel storage area, and below that is the powerhouse. To the south are the two mainlines (one east, one west) and additional yard tracks. Further south is the town of Williams.

The Roundhouse


The Roundhouse provided support for the steam locomotives, such as running repairs and routine maintenance. Heavy repairs required the engines to be dead headed to the division shops, located in Albuquerque, New Mexico. Steam engines that were assigned local service, such as a local freight or yard switchers, would be housed and serviced inside the facility. This was necessary because the fires and the steam must be maintained for the next day's assignment. 

The roundhouse was of concrete and steel construction, originally built with six stalls. Each stall was designed with a front and back door, allowing the engines to be moved through the building to a stub track. The doors appear to be of wooden construction. 

Natural lighting was provided by front and back windows, and a large clerestory feature designed into the roof. This also allowed for better ventilation. It does appear, in the following images, that there were vent hoods located above each stall, allowing for smoke from the engines to vent through the ceiling.

A steam heating plant was located in the Powerhouse; according to the map a pipe ran to the fuel supply areas, the roundhouse, and continued to the yard facilities. There was heat in the winter, but natural cooling in the summer-no air conditioning.

A turntable was located in front of the roundhouse, allowing engines to be moved from stall to stall, or turned around. 

Through time, as can be seen in the following images, the roundhouse largely remained intact, not having additional stalls or other side buildings added to the main structure, other than the occasional lean-to shed. 

Image: Author's Collection


Image: Author's Collection

Images: Source Internet. This was sent to me from a member of the local History Group.

Structures to the North

Notations on the map, from East to West:

Just to the north of the roundhouse were two spurs. These allowed access to a number of buildings and structures that supported the roundhouse. The buildings are described as follows, going east to west:

Car Bodies (next to the roundhouse, north side)
Lime House
Privy
Store House
Wheel Storage (long parallel lines)
Car Repair House
Bunkhouses Car bodies
Bunkhouses Car bodies (at the end of the spurs.)

Just northeast of the turntable is a Galvanized Iron House, Oil Sump

The Fuel Storage Facility and Powerhouse

A close-up view of the fuel oil storage tanks area.

The roundhouse is located just to the east of the storage tanks. A steam line from the powerhouse connected to the Oil Pump House (between the two tanks) and then continued to the trackside refueling facility (in Part III.) This steam line continued throughout the yard area, providing steam to the entire facility. 
The spur just to the south and in front of the pump house, was where oil was transferred from tank cars to the storage tanks. 
In front of the oil pump house is an "Oil Flume." This was a large pan under the tracks to capture oil spillage that might occur. 
There are two large tanks on the map. The one on the right states "Earth, 5x13.8 oil flume; 134 ft. diameter; Open Oil Sump." This tank held fuel oil and was open topped. 
The second tank area states "12(9) ft. Diameter Concrete Oil Cistern."

As seen in the previous postcard image of the yard area, there is only one large fuel storage tank located on the concrete cistern. This map shows two tanks; it is possible that the concrete cistern had been laid and would hold a new tank replacing the old one. The new tank and cistern were designed to retain any mass spillage from a ruptured tank. The old open-air tank was then removed. 

Just south of the fuel storage area is the Powerhouse, located between several spurs and just north of the mainline tracks. This can clearly be seen in the first image. The powerhouse played an important role, as the Santa Fe could provide electricity and steam for its own needs, independent of city power. The building still exists today; however, it is on private property. 


Images; Author. First image has been edited. 
The Powerhouse and the Treating House still exist today. They are on railroad property and inaccessible to the public

NEXT: PART III: TRACKSIDE REFUELING AND WATER TREATMENT FACILITIES

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