The Broadmoor Manitou and Pikes Peak Cog Railway (also known as the Pikes Peak Cog Railway) is a cog railway that climbs one of the most iconic mountains in the United States, Pikes Peak in Colorado. The base station is in Manitou Springs, near Colorado Springs.
Construction on the line was started in 1889 and the first train reached the summit on June 30, 1891. Cog railways are common in Switzerland and found in other parts of the world (totaling about 50 lines), but this is one of only three such lines remaining in the United States, the others being the older Mount Washington Cog Railway in New Hampshire, and the short Quincy and Torch Lake Cog Railway.
Originally powered by steam locomotives, the line later switched over to diesel-powered locomotives and self-propelled railcars. The railway was closed between October 29, 2017 and May 20, 2021, for a complete refurbishment that saw the replacement of the track infrastructure, the rebuild of older railcars and the purchase of three new trainsets.
History
The idea for the railroad came in 1888, after a trip to the summit by inventor Zalmon G. Simmons, who had founded previously the Simmons Bedding Company. Simmons had designed a wooden telegraph insulator while on the board of directors of Western Union, and was surveying Englemann Canyon for telegraph lines to the top of Pikes Peak.[1] It was a miserable two-day trip on a mule and after his return, Simmons was convinced that there needed to be a more "civilized" mode of travel to the summit of Pikes Peak and decided to fund the construction of a railway.
The line would start at a depot in the town of Manitou Springs, located at an elevation of 6,320 feet (1,930m),[2] and climb 8.9 miles (14.3km) to the summit of Pikes Peak at an elevation of 14,115 feet (4,302m).[3] The average grade of the line would be 12% but would top out at 25%. Normal trains can not retain traction on the rails at grades steeper than 10%, so the railway would need to use a cog and rack system to help pull trains up the mountain and control the speed of the descent.[4]
Pikes Peak Cog Railway locomotive and car, circa 1900
Construction was started in 1889, being built by Italian laborers using only pickaxes and assisted by donkeys. The line was built as a standard-gauge railway with an Abt rack system and wooden ties. Limited service was started in 1890 on the first segment of the line from Manitou Springs to the Halfway House Hotel. On June 30, 1891, the first train reached the summit.
Three steam locomotives were built for the line by the Baldwin Locomotive Works that each featured boilers offset by 16 degrees to keep them level on the steeply inclined grades. While most locomotives pull rail cars, these steam engines would push the line's wooden passenger cars up the mountain, decreasing the chance of a runaway car.
A fourth steam locomotive was added to the fleet in 1892 (which was built as a Vauclain compound), which proved to be more efficient and cut the cost of operating on a steep incline. The locomotive was so successful that the original locomotives were rebuilt as Vauclain compounds in 1893. Over time, the Vauclain compound technology made the locomotives notoriously difficult to maintain. An additional locomotive was added to the fleet in 1901 and again in 1906. All six steam locomotives were rebuilt in 1912 to similar specifications and would burn slightly under 1 ton of coal per trip.[5]:163
Under the control of Penrose, there was an effort to find more economical ways to operate the line. To that end, gasoline-powered railcar #7 was constructed in 1938. The railcar was intended to be a cheaper alternative to operating steam locomotives during quieter times of the year. The railcar was a huge success, and led the railroad to purchase five 'streamlined' diesel locomotives from General Electric, which were equipped with matching passenger cars, acquired from 1939 onward.[6]
The diesel locomotives slowly supplanted the steam locomotives, though some steam operations persisted until the 1960s as backup power and to operate the snow-clearing train (where their greater weight meant they were less likely to derail).
The railroad started switching over to a fleet of self-propelled railcars in 1964, purchasing two units (#14 and #15) from Swiss Locomotive and Machine Works (SLM), which would be similar to equipment used on many Swiss cog railways. The air-cooled, 8-cylinder diesel engines in the first units proved to be less than satisfactory on the railroad above the tree line and were replaced by water-cooled engines. The railcars proved to be a good addition to the fleet and the railroad purchased two more railcars (#16 and #17) in 1968.
Railcar No. 24 prepares to depart from the Manitou Springs depot, which has been described as a blend of Victorian and Bavarian architecture
As tourism increased in the 1970s the railway needed more capacity. In 1976, the railway took delivery from SLM of two larger railcars (#18 and #19). These are identical in cosmetic appearance to cars 14-17, however consist of two articulated cars. Passing sidings were built at Minnehaha and Windy Point, allowing trains to pass at various points on the hill. Trains could previously pass only at Mountain View, permitting only three trains a day up the mountain. Eight trains per day became possible with the new equipment and sidings. Two additional two-car trainsets were added in the 1980s (#24 in 1984 and #25 in 1989).
By the 2000s, the rail infrastructure was starting to show its age. Railway managers reported that in 2017 the track geometry had become so poor that the cog wheels were wearing out twice as quickly as they did in the 1980s.[3] Winter operations were suspended on October 29, 2017, to conduct maintenance on the railway, but crews soon realized more serious repairs were needed and in March 2018 it was announced that the railway would close indefinitely.[7]
The Anschutz Corporation, which owned the railway, estimated a full refurbishment of the line would cost $100 million. The company negotiated a deal with the city of Manitou Springs that would provide $36 million in tax breaks for the railroad over a 50-year period if the company completed the upgrades. The agreement was signed on November 20, 2018.[8]
The major refurbishment project would involve the near-complete replacement of the track infrastructure, the rebuild of facilities and older railcars and the purchase of three new trainsets.
Starting in March 2019, crews ripped up the old rails, Abt rack system, and wooden ties, some of which had been in place since the line was first built in 1889. Work started at the depot in Manitou Springs and reached the summit in September. In May 2020, crews began working down from the top, laying down metal ties, new rails custom ordered from Poland and a new Strub rack system which featured more robust teeth. Crews also replaced the old manual track switches with radio-controlled versions that would enable faster operations at the passing sidings.
While the track work was underway, crews at the railroad shops in Manitou Springs began to rebuild the four two-car SLM railcars (Nos. 18, 19, 24 and 25). Each railcar was converted to the new Strub system, received a new transmission with a retarder for dynamic braking and was repowered with new diesel engines.
The railroad also placed an order for three trainsets (Nos. 27, 28 and 29) from Stadler Rail of Switzerland. Each trainset would consist of a diesel-electric locomotive, two coaches and a control car, and marked a return to locomotive-hauled trains. Additionally, a snowblower (No. 30) was ordered from Stadler's partner, Zaugg AG Eggiwill of Switzerland.[9] The snowblower has a diesel engine to turn its blades, but it is not self-propelled and instead acts as a control car and pushed by one of the Stadler locomotives. In February 2021, the new equipment was shipped from Switzerland to the United States,[10] arriving in Manitou Springs the next month.
Meanwhile, the city of Colorado Springs (which operates the Pikes Peak Highway) built a new visitor center at the summit, while the railroad built a new platform. Down in Manitou Springs, the depot received a second boarding track and platform.
The line reopened on May 20, 2021. The cost has increased over the years. In 2023, the price for auto-assigned seatings was USD$58.50 (adults) / USD$48.50 (age 12 and under); or USD$71 / USD$61 for reserved seating.
More commonly called simply the Manitou Incline, the Mount Manitou Scenic Incline Railway was actually a funicular up the side of a peak called Rocky Mountain located adjacent to Mount Manitou. It was operated by the Manitou and Pike's Peak Railway until its closure following a rockslide in 1990. This line's lower terminus was adjacent to the Cog Railway base station in Manitou Springs. The Manitou Incline averaged almost a 40% grade, gaining 2,011 feet (613m) in elevation over a length of approximately 1 mile (1.6km), with the maximum grade being 68%.
The Manitou Incline was initially built in 1907 for use in the construction of city water lines and a hydroelectric plant. When the construction was finished, the Manitou and Pike's Peak Railway took over the cable car as a tourist operation.
From 1990 forward, the defunct Incline had been controversial because, although legally off-limits to the public, its roadbed was heavily used for recreation and exercise by people ignoring the trespassing signs. It became legal to use the Incline on February 1, 2013.[11] Colorado Springs Parks and Recreation manages the Incline trail through an intergovernmental agreement.[12]
Originally built as the "John Hulbert", rebuilt as a Vauclain Compound and numbered 1 in 3/1893
2
5/1890
Baldwin Locomotive Works
Steam locomotive
10919/13319
0-4-2T
On display in Manitou Springs
Originally built as the "Manitou", renamed to "T.F. Richardson" at some point before 1898. Rebuilt as a Vauclain Compound and numbered #2 in 3/1893.
3
5/1890
Baldwin Locomotive Works
Steam locomotive
10920/13324
0-4-2T
Scrapped for parts
Originally built as "Pike's Peak", rebuilt as a Vauclain Compound and numbered #3 in 3/1893
1st 4
5/1892
Baldwin Locomotive Works
Steam locomotive
12681
0-4-2T
Wrecked August 31, 1896, scrapped
The smallest engine the railway owned, was known as the "little 4". It was the first engine delivered as a Vauclain Compound, and its superiority over the previous 3 engines resulted in them being sent back to Baldwin to be rebuilt. Broke a side rod and ran away in August 1896.
Built to replace the wrecked #4 using the specifications of the original larger engines. #4 Was sent to the Colorado Railroad Museum after retirement in October 1968. It was then traded for #1 in November 1979 and steamed up again for a number of years before being loaned to the Grand Canyon Railway during renovations.
First engine built with an automatic brake. This engine was displayed at the Cog Railway Depot in Manitou for many years before being moved to the Broadmoor Hotel and put on display.
6
6/1906
Baldwin Locomotive Works
Steam locomotive
28401
0-6-0T
Scrapped 1955
#6 was delivered as an Oil burner, it was converted to burn coal in 1907. #6 was the largest and most powerful engine delivered to the cog railway, however it suffered from mechanical issues and was usually the last engine in the lineups.
7
1938
Colorado Midland Shops
Gas railcar (diesel)
On display at the Colorado Railroad Museum
#7 was built in the Colorado Midland shops in 1938 for the purpose of having a smaller piece of equipment to run that was cheaper to operate when the off season occurred. Originally GM powered with 707 gasoline engines, it was repowered by Cadillac V8 in the early 1950s and finally with a Cummins diesel in the 1990s.
First GE Unit delivered to the railway, builders number 12454. It had 3 2 stroke General Motors 71 engines and internal Dynamic brakes. Was retired with the arrival of the Swiss units and robbed of parts to maintain other engines.
9
1946
General Electric
Diesel electric locomotive
28372
On display at the Colorado Railroad Museum
Unit 9 was powered by 2 Cummins NHS diesels as built. Later rebuilt to have twin Cummins 855 Diesels.
10
1950
General Electric
Diesel electric locomotive
30279
Rebuilt as No. 22
Unit 10 was powered by 2 Cummins NHS diesels as built. The frame of this unit was the basis for snowplow 22.
Unit 11 was powered by 2 Cummins NHS diesels as built. Later rebuilt with Cummins 855 diesels.
12
1955
Manitou and Pikes Peak shops
Diesel electric locomotive
Rebuilt as No. 23
Built by the railroad shops, unit 12 was powered by 2 General Motors 110 diesels. Was built to the same body style as the GE built units. Rebuilt to Unit 23 1982.
78 Passenger. 14 was built with air-cooled V8 diesels. Rebuilt in the shops to have Cummins 743 engines following the air-cooled engine's failures at altitude. Later re-engined with Cummins 855s from units 18/19.
78 Passenger. Built with air-cooled V8s. It was returned to Switzerland after overheating issues and received Cummins 743s. Later 855s from units 18/19.
78 Passenger. Built with Cummins 743s, re-powered with 855s from units 18/19.
18
1975
Swiss Locomotive and Machine Works
Diesel hydraulic railcar
5046
Bhm 4/8
Active Service
214 Passenger two-car unit. Built with Cummins small cam 855s, later re-powered with big cam 855s.
19
1975
Swiss Locomotive and Machine Works
Diesel hydraulic railcar
5047
Bhm 4/8
Active Service
214 Passenger two-car unit. Built with Cummins small cam 855s, later re-powered with big cam 855s.
20
1934
Manitou and Pikes Peak Shops
Gas railcar
Scrapped
A self-propelled work vehicle built in the shops in 1934. Its original Pierce Arrow engine was replaced by number 7's former 707 engine in the 1950s. Unit later received the number 20 and was scrapped in 1982. It was replaced in work service by a rebuilt unit 23.
21
1953
Manitou and Pikes Peak Shops
Snowplow
Scrapped
Built in house in the 1950s, powered by General Motors 110 engines. This rotary snowplow proved to be unsuccessful in clearing large drifts from the track and it was replaced with snowplow 22.
A train is a series of connected vehicles that run along a railway track and transport people or freight. Trains are typically pulled or pushed by locomotives or railcars, though some are self-propelled, such as multiple units. Passengers and cargo are carried in railroad cars, also known as wagons. Trains are designed to a certain gauge, or distance between rails. Most trains operate on steel tracks with steel wheels, the low friction of which makes them more efficient than other forms of transport.
A mountain railway is a railway that operates in a mountainous region. It may operate through the mountains by following mountain valleys and tunneling beneath mountain passes, or it may climb a mountain to provide transport to and from the summit.
A rack railway is a steep grade railway with a toothed rack rail, usually between the running rails. The trains are fitted with one or more cog wheels or pinions that mesh with this rack rail. This allows the trains to operate on steep grades above 10%, which is the maximum for friction-based rail. Most rack railways are mountain railways, although a few are transit railways or tramways built to overcome a steep gradient in an urban environment.
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The Mount Washington Cog Railway, also known as the Cog, is the world's first mountain-climbing cog railway. The railway climbs Mount Washington in New Hampshire, United States. It uses a Marsh rack system and both steam and biodiesel-powered locomotives to carry tourists to the top of the mountain. Its track is built to a 4 ft 8 in gauge, which is technically a narrow gauge, as it is 1⁄2 inch (13 mm) less than a 4 ft 8+1⁄2 instandard gauge.
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The Monte Generoso Railway or Ferrovia Monte Generoso (MG) is a mountain railway line in the Italian speaking canton of Ticino, in south-east Switzerland. The line runs from Capolago, on Lake Lugano, to a terminus near the summit of Monte Generoso. It is the highest railway in Ticino. The summit offers extensive views over the Lombardy Plain, part of the Po Valley, and towards the Alps.
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Barr Trail is a 13-mile (21 km) trail in the Pike National Forest that begins in Manitou Springs, Colorado and ends at the Pikes Peak summit. The high elevation trail with a long sustained grade is rated more difficult by the U.S. Forest Service. With a 7,800 feet (2,400 m) elevation gain to reach the summit, the Colorado Springs Convention & Visitors Bureau states that it is an advanced trail and is the most difficult trail in the Pikes Peak region.
The Vauclain compound was a type of compound steam locomotive that was briefly popular from the early 1890’s to the mid-1900’s. Developed by the Baldwin Locomotive Works, it featured two pistons moving in parallel, driving a common crosshead and controlled by a common valve gear using a single, complex piston valve.
The Manitou Springs Incline, also known as the Manitou Incline or simply the Incline, is a popular hiking trail rising above Manitou Springs, Colorado, near Colorado Springs. The Incline ascends on the east slope of Rocky Mountain which is itself on the eastern flank of Pikes Peak. The trail is the remains of a former 3 ft narrow gauge funicular railway whose tracks washed out during a rock slide in 1990. The Incline is famous for its sweeping views and steep grade, with an average grade of 45% (24°) and as steep as 68% (34°) in places, making it a fitness challenge for locals of the Colorado Springs area. The incline gains 2,011 feet (613 m) of elevation in 0.88 miles (1.42 km) horizontal. Currently the Incline has approximately 2,744 steps from the bottom to the summit, although the top step is numbered "2768". The number of steps changes occasionally with trail maintenance and deterioration.
Iron Springs, a neighborhood in Manitou Springs, Colorado, was an area named for one of Manitou Mineral Springs. The Manitou area had been frequented by Native Americans who considered it a sacred and healing place before European Americans settled in Manitou.
Englemann Canyon is a valley along Ruxton Creek, in Manitou Springs, El Paso County, Colorado. It is one of three canyons in Manitou Springs, the others are Ute Pass and Williams Canyon.
Fred W. Barr (1882-1940) ran a burro train business to Pikes Peak, but was known for his work blazing trails. He developed Barr Trail, built Barr Camp, and created other trails in the Pikes Peak area.
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