In 1953, Bob Walker turned seven years old and received a Christmas gift he would never forget. His dad, Max Walker, had really outdone himself. The full-time farmer had put in many hours, after long days on the family farm, to give his son a child's dream - a miniature model Caterpillar. The miniature Caterpillar, later known as the Power Track, was originally powered by pedaling, and then later driven by a 4HP Kohler engine. The Power Track brought hours of enjoyment around the farm for Bob, Ruth, Dean and Nina Walker, but it also served as a powerful demonstration of Max's gift for equipment design.

As a fan of track vehicles like the Caterpillar (Max is shown here in front of one), Max refined the Power Track and it was shown at the Kansas State fair in the late 1950s, receiving quite a bit of interest. There was initial discussion about making the leap into the manufacturing business, but a limited set of tools, equipment, materials and capital prevented any such move at the time. With the experience of the Power Track and the State Fair behind him, and even though he was still farming full time, it soon became evident that Max was moving on to bigger and better things.

Max's design capabilities were noticed by a salesman friend, who suggested there might be a market for a gasoline-powered golf car. At the time, the batteries in electric golf cars would sometimes be unable to finish an entire round of golf. Max, even though he had no interest in the game itself, designed the Walker Executive Golf Car. The first of its kind, the Executive provided golfers with dependable transportation. The car was well received and production began. The first units were made in the farm shop with a hacksaw, cutting torch, electric welder and other hand tools. One of the more unconventional tools used was the fork in a Mulberry tree—Max would use it to make radial bends in frame tubing.

In addition to facing the ongoing challenges of research and development for the golf car, Max still worked full time on the farm while producing golf cars late into the night. In these early years other manufacturers tried to imitate the Walker design, but in this case, they failed to copy a critical component - the driveline. Another unique and coveted feature of the golf car was the tilt-up body. In 1960-1961, a 48' by 80' factory was built about 100 yards from the farmhouse. As the battery life on electric golf cars started to increase, so did Max's interest in getting into a more suitable product and market. The golf car project lasted until 1963 when the patents were sold to a group in Salina, KS. Approximately 1,000 units were eventually produced.

Designed because the golf car was a seasonal product with a rather narrow market, the Power Truck offered year-round production potential and provided more market opportunity. The Power Truck was designed as a run-about vehicle for industry, but some were used for such diverse tasks as mail and pizza delivery. Later, it was adapted for use as a floor scrubber for factories and U.S. Navy aircraft carrier decks. At home, a young Dean Walker was using his Power Truck as a project vehicle and as his main form of transportation. Modified with a special exhaust system, a manual transmission and painted blue, it could often be spotted zipping around Fowler. It appeared that Dean had inherited his dad's gift for engineering.

Financial limitations and a lack of local industrial suppliers drove the company to relocate to Casper, Wyoming. The company was sold to several investors at this time. The new company maintained the name Walker Manufacturing and continued to build the Walker Power Truck. Max stayed on as an employee with no management authority or input, and worked in the area of product development. The company was not well managed, which drove it into financial difficulty. The company eventually closed after several years of manufacturing the Power Truck. Max found himself unemployed, and had nothing to show for all of his years of hard work.

In Casper, having found a job welding steel building frames for $2/hour, Max was approached by a Greeley, Colorado company (Byco) to develop an agricultural tractor cab cooler. After designing the cooler, he sold the plans and patent rights to Byco and was able to raise enough money to buy back the shop equipment from the bank (lost by the company's new owners). Some of this equipment was original and had been purchased back in Fowler. Byco, in turn, gave Max a contract to manufacture the coolers. Dean assisted in developing tooling and welding fixtures in preparation for the 1972 summer production schedule. Manufacturing went well in Casper at the Walker Manufacturing facility, a former bakery building.

Byco urged Max to move the manufacturing operation closer to Greeley, because supplier materials for the project were mostly coming from Colorado. In the fall of 1974, Walker Manufacturing moved to Fort Collins. Bob joined the company in January of 1975, and Dean joined in June of the same year. Walker Manufacturing settled into a brisk business. Between forty and fifty coolers were manufactured per day, with a per unit revenue of about $30. It was not much income, but it was paying the bills when the lawn mower development project began in 1977. During the 11-year period of cooler production, approximately 70,000 coolers were built. The cooler contract ended in 1983, and the lawn mower project was well underway.

After buying two rear-engine riding mowers to mow their personal residences and finding them cumbersome and slow, the Walkers went to work to design and build a lawn mower that was fast, easy to operate, and would deliver a beautiful cut. The result was a compact tractor with a pre-manufactured deck and an 11HP engine.

In 1978, because improvements were needed in steering and grass handling, a second prototype was built that incorporated different steering ideas and integrated a blower into the main chassis design. In 1979, a third prototype was built to incorporate hydrostatic transmissions, an 11HP engine and an increased deck size that was Walker's own design with a dual-timed blade system with a gearbox drive.

The third prototype mower was shown at fairs and agricultural shows in 1979 and drew positive feedback. In 1980, the decision was made to build the first 25 machines. It was an arduous task, but weld fixtures and hand tooling were completed. Dean and a handful of employees from the cooler business hand built the machines late in the year. In 1981, no mowers were produced, but the few that remained from the 1980 build were sold. Around this time, Max and his wife, Margaret, began to drive around the United States to demonstrate the mower. While on one trip ending in Florida, Max received two orders for a total of 100 tractors, so they came home, ready to get to work. In 1982, one hundred and twenty five mowers were produced.

Walker first attended a national power equipment show in September 1981, and national marketing was undertaken in 1982. Throughout the 1980s, it became evident that the original ideas of a maneuverable, compact mower offering a superior cut would be well-received by commercial cutters and discriminating homeowners alike. The advantages of the out front design emerged quickly as different attachment ideas surfaced. These included a snowblower, rotary broom and a dozer blade. Walker's 1988 introduction of the enclosed gear axle came far ahead of other ZTR competitors. Engine improvements made in the 1980s included the use of Walker's first commercial-grade engine, the 16HP Kohler Magnum.

Toward the end of the decade (February 20, 1989), 33 employees built the 5,000th Walker Mower. Walker Mowers were now being sold around the United States, into Australia and New Zealand and throughout Europe.

The early 1990s brought the introduction of compact V-Twin and diesel engines, and Walker took hold of both ideas with the design of the Models MT (Twin) and MD (Diesel). Electronic Fuel Injection (EFI) for small engines emerged in the late 90's and was introduced into the Walker Model MT. All these improvements were made while virtually maintaining the same compact size of the original mower design. Deck sizes and tractor options have also expanded over the years. In 1990, the company moved into a new 76,000 square-foot facility without losing a single day of production (12 mowers a day were built at the time). In 1994, a 40,000 square-foot addition was added to the factory, making the production floor a total of 100,000 square feet.

By 1991, Walker Mowers were being well-received on a global level, and distribution was established to give support through servicing dealers. On February 28, 1991, Walker's 50 employees built the 10,000th Walker Mower.

The demand for Walker Mowers increased substantially in the mid-1990s. Many new relationships were developed with distributors, dealers and customers. Walker's 85 employees built the 25,000th Walker on January 6, 1996.

Significant product improvements were implemented in the late '90s, including the launch of tilt-up decks in 1995, a power dump feature in 1996, a 9.5-bushel catcher box in 1997, and EFI engines in 1998. As the century drew to a close, enhancements also included an upgraded seat and low-profile tire options.

In the summer of 2000, to celebrate the production of the 50,000th Walker Mower, 1750 Walker "Family Members" from around the world joined Walker Manufacturing employees at the Walker Mowers Family Reunion in Fort Collins.

The 2002 factory expansion enhanced manufacturing floor capacity to 200,000 square feet, featuring a state-of-the-art powder coat finishing system and an inventory racking system that accommodates over 1,000 machines. This expansion also brought several product improvements, including larger side discharge decks, the original Perfaerator, the Model W (walk-behind), and the first Hi-Dump. A significant design innovation was the introduction of the Model B in 2004, which provided a dedicated non-collection platform using side discharge or mulching decks while retaining the benefits of a front-mount deck design.

In the mid-2000s, Walker introduced factory enhancements such as a set of laser cutting machines, an automated material storage system, and the first robotic welder which quickly paid off as demand for Walker Mowers surged. During the late 2000s, new products were launched, including the first reverse rotation deck (52” GHS) and the Model MBS (now known as the Model H).

The company continued to grow, and in five short years (2000-2005), another 25,000 mowers were produced. Walker's 135 employees celebrated the production of mower 75,000 on February 14, 2005.

Walker Mower tractors and decks are built and sold separately. Walker's deck total production number was growing faster than the tractor number, and on April 5, 2006, mower deck 100,000 was built. The company had 149 employees when this milestone was reached.

Walker enjoyed excellent growth throughout the decade, producing 25,000 mowers. 2250 Walker 'Family Members' from around the world came to celebrate the 100,000th mower with Walker's 175 employees at the Walker Family Reunion II.

On September 19, 2011, company founder Wesley "Max" Walker passed away, leaving behind a legacy of honesty, hard work, and a genuine commitment to caring for others. Colleagues remembered Max as a servant leader, a friend, and a devoted follower of the Bible. His entrepreneurial spirit was evident, yet he always acknowledged the Lord as the source of his blessings, talents, and strength. Following his passing, Walker Manufacturing continued under the leadership of Max's two sons: Bob, who managed the business, sales and marketing areas, and Dean, who oversaw product development and manufacturing operations.

In 2010, Ted started working for Walker as a compliance engineer, and the following year Ryan joined Walker to help in business development. Both Ted and Ryan worked in a rotation through the business to gain a deeper understanding of operations and the company. As the 3rd generation of Walkers, and under the guidance of their father, Dean, and uncle, Bob, Ryan focused on marketing and sales, while Ted, with a background in engineering, concentrated on product development and manufacturing.

Updated tractor designs were introduced during this time, including the S14 and the introduction of our highest horsepower tractor ever; the H38i in 2016. The current Walker branding was also introduced in 2014 that used a combination of legacy and updated techniques.

In May 2016, Margaret Walker, the co-founder of Walker Manufacturing in partnership with her husband, Max, passed away at 92 years of age. Margaret was an instrumental and integral part of the founding and development of the company starting in the late 1950s on the family farm in Fowler, Kansas. When the mower project started in 1977, she was active with Max on many trips around the United States to show the mower. She was a secretary, office administrator, bookkeeper, and a faithful homemaker, raising four children. She is remembered as a steady and strong lady of dignity, grace and style.

On July 13-15, 2018, the third Walker Family Reunion was held, as the company celebrated the production of the 150,000th mower and its 40th year of manufacturing mowers. Over 2500 guests from the United States and nine other countries were on hand for the celebration.

The second decade of the 2000’s saw numerous product launches, including the Model R (designed for residential use), the B27i (a high-production EFI version of the Model B), and the Multi-Deck, Walker’s first convertible deck allowing both collection and side discharge. Introduced in 2019, another key addition was the TOPS (Transmission Oil Performance System), which improved drivetrain protection and performance in the Model 7 hydrostatic transmissions.

In 2020, Ryan Walker was appointed President, and Ted Walker was moved into the role of Vice President of Engineering. The family also continued the transfer of ownership to the third generation, while Bob and Dean continued to show up every day and provide immense leadership and guidance, mentoring both seasoned and new leaders at Walker.

In 2021 and 2022, significant investments were directed toward enhancing the factory's fabrication and metal handling capabilities. A new Bystronic laser cutting system with automated material storage, handling, and robotic picking was installed, along with an automated bend cell for unmanned, high-volume press brake bending, and a horizontal bending machine. A CNC ironworker and material handling crane were also added to the factory.

Another highlight around this time was Bob’s completion of his book, The Walker Way. It is an inspiring and candid journey of the Walker family from rural farming to manufacturing and the lessons learned along the way.

Product improvements have continued in recent years with the introduction of the next generation Model C23i. The foot pedal deck height adjusters for Walker decks and a variety of improved add-ons and updated decks have continued to extend the Walker line and value of the Walker brand.

In August 2024, Walker completed the acquisition of the “Light Duty” transmission product line from Danfoss. This acquisition includes both the Model 7 and Model 11 hydrostatic, variable displacement pumps and transmissions products. This strategic move empowers Walker to enhance quality, address design improvements, and secure a reliable supply for its customers.