A Farm Boy With Mechanical Ideas
The stories of inventors are often told backwards. We begin with the successful object, identify the person credited with making it, and then look for signs that the invention was somehow inevitable.
Walter Redpath’s story is not so tidy.
A family account preserved through his granddaughter, Ruth Redpath Kitchen, places Walter’s beginnings on a farm along the Fifth Line of Otonabee Township, near Keene. The Redpath family reportedly settled in the area in 1820, and descendants remained nearby for generations. Walter was remembered as a young ‘tinkerer and metal worker’ who left the farm in his teens and moved west to Omemee.
That recollection gives us a way into Walter’s early life, but it also shows how easily ordinary working lives disappear from the record. We do not yet know who taught him to work with metal, whether he served a formal apprenticeship or which machines first caught his attention.
We do know that a nineteenth-century farm offered no shortage of mechanical problems.
Farm families relied on tools and machinery to clear land, cultivate soil, harvest crops, move materials and care for livestock. Equipment wore out. Wooden and metal parts broke. Replacements were not always close at hand. The ability to repair, adapt
or improvise could save both time and money.
We cannot attach a particular skill to a particular machine without evidence. Still, the questions are worth asking. Was the farm Walter’s first workshop? Did a broken tool invite him to understand how its parts worked together? Did repair come before invention?
His later career suggests someone repeatedly drawn to practical problems. He worked with foundry equipment, agricultural machinery, fire engines, furnace technology and gasoline engines. His patents moved from smoke control and furnace grates to the design of an internal-combustion engine.
The Messenger can make Walter’s career look more narrowly automotive than it was. He did not wake up one day and decide to build a car. The automobile followed years of thinking about heat, fuel, motion, metal and machinery.
When Walter left the Fifth Line for Omemee, he moved beyond the family farm but not beyond its practical problems. In Omemee, those problems became the daily work of a foundry and machine shop.
This is where Walter Redpath’s story enters what is now Kawartha Lakes.
Township of Otonabee, detail from County of Peterborough, Miles & Co., 1879. Courtesy of McGill University Library and Archives, Rare Books and Special Collections.
WHERE DID INVENTION BEGIN?
We know what Walter Redpath eventually built. We know far less about how he first learned to make, repair and improve machinery. Census records, land records, family papers and local newspapers may yet help us reconstruct those formative years.
An Omemee Machine Shop
When Walter Redpath arrived in Omemee, he found a village that needed people who could build, repair and adapt machinery.
The Omemee story did not begin with Walter. It began with James Evans. In the spring of 1874, Evans acquired an old distillery site and began building an agricultural implement works. The Canadian Post anticipated that the business would employ eight to twelve men and give local farmers a place to purchase and repair implements.
The site offered something essential: water power. A small stream could be dammed to operate machinery. Before electrical power was readily available, manufacturers had to think about access to customers, roads and raw materials—and about how they would make their machines move.
The business grew quickly enough to require a larger site. In January 1879, Evans purchased property from W.S. Cottingham at the southwest corner of King and Mill Streets, near the west bank of the Pigeon River. A substantial red-brick factory was erected there that
spring.
The Omemee Foundry at King and Mill Streets. This detail from a fire-insurance plan identifies the machine shop, moulding shop, pattern shop, foundry, paint shop and associated water-power infrastructure. At the time represented by the plan, the operation was identified as the Omemee Foundry of James Evans.
Walter became Evans’s partner as the business developed. We have not yet confirmed exactly when or on what terms, but by the 1880s the operation was publicly known as the Evans & Redpath Foundry and Machine Factory.
The word foundry tells only part of what happened inside.
In the moulding room, workers used patterns to form cavities for molten metal. Once the castings cooled, they moved to the machine shop, where lathes, drills and other equipment shaped their working surfaces. Upstairs, other workers made wooden components.
One building brought together pattern-making, moulding, casting, machining, woodworking, assembly and repair. Every finished machine represented many kinds of skill—and many hands, not only the name on its plate.
Making the machinery was only part of the challenge; the factory also needed power. Steam drove its equipment in the early years. In 1883, a frozen blow-out pipe burst when hot water reached it, filling the building with steam and water and frightening the people inside. According to the newspaper, production resumed that afternoon.
In 1893, Evans arranged to install a 35-inch turbine at the west end of the nearby mill dam. Through shafts, gears and pulleys, water power was transmitted from the dam to the machinery in the factory about a block away. The system illustrates the kind of mechanical environment in which Redpath worked: power had to be captured, transferred and controlled long before a finished implement could leave the shop.
The foundry belonged to Omemee in more ways than employment alone. It answered practical local needs. Farmers could purchase, repair or adapt machinery nearby. Businesses and municipalities could have metal or wooden components made without sending the work to a distant industrial centre. Fire engines built there eventually served communities beyond Omemee.
This was not an automobile factory. It was, however, a place where people worked every day with casting, machining, power transmission, mechanical design and problem-solving—the same industrial world from which the motorcar emerged.
The Messenger came later and was built elsewhere. The Omemee foundry shows us what came before it.
Evans & Redpath’s Foundry & Machine Factory, drawing by C. Hillier Williamson. From Omemee: Mississauga Camp Site to Ontario Village (2000 combined edition), No. 100.
Making What a Community Needed
A foundry survived by solving problems people actually had.
Around Omemee, that meant agricultural implements, replacement parts and skilled repair work. A broken component could stop a farm at exactly the wrong moment. Local access to a foundry and machine shop mattered.
But a growing village needed more than farm machinery.
Fire was one of the most serious threats facing nineteenth-century Ontario communities. Buildings stood close together, many had wooden siding or shingle roofs, and heating, lighting and industrial work all involved open flame or combustible materials. A single
structure fire could spread rapidly through a commercial block or across a village.
Before motorized fire trucks, many communities relied upon buckets, ladders, hooks and manually operated pumps. An Evans & Redpath hand fire engine was mounted on a wheeled cart that could be pulled to the scene—initially by people or horses. Large folding handles operated the pump. Several people worked those handles up and down while another person directed the hose.
The machine did not eliminate the need for communal labour. It organized and amplified it.
A source describing a surviving Evans & Redpath engine indicates that two people could stand on each side of the pump handles. The machine’s hose reel was mounted at the front, and its pumping handles folded inward when it was being moved through the streets.
Water still had to be available from a well, cistern, river or other nearby source. The engine then allowed the crew to direct that water with more force and control than a bucket brigade could provide.
The machines developed a reputation beyond Omemee. In April 1895, the Canadian Post reported that Woodville had purchased an Evans & Redpath hand fire engine and that two other villages were considering doing the same. The report also cited favourable testimony from the secretary of the Fire Underwriters in Toronto concerning the engine’s pumping power.
“Fire Engine,” “Omemee,” The Canadian Post (Lindsay, Ontario), April 12, 1895, p. 1.
Later local histories identify Evans & Redpath equipment with several Ontario communities, including Oakwood and Bobcaygeon. An engine recorded as belonging to the Oakwood Fire Department was modified in the twentieth century by mounting it on a Model T chassis, making it easier to transport behind a motor vehicle. That adaptation changed the way the engine travelled without changing the human power required to operate its pump.
That adaptation connects two stages of Walter Redpath’s mechanical story. A hand-operated fire engine made in Omemee was eventually carried on the chassis of the automobile technology he later helped develop.
A question about Omemee’s first engine
Omemee’s own fire-engine story still needs some untangling.
After fires destroyed local mills, village council voted in 1877 to purchase a small hand fire engine, hose and couplings for $42. The surviving council language identifies it as one of “Mr. Hamilton’s” small fire engines. Later accounts associate Omemee’s historic
hand engine with Evans & Redpath.
We should not yet assume those two references describe the same engine.
Omemee may have purchased more than one engine. Equipment may have been replaced or modified, or a later retelling may have connected a surviving engine to the village’s best-known manufacturer. Municipal minutes, inventories, newspapers and any surviving maker’s marks may yet give us an answer.
What is firmly supported is that Evans & Redpath manufactured hand fire engines in Omemee and sold them to other Ontario municipalities.
More than a manufacturer
A fire engine became useful only when a community organized people around it.
Omemee acquired an engine before it had an established fire company. In 1878, council offered assistance to residents willing to organize one. The following year, a committee calculated the cost of equipping a hook-and-ladder company with ladders, axes, hooks, poles, rope, buckets, chains and a wagon.
The machine belonged to a much larger community system. Someone had to raise the alarm, bring the engine and find water. Crews pumped, managed the hose, climbed ladders and sometimes pulled apart a burning structure to keep the fire from spreading.
Read this way, an Evans & Redpath engine connects:
- Local manufacturing
- Municipal decision-making
- Volunteer organization
- Changing fire-safety practices
- The physical growth of Ontario villages
- The shared responsibility of protecting a community
This is why it is never just an object.
A fire engine tells us what people feared, what they were willing to fund, how they organized themselves and how a local business responded to a shared problem.