When did they put heaters in cars?

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We're all accustomed to turning on our car heaters during this time of year in Allston, MA, but can you imagine the days when vehicles didn't have it? The car heater is still regarded as one of the most famous experimental inventions considered most valuable today. In this blog, we will go over the brief history of car heaters and how it has been modernized throughout the years.

Car heater technology came about as early as ! A woman invented it by the name of Margaret A. Wilcox. She was born in in Chicago, and it wasn't until that she patented the car heater. Wilcox figured that she could make use of the engine's hot air by warming up the cabin - it was genius! Her car heating system was designed to direct the engine's warm air over to the cabin for warming the bodies of the wealthy of the 19th century. Many accepted her invention until it became somewhat of a safety hazard as people could not control the temperature. 

Developments Car Heater Tech Since Then

With the increase in technology, in , the industry saw cars equipped with windshields and glass windows. It helped shield people from the sun, snow, and rain. During this time, passengers still used the method of bundling up and bringing portable heating systems (gas lamps and lanterns) to stay comfortable. Big car companies recognized the dangers of depending on those portable heating systems, so they thought exhaust fumes could be used as an alternative. 

Several ideas sprung about in the early s, including a gas-powered heater; however, they soon became obsolete due to a new design that depended on redirecting coolant from the engine and using that for heat. It wasn't until the s when GM created what we know as the heater core. This vital component uses a radiator that gets hot coolant from the engine and propels heat into the compartment using a fan. It wasn't until the creation of the heater core and the technology for a temperature control system that gave us the perfect, ideal temperature inside our cars.

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With much of the United States and Canada recently in the icy grip of a polar vortex, and many regions experiencing sub-zero temperatures (that&#;s 0 degrees on the Fahrenheit scale, about minus 18 on the Celsius scale for you folks north of the border), it may be an appropriate time for a look into the history of car heaters.

The first motorcars, appropriately termed horseless carriages, were generally open, and like horse-drawn carts and wagons they had no protection from the elements. &#;Brass era&#; publications show advertisements for &#;automotive apparel,&#; i.e. heavy coats, gloves, and hats, as well as &#;storm aprons,&#; essentially ponchos big enough to cover all of the passengers.

You may note that Margaret A. Wilcox was the first to invent a car heater, and that&#;s true, in a manner of speaking. While she did patent a system that directed air through the engine, heating it, and then routing it to the passenger compartment, the &#;cars&#; her invention warmed were railroad cars, not automobiles. I suppose that conceptually it is the basis for the way early motorcars and later air-cooled automobiles pulled passenger compartment heat from heat exchangers on the exhaust system, but I doubt Ms. Wilcox ever saw an automobile before she filed her patent application. The system did warm railroad passengers, but it was relatively primitive. Without the system they froze; with it, they were roasted.

Depending on which source you read, it was either Cadillac in (or per some sources) or Hudson in that first introduced a fully-enclosed automobile. To keep warm, early motorists did what they had done with animal-powered conveyances; they would preheat bricks or soapstone on the oven at home and place them in dedicated hotboxes inside the passenger compartment.

If you think heated steering wheels are a modern accessory, you might be surprised to know that some early electric car builders wrapped heating elements around their steering wheels.

An improvement over hot bricks was the introduction of portable coal-burning heaters, made of galvanized iron with asbestos linings and brass handles for portability. A purpose-manufactured brick of coal (or charcoal) was placed in a drawer in the heater after it was prepared for use in a live fire, presumably a wood- or coal-fired oven at home. After the flame died down, the hot coals were said to burn without odor or smoke. Fortunately, even though automobiles were being enclosed, they weren&#;t very airtight, so perhaps carbon monoxide from the burning coal wasn&#;t an issue. One brick was said to be able to heat the passenger compartment for several hours. When heat was no longer needed, the hot coal could be doused with water and reused later.

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Such portable heaters required preparation ahead of time as well as moving the coals and heaters in and out of the cars. On-board heaters would be much more convenient. Since many early automobiles were air-cooled, attention was given to recovering waste heat from the exhaust system. At least as early as , exhaust gas heaters were sold as automotive accessories. As seen in a period advertisement, one of those designs incorporated a metal jacket around the muffler through which air could be heated and supplied to the passenger compartment via grates in the floor.

In some cases the cabin was heated passively, through convection, and in other cases air was forced through the system, either with an air intake funnel behind the engine fan or actively with an electric blower. A more sophisticated heat exchanger design routed the exhaust gases through bundles of tubes. Heat could be controlled in very rudimentary fashion with valves whose handles were typically mounted on the car floor. Those valves controlled the flow of exhaust gas through the heat exchangers.

As an aftermarket accessory, these early heaters were not very practical. They were hard to retrofit into existing passenger compartments, and sometimes leaked exhaust into the cabin, causing some deaths due to carbon monoxide poisoning. A safer way of using the engine&#;s waste heat was with manifold heaters, popular with Ford Model A owners. A cast iron duct routed air over the exhaust manifold and into the cabin via a port in the firewall. Enough Model As are still on the road that manifold heaters are still being made, though now they are made of aluminum.

In , after it introduced V-8 power for the masses, Ford developed an in-dash heater for those cars, though it still used exhaust as a heat source. Constructed like steam boiler, hot exhaust was directed into two dozen 13-inch-long flues around which flowed fresh air. The outlet of the heater was installed in the dashboard in front of the passenger. A button at the driver&#;s feet regulated the heat via an intake valve upstream of the flues.

None of the early exhaust-based heaters had provisions for mixing fresh air with the heated air, so in , Ford had Novi Equipment develop an integrated manifold heater that could mix the heat with fresh air.

Also in the mid-s, General Motors&#; Delco division developed a clever heating system that duplicated the steam radiators used to heat many homes and buildings. A boiler was located at the outlet of the muffler. The boiler was charged with a very small amount of water, just one ounce, so when the car was started, the heat from the 900°F (482°C) exhaust gases would immediately vaporize that water into steam, causing it to rise into the heater core where an electric fan would blow the heat into the cabin. From the heater core, the steam pipes routed the water vapor through the car&#;s radiator to condense it back to water.

If you are wondering why the auto industry didn&#;t use the hot water in the cooling systems of water-cooled engines, that&#;s because exhaust-based heaters could discharge heat at a quite toasty 200°F (93°C) and exhaust gases are hot as soon as you start the engine, unlike engine coolant that has to heat up. However, by the mid s, water pumps and thermostats had gotten reliable enough at regulating engine temperature to allow for hot coolant to be used to heat the passenger compartment. The first coolant-based heaters were aftermarket devices, and it wasn&#;t unusual for owners to transfer their heaters when they replaced cars.

In the winter of -28, A.B. Arnold fabricated a prototype hot water heater for the Ajax car owned by another Arnold whose initials were also A.B., Arnold B. Modine. Modine had founded Modine Manufacturing in , first making the Spirex-branded radiator for tractors and then supplying Ford with the Turbotube radiator for Model Ts. Incidentally, it was Modine Manufacturing that built the first vehicular wind tunnel in , to test radiators and car heaters.

Modine attributed his success to his insight that the key to managing heat in liquid-cooled engines was focusing on heating the air passing through the radiator, rather than concentrating on lowering the temperature of the coolant. A.B. Arnold took a honeycomb heater core, mounted it under the dashboard and plumbed it into the engine cooling system so that the hot coolant flowed through the core on its way to the radiator, where it would be cooled. The system impressed Modine enough that he started to manufacture it to sell to automakers.

The Trane and Fedders companies, which you may recognize as makers of HVAC equipment, joined Modine in selling hot water-based car heaters, as did brands like Arvin and Ha-Dees (back in the &#;30s, it was much more polite to say &#;hades,&#; than, &#;hell&#;). Major retailers like Sears and Montgomery Ward also sold aftermarket hot-water heaters. As with the Ford manifold heaters, you can buy reproductions for your period-correct restoration.

General Motors got into the picture with coolant-based heaters designed by Carl Darrah at Harrison Radiator Division, and in they introduced a heater for the rear passengers built into a footrest. Modine introduced a similar footrest design that was one of the first to mix fresh air from outside the car with the heated air. In , A.B. Arnold also addressed the issue of fresh air by ducting heated air from the cowl ventilator on a Ford V-8 to the heater core mounted behind the instrument panel and then routing it from the heater core to the windshield, thereby apparently inventing the defogger.

In , Nash added cabin pressurization to the mix. Filtered air was forced into heater and then to the passenger compartment, creating slightly higher air pressure inside the car. This prevented cold air from seeping in through various routes into the cabin.

It should be noted that with all of those advancements, most automakers did not offer heaters as standard equipment. It wasn&#;t until that hot water-based heaters became standard equipment on General Motors cars (well, except for the air-cooled Corvair, which had air forced over heat exchangers built into the exhaust system, similar to air-cooled Volkswagens and Porsches), and it wasn&#;t until that automakers stopped making heaters optional equipment. Newly-adopted Motor Vehicle Safety Standards required some kind of heated windshield defrosting system and the only way to do that was making heaters standard.

Owners of some of those air-cooled VWs, as well as over-the-road truckers, might be familiar with another heating system. In the late s, the Stewart-Warner company developed a gasoline-burning passenger car heater and in the early &#;60s. Working with GM&#;s Harrison division, they developed a gasoline-fired heater for the Corvair. Essentially a self-contained furnace, it delivered near-instantaneous heat in ample quantities. Stewart-Warner&#;s Southwind brand advertised them as heating up within 90 seconds. S-W sold them for Volkswagens, as did Germany&#;s Eberspacher. Nothing will warm the inside of a car faster than a gas-fired heater. Over-the-road truckers have used similar gas-fired heaters to keep their sleeper compartments warm without having to idle their engines for hours.

Developments like air conditioning and automatic climate control followed, and perhaps when the weather heats up this summer, we&#;ll take a look at the history of automotive A/C (short form: Packard, ). But in the meantime, if the weather outside is frightful, but inside your car it&#;s still delightful, you can thank folks like A.B. Arnold, A.B. Moline, Carl Darrah, and maybe even Margaret Wilcox.

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