Showing posts with label crankstart. Show all posts
Showing posts with label crankstart. Show all posts

Sunday, January 18, 2026

Winton, the topic of the day (so far) came up with a compressed air starter, and the tank of compressed air was able to double as a reservoir for inflating tires


 Winton's compressed-air starter enabled advertising of “The Self-Starting Winton Six-Teen-Six”. 

That starter system also enabled Winton, from 1911, to offer tire inflation using the same compressed-air reservoir.

Until 1911 there were only a handful of self starting cars that didn't require grabbing a crank handle, and Winton and Chalmers both used compressed air systems. In 1912, 60 manufacturers were including a self starter in their equipment lists, but only two were electric

In the Jan 1912 Automobile Magazine the variety of starters was listed as acetylene gas, electrical, compressed air, spring and lever starters


https://www.delcoremyhistory.com/images/Moments%20in%20Time/Starter%20Types%20Automotive_Industries%20Jan%201912.pdf  for the details on how the systems worked

https://www.thesahb.com/snapshot-467-1908-winton-six-teen-six/

For a great article on how the first cars were made, written by the first American car maker, enjoy the information in the Saturday Evening Post article by Alexander Winton, who sold cars in 1898


Above, the 1st car Winton made went on it's first outing with a five-mile run from the Winton works to the main square in Cleveland and back carrying five passengers

On radiators:

 These cooling devices were nothing more than banks of tubes through which water could flow. 

During summer months, after school and on Saturdays, we used to have boys come in and string tin washers on tubes. When the washers were all in place we would dip the tubes in solder so as to make them one part.

On customer service:

One day I received a frantic letter from a Brooklyn doctor who had purchased one of my cars.

A few days later I was standing in his barn, looking at the machine, which, he said, wouldn’t run.

I examined the gas tank. It was all right. I looked over the spark plugs. Tested the batteries. Got down under the car and stared up underneath. Everything seemed all right, so I went around in front and spun the motor.

Finally I ran my fingers under the mixer.

Then I broke in on the physician’s sarcastic twitterings with this question: “Why did you plug the hole in the bottom of the mixer?

“To keep the gasoline from leaking.”

It was my turn to be sarcastic. "It happens that gasoline has to be mixed with air before results can be obtained.”

I punched another hole in the mixer, drained off the gasoline which had flooded the cylinders, put the fluid back in the tank, turned the crank, and started the motor.

That was one thing we pioneers in automobiles had to do that presidents of companies miss today. We had to give personal service to our customers. Many times I have piled out of bed on a winter’s night to aid a stranded driver. A good many times, too, I left my telephone receiver off the hook so I could get some sleep.

The air starter:

It came about in a simple way. I was looking at a car one day when one of my men came along and began cranking it. The motor was cold and it was hard work.

“Next year we are going to equip our cars with starters,” I told an associate, standing with me.

“You mean so cars won’t have to be cranked?”

“Yes.”

I went inside, made a drawing of the idea that had come, built a mechanism that could be operated by pressing down a foot, and we had the starter
 that took the pressure from the cylinders, stored it in a tank, and kept it ready for use. This air starter was the forerunner, in a sense, of the present electric starter.

For the rest of his article, as I only want to show a couple examples, read 
“Get a Horse,” The Saturday Evening Post, February 8, 1930  https://www.saturdayeveningpost.com/sep-keyword/winton-motor-carriage-company

FYI, the 12th car was sold to someone who was very upset, and for the first time in automotive history, but not the last, the legendary phrase "then why don't you build a better car?!" and James Packard did. 

Monday, May 16, 2022

there aren't many times I've seen anyone start a car with something like this..

I've seen dragsters started with a portable starter attached with welding cables to batteries, which prevents that dragster from having to have a starter on it, and the wiring, starter relay, etc. 

I've seen drag strips with roller starters, I've seen dragsters push started, and I've even started a a car with a dead battery by getting it rolling and popping the clutch, and I've seen tractors started with the ol hand crank... but I haven't seen a rig like this in action until now

Tuesday, September 20, 2016

the step between hand cranked starting and electric starting, for a 1913 Pirece Arrow, was a compressed air powered starter system



The 1913 cars also had a self-starter of the compressed air variety.

The 1913 cars, known as Series One, had grown from the 1910 versions. The 66-A-1 was mounted on a 147 1/2 inch wheelbase. The engine in the 66 had also grown to a 5x7 bore and stroke. This pushed the displacement to 824 cubic inches, the largest production automobile engine ever made.

https://www.pierce-arrow.org/history/history3.php

The compressed air tank was under the right side, and the air starter system pumped compressed air was into the cylinders to move the pistons and turn the engine.

http://www.conceptcarz.com/z18227/Pierce-Arrow-Model-38-C.aspx

Monday, January 12, 2009