In 1966, Golfcraft of Escondido, California debuted a robot golfer whose job was to test new golf clubs and balls. They held a contest to name him, and after receiving over 1500 entries decided to call him "Mr. Analyst."
More details from the Long Beach Press-Telegram (Aug 21 1966):
The perfect golfer is Mr. Analyst, a robot whose job it is to scientifically test and analyze new designs and materials for golfing clubs. He works for Golfcraft, a manufacturing firm based in Escondido.
The robot is the answer to all those who have ever left a course in disgust, muttering something about that not being a fit game for man or beast.
Mr. Analyst is the product of the tinkering of William J. Glasson, a golfer who also has concluded, from time to time, that it was a game fit not for man or beast.
Glasson started toying with his mechanical monster while trying to figure out scientifically how to lower his five handicap on the links. At the time he had graduated from Massachusetts Institute of Technology and was working on the Falcon missile.
"The monster was still a crude thing then," Glasson reminisces, "mounted on a wooden tripod. And I had to crank it manually to get it to work. At first it would only hit the ball about 125 yards. But, after making several modifications and adjustments it started belting it 200 yards and I got excited about its possibilities."
At a recent demonstration, the robot showed graphically how it has been improved by socking balls one after another in low, screaming trajectories to a distance of 400 yards on the fly. Even that isn't the most amazing aspect of its skills. Its accuracy at this distance is what is truly amazing. All the balls landed within a circle only 15 feet in diameter.
image source: Offbeat Golf (1998) by Bob Loeffelbein
Glasson was granted patent no. 3,373,612 for his invention. His patent drawings show a non-humanized version of his machine.
1952: Finding that her golf ball had come to rest on top of a 10-foot python, Mrs. Bobbie Pritchard shot the python and then continued to play the ball from on top of the (now dead) snake.
I guess that taking a penalty and using a new ball was, for whatever reason, out of the question.
The golf course at the Pittsburgh Field Club features a 75-foot-high elevator that connects the 17th green to the 18th tee box. As far as I know it's the only golf course in the world that includes an elevator.
The original 18th hole at the Pittsburgh Field Club was a severely uphill 277 yard par 4 that played to the top of "Pike's Peak"; the site of the present day practice putting green. The hole was modified in 1930 but the strenuous, severe uphill climb for golfers was still there. Golf cars were unheard of and on hot summer days, the risk of fatal heart attacks was real. Tradition and anecdotes indicate that fatal heart attacks did occur and as a result, the final chapter of the hole was written in 1938. In that year, an elevator was erected beside #17 green which transported golfers up 70 feet to the 265 foot long bridge leading them to the newly constructed 18th tee at the top of the hill. The hole became a par 3 and remains that way today. The elevator ride to the top takes 39 seconds and still transports thousands of golfers every year.
Posted By: Alex - Wed Aug 16, 2023 -
Comments (5)
Category: Golf
We've previously posted about the 1951 case of Edward Harrison who accidentally killed himself when he swung his golf club against the golf cart in anger.
Below are two more examples of the same phenomenon.
Clearly, think twice before taking out your frustration on your club.
In 1926, Philip S. Kane of Pennsylvania received a patent for his "fuse ball" (Patent No. 1,583,721). It was a golf ball with a fuse. Before teeing off, you'd light the fuse, which would then start emitting smoke. That way, you could find the ball wherever you hit it, even if it landed in tall grass.
According to various media reports, while testing his ball Kane accidentally set a wheat field on fire, but I haven't seen any proof to back up that story.
Oct 1951: Edward Harrison died in a freak golf accident, by managing to stab himself in the leg with a broken club. As he lay bleeding to death, he screamed for help. "Two other golfers said they twice heard screams, but thought they were the cries of peacocks from a peacock farm."
Shaver's golf = a game to find out the smallest number of strokes with which you can shave your face.
Minneapolis Star - Aug 6, 1939
A useful aid for this game would be the "stroke-counting razor" invented by engineers at Gillette a few years ago. Using this tool, Gillette determined that the average man takes about 170 strokes to shave his face. So, in the game of shaver's golf, I guess that 170 would be considered par.
In 1989, a Canadian company tried to promote the idea of burying people at golf courses. They imagined that courses could add memorial walls made out of their patented "mod-urns" — hollow, cremain-filled building blocks that could be snapped together to make instant memorial walls.
A company rep argued that this could be "a potentially lucrative business for golf courses, who could pack in up to 50,000 new 'members' per acre."
The Valley of the Eagles golf course in the small town of Haines, Alaska boasts an unusual feature. It’s currently a nine-hole course, but due to the geological phenomenon of isostatic (or post-glacial) rebound, in a few decades it may be an 18-hole course.
Post-glacial rebound is the phenomenon of a land mass rising after the weight of a glacier has been removed from it. This is occurring in Haines, at a rate of about 0.9 inches per year, and because the golf course borders the water, it's steadily growing in size as it rises above sea level, exposing more land. The course has already doubled in size since the 1960s.
A demonstration that what is possible may not be what is practical.
Developed by nuclear physicist William Davidson in 1950, a small amount of radioactive material at the core of the atomic golf ball allowed it to be found using a Geiger counter, should it be hit into the rough. But there were a few problems with the concept:
1: The Geiger counter needed to be pretty close to the ball (within 5 feet) to actually detect it.
2: Not many people own Geiger counters.
3: Even though a single ball didn't pose much of a radiation risk, a bunch of the balls stored together would be a problem. So, it wasn't possible for stores to stock and sell these.
Paul Di Filippo
Paul has been paid to put weird ideas into fictional form for over thirty years, in his career as a noted science fiction writer. He has recently begun blogging on many curious topics with three fellow writers at The Inferior 4+1.