Remembering the Ryan Express
"God gave Nolan the ability to throw a baseball faster than anybody else."
--Phil Garner, former Astros teammate
The recent rant from Joe Morgan regarding radar gun readings while watching Detroit Tigers rookie fireballer Joel Zumaya placed a spotlight on measuring the speed of fastballs and recognizing the fastest of the fastest. It's a debate for the ages, covering legends Walter Johnson, Bob Feller and Nolan Ryan and continuing to a seeming glut of would-be fastball kings in the game today.
"Who throws the fastest?" and "How fast does he throw?" are questions that undoubtedly date to the origins of the game. Baseball Almanac put together an interesting chronicle of "The Fastest Pitcher in Baseball History." The article details a variety of tests to measure fastballs over the years, with Johnson's recorded at 134 feet per second or 91.36 miles per hour. Feller's 98.6 mph entry was achieved using a speeding motorcycle. But Rapid Robert claimed to have been clocked as high as 107.9 in a 1946 demonstration.
One of the most famous of the fastball documentation events was Nolan Ryan's official "clocking" at 100.9 MPH in 1974. As the oldest son of George Lederer, the California Angels Director of Public Relations and Promotions, I had an opportunity to play a small role in the event.
As the summer of 1974 wore on, the Angels fell ever deeper into the American League West cellar. Attendance figures were taking a similar dive, as weeknight crowds often fell short of 10,000. What's a team to do beyond the scheduled bat nights and ball nights?
In this case, the attention was focused on their 27-year-old budding superstar, Nolan Ryan.
Acquired from the New York Mets in December 1971, Ryan quickly became known as a strikeout king, recording 329 in 1972 and breaking Sandy Koufax's major league record with 383 in 1973.
"He threw the ball harder than any pitcher I ever saw, including Sandy Koufax."
--Frank Robinson, fellow Hall of Famer and Angels teammate in 1973-74
Interest in the Ryan phenomenon was increasing and his fastball was quickly becoming legendary. Players generally agreed that Ryan's fastball was the fastest of active pitchers. With that acclaim, the natural questions were "How fast is fast?" and "How does Ryan's fastball compare to the legendary fastballs from bygone eras?" Measuring the speed of a Ryan fastball would be the only solution.
At the virtual dawn of what we now recognize as an era of tremendous technological advances, the answer was found just five miles from the then Anaheim Stadium. Dad discovered a team of scientists at Rockwell International -- a part of the aerospace industry that defined much of the Southern California landscape in the post-World War II era -- had developed a sophisticated but untested device that had the potential to accurately measure the speed of a Nolan Ryan fastball.
In August, as the quest to make an official clocking of Ryan's fastball was developing behind the scenes, Ryan was adding to his legend on the field. Following a 30-day period in July when he totaled 57 2/3 innings, Ryan began an incredible streak on August 7 in a game against the White Sox in Chicago. He entered the ninth inning seeking to throw his third career no-hitter but lost it and the game as the Sox managed three hits to produce two runs and a 2-1 victory. His 13-strikeout performance was followed by games with strikeout totals of 19, 9 and 19 -- 60 strikeouts over a stretch of four starts.
"He's faster than instant coffee."
--Hall of Famer Reggie Jackson (13-for-62 with 22 SO vs. Ryan)
Meanwhile, on an asphalt parking lot at the Rockwell International facility in Anaheim, the Rockwell engineers sought to test their device in a dry run before taking it to the stadium for an upcoming Ryan outing.
My father arranged for Angels catcher Charlie Sands, a disabled list victim for much of August, to assist in the test by catching a 22-year-old lefthander whose fastball would be the subject of the trial procedure. I was that lefthander. Although I had enjoyed success as a pitcher -- my high school career ended by winning the Southern California large schools championship and I played a summer for the Anchorage Glacier Pilots, a collegiate league team that included future major leaguers Randy Jones, Craig Swan, Jim Crawford and Bruce Bochte -- I was two years removed from my last competitive season.
Following a sufficient warm up on the moundless parking lot, the engineers announced that they were having trouble getting a reading. They explained that they didn't expect to have any trouble getting a reading on pitches that were at least 85 miles per hour. Upon hearing that, Sands could barely suppress his laughter. I clearly remember the incredulity in his voice as he said, "If this guy could throw 85 miles per hour, he wouldn't be out here pitching in the parking lot." So much for that career.
Attention for the project then turned to conducting the test during an upcoming home start for Ryan. If successful, an official clocking would be announced and turned into a promotional opportunity for a subsequent start at the Big A.
The experiment on August 20 vs. the Detroit Tigers worked and the plan was on to promote the official timing of Ryan's fastball at his next home start on Saturday, September 7 against the Chicago White Sox. To hype the interest, Dad developed a contest for fans to guess the results. Los Angeles Times columnist John Hall wrote the following in his September 6, 1974 column:
"We created a monster," groaned George Lederer of the Angels. He is the club promotion director in charge of the celebrated Nolan Ryan test and contest . . . The fireballing right-hander's speed will be measured Saturday night at home against the Chisox . . . Prizes are up for people guessing the right m.p.h. and number of pitches Ryan will make.
Dan Hafner's account in the L.A. Times on September 2 provides an excellent preview of the big night:
A device called a coherent infrared radar, developed by Rockwell International, will measure the velocity of Ryan's fastball. Other devices have clocked nine other major league fireballers and the fastest of the nine was Bob Feller, at 98.6 m.p.h. in 1946. The Cleveland star was 27, Ryan's age now.
An interesting side note: Having played my bit part, I recall that the Rockwell device was described behind the scenes as using a "laser beam" as the primary technology. The relatively new and not-yet-understood laser technology created a public relations dilemma. Because it was feared the public may be frightened by an announced use of lasers, the decision was made to use an alternate name. Hence "coherent infrared radar" was a cover for what may have actually been coherent laser radar. Thankfully, there were no reports of severed limbs among the spectators.
On September 7, pitching against the Chicago White Sox, Ryan recorded the 18th of his 22 victories, and registered a fastball officially clocked at 100.8 mph. (See the highest inning-by-inning readings on the stadium scoreboard.) In Robert Goldman's book "Once They Were Angels," he describes the event as follows:
Notwithstanding the Angels' mediocre play, Ryan continued to break records and grab headlines. Much as Bo Belinsky had done a decade prior, Ryan was keeping the national spotlight on the Angels despite their losing ways. To capitalize on Ryan's growing reputation, Angels publicity director George Lederer arranged a scientific test to be conducted by Rockwell International to discover, once and for all, the true speed of "the Ryan Express." Unlike today's radar guns, the Rockwell machine was precisely calibrated to give an accurate, consistent reading. During a night game against the White Sox on September 7, 1974, an eighth-inning pitch (editor's note: it was actually a ninth-inning pitch) to Bee Bee Richard was clocked at 100.8 miles per hour, eclipsing Bob Feller's unofficial mark of 98.6. The Rockwell test naturally enhanced the Ryan mystique. If players didn't already have enough to worry about when facing the Angels ace, they now had to deal with the scientifically proven fact that they were facing the hardest-throwing pitcher in the history of Major League baseball.
Hafner's game account in the L.A. Times included:
Ryan and his batterymate, Tom Egan, felt that all the fanfare, the publicity and pre-game activity was largely responsible for the big pitcher losing his concentration and failing to come up with the velocity he expected.
Following Ryan's next start on September 11, Dan Hafner quoted Ryan: "I had better than average speed tonight. Better than when they tested me. At least, I felt like it out there."
"Those were the best pitches I ever heard."
--Mickey Stanley (7-for-35 with 8 SO vs. Ryan)
So much fuss about one 100 mph fastball. Now, 30 years later, radar guns are recording speeds on virtually every pitch thrown in major league games. The Bill James Baseball Handbook 2006 reports that in 2005 23 pitchers threw a combined 135 pitches at 100+ mph. Baseball Almanac has a 100 MPH Club listing "In Order of Fastest Observed Speed." Two radar gun readings of 103 mph top the list -- by Mark Wohlers from a 1995 spring training game and by Joel Zumaya on July 4, 2006. The list does not include Zumaya's 103 mph reading thrown during the Joe Morgan rant on September 3, 2006. Little Joe adamantly questioned the reliability of radar guns.
The scientific precision of the Rockwell measurement creates a strong argument for officially recognizing the Ryan Express as the king of all fastballs. Despite all the fanfare of the 100.8 mph fastball to Bee Bee Richard on September 7, 1974, Nolan Ryan is officially recognized as holding the Guinness World Record at 100.9 mph for one pitch in the August 20 game against Detroit when the Rockwell engineers discreetly tested their system.
Contrary to his skepticism of Joel Zumaya's radar readings, perhaps Joe Morgan could be counted on to support his contemporary, Nolan Ryan. "I know a 100.9 mile per hour fastball when I see one and that was a 100.9 mile per hour fastball."
Tom Lederer is a former pitcher whose fastball was seen and not heard. His "On the Road With the Dodgers" guest column can be found here.