People always ask the Cold, Hard Football Facts where we get our amazing speed.
If you must know, we get a prescription each week from “Doctor” Carlos at the Colombia School of Medicine.
But that’s not important right now.
The truth is that speed is a popular topic this time of year, with the NFL Combine recently concluded and plenty of buzz over Combine heroes. Perhaps the most well-known measurement at the Combine is the 40-yard dash.
Everyone wants to know who the speediest players are coming out of college. The speediest players want to show it off at the Combine. And the best-known way that speed is measured is by timing players in the 40.
But the 40 is more or less bullshit.
At least that’s the argument made – in so many words – by Frank Cooney of
NFL Draft Scout.com, who recently sent his findings to the Cold, Hard Football Facts. (In the interest of disclosure, the folks at
NFL Draft Scout.com gave us and other football writers free access to what's otherwise a pay site in the hopes that we'd shill for them. We're doing so because we find their data here pretty useful.)
Cooney cites Eastern Kentucky’s speedy sensation Rondel Menendez as an example of what happens when you put too much stock in 40 times.
Back in 1999, Menendez became the fastest man ever clocked in the 40 at the NFL Combine (4.24 seconds) – that’s 4/100ths of a second faster than the previous bests set by Deion Sanders in 1989 and by Champ Bailey, also in 1999.
But Menendez couldn’t even make it in NFL Europe, and was out of pro football by 2002.
The bottom line for the Cold, Hard Football Facts is that speed means little when you look at it in a vacuum. You still need to know how to play football.
In that respect, speed is a lot like passing yards in a football game. It looks good on paper – but often doesn’t tell you a whole lot about what's really happening.
For all his speed, Menendez couldn’t play football. Others on the list of fastest players ever timed at the Combine have also struggled to make an impact.
- Hampton University wide receiver Jerome Mathis was timed with a 4.28 in 2005. The Texans took him in the fourth round of the draft that year. He made the Pro Bowl as a rookie kick returner, but has yet to become anything more than a special teamer. (He was injured for much of 2006, and caught just five passes in 2005.)
- University of Houston cornerback Stanford Routt chimed in at 4.29, also in 2005. He was taken in the second round by the Raiders, but has yet to become more than a role player (1 INT in two years).
- Morgan State running back Jay Hinton was clocked at 4.29 in the 1999 Combine. Ever heard of him? We didn’t think so.
Just because you’re fast, it doesn’t mean you can play football.
But the issue is a bit deeper than that, argues
Cooney.
Basically, he says, there is no official time in the 40. At the Combine, players run twice and are measured by three different clocks. All six times are recorded – and each team decides how, and if, they want to use the Combine data.
And there are inherent and obvious flaws in the system. Namely, the times are largely dependent upon the human element ... and we all know that humans are about as stable as Francium on the periodic table of dependable elements.
Two of the three Combine clocks are operated by humans – which creates an obvious potential variable in the times. The other clock is electronic, but is initiated by a human once the player starts to run – again, another human variable.
Given these variables, it’s easy to see how discrepancies could develop. And 2/10ths of a second is nothing but the blink of an eye or the micro-twitch of the thumb muscle stopping the clock – but the difference looks pretty radical on paper. A guy who runs a 4.3 is super-fast. A guy who runs a 4.5 is merely fast.
Now look at Menendez again: The 4/100ths of a second difference between him and everyone else on the list is pretty dramatic when you consider that just 6/100ths of a second separate No. 2 from No. 25 on the recent list (below) of fastest guys recorded in recent years. Menendez's time is what the statisticians would call an "outlier." It should have raised a few eyebrows. It seems like it did: Atlanta waited until the 247th of 253 total draft picks that year to take a shot on Menendez.
Is it possible that the dramatic difference in times could be attributed to human error?
Of course it is.
On top of these problems, team scouts often find that Combine times vary quite a bit from the 40 times they have in their own personnel files.
That's what we do ... you know, to take the edge off our amazing speed.
|
Player |
Position |
School |
Year |
Time |
|
Rondel Menendez |
WR |
Eastern Kentucky |
1999 |
4.24 |
|
Champ Bailey |
CB |
Georgia |
1999 |
4.28 |
|
Jerome Mathis |
WR |
Hampton |
2005 |
4.28 |
|
Jay Hinton |
RB |
Morgan State |
1999 |
4.29 |
|
Stanford Routt |
CB |
Houston |
2005 |
4.29 |
|
Fabian Washington |
CB |
Nebraska |
2005 |
4.29 |
|
Darrent Williams |
CB |
Oklahoma State |
2005 |
4.30 |
|
Johnathon Joseph |
CB |
South Carolina |
2006 |
4.31 |
|
Aaron Lockett |
WR |
Kansas State |
2002 |
4.31 |
|
Santana Moss |
WR |
Miami |
2001 |
4.31 |
|
Tim Carter |
WR |
Auburn |
2002 |
4.32 |
|
Kevin Garrett |
CB |
Southern Methodist |
2003 |
4.32 |
|
Antwan Harris |
CB |
Virginia |
2000 |
4.32 |
|
Jason Hill |
WR |
Washington State |
2007 |
4.32 |
|
Chad Jackson |
WR |
Florida |
2006 |
4.32 |
|
Tim Jennings |
CB |
Georgia |
2006 |
4.32 |
|
Chris McKenzie |
CB |
Arizona State |
2005 |
4.32 |
|
Troy Williamson |
WR |
South Carolina |
2005 |
4.32 |
|
Karsten Bailey |
WR |
Auburn |
1999 |
4.33 |
|
Chris Chambers |
WR |
Wisconsin |
2001 |
4.33 |
|
Carlos Francis |
WR |
Texas Tech |
2004 |
4.33 |
|
Kevin Brooks |
CB |
South Carolina |
1999 |
4.34 |
|
Tyrone Calico |
WR |
Middle Tennessee |
2003 |
4.34 |
|
Ahmad Carroll |
CB |
Arkansas |
2004 |
4.34 |
|
Domonique Foxworth |
CB |
Maryland |
2005 |
4.34 |
|
Tye Hill |
CB |
Clemson |
2006 |
4.34 |