Occasionally on my videos there is a really strange thing that happens. At first glance, it looks like the ball isn't even spinning – like it's just going through the air completely still. That's not a camera trick or lucky timing.
That's what happens when you're spinning a football so fast that a 30 fps camera can't even catch the rotation. In case you are wondering, that throw is 900 revolutions per minute (RPM). If you're curious you can watch it yourself on my website along with a spin rate demo thing my dad helped me make. Just for comparison, Baker Mayfield clocks in around 700 and the Wilson QBX leader was around 880.
But it's not just about having a kind of cool stat to flex on social media. Spin rate can literally be the difference between a wobbly duck that gets picked off and a laser beam that cuts through wind like it's nothing. And somehow, almost nobody talks about it. Except of course my QB coaches Austyn Carta-Samuels and Kyle Carta-Samuels who is the undisputed king of spin. That is why I say - anyone out there (Except KJ), I challenge you or your QB to a spin-off!
They call it "spinning it" for a reason
We've all heard coaches yell "put some spin on it!" or "really spin that thing!" But most people treat it like generic football coach talk - just something you say to sound coach-y.
But it actually matters. When you're literally spinning a football at 780 RPM, you realize that "spinning it" isn't just a figure of speech – it's the actual physics of what makes a quarterback effective.
Every time someone says "he can really spin it," they're talking about angular momentum, gyroscopic stability, and wind resistance without even knowing it. The language was already there. We just needed the data to prove why it mattered.
Let Me Break Down The Science (Without Boring You To Death)
Think of a football like a gyroscope or a top. The faster it spins, the more it wants to stay perfectly aligned with where you're throwing it. That's angular momentum doing its thing: L = I * w
, where more w (angular speed) equals more stability.
When you release a ball over 700 RPM, it's like sending a guided missile. The nose stays locked onto the target path even when wind tries to knock it around. Compare that to a slow-spinning wobbler that's basically a leaf in the wind.
What's kind of crazy is: the NFL is already tracking this stuff with RFID tags during games. This isn't some experimental metric – it's in Next Gen Stats right now. So why isn't every high school and college program obsessing over it like they do with 40 times?
What High Spin Rate Actually Does On The Field
- Accuracy window: My deep balls have way tighter dispersion patterns now. Less wobble = less random drift = more completions in tight windows.
- Wind resistance: Playing in the Midwest, crosswinds are a fact of life. A 750+ RPM spiral cuts through 15 mph gusts like they're barely there.
- Catchability: Ask any receiver – they'd rather catch a perfectly spinning bullet than a wobbly rainbow, even if the wobbly one is slower. Less flutter means more predictable catches. My friend Alijah swears they are the best balls to catch.
- The "Glider Effect": Here's something crazy that my coaches noticed – my deep balls don't really "turn over" and drop like most QBs. Instead of that classic nose-down dive at the end, they kind of glide horizontally right into my receiver's hands. I think it's the combination of my launch angle and the high RPMs make so much more stability that the ball literally fights gravity longer than it should. Unless I really arc one high, most of my deep shots just... come in level.
The craziest part? I feel like it takes a lot of the guessing out of throwing long balls. The path the ball takes feels super predictable for my arm.
How I upped the RPMs (And You Can Too)
Full transparency: Some of this came naturally with my rotational style, but I do some things to increase it:
1. The throw around the door drill
This is a LockedInQB drill. Stand on your back foot and all power and aim comes from rotation.
2. The Index Finger is Everything
I shifted my grip so my index pad sits closer to the tip seam. The ball literally rolls off my index finger last – not my middle finger like most QBs.
3. "Doorknob to hard left"
My wrist motion goes from turning a doorknob (supination) to acting like you are taking a really hard left hand turn. Sounds weird, works perfectly.
4. Compact = Clean
Shorter hand path = less chance for off-axis torque. I used to have more of a swoopy delivery but created kind of a "fast wobble." Tightened it up, RPMs jumped.
5. The Lead Hand Secret
Here's something most QBs get wrong – instead of just pointing my non-throwing hand at the target, I keep it moving in a circular motion that matches my hip rotation. Then, as my throwing arm comes around, I pull that lead hand in tight to my body – like an ice skater pulling their arms in to spin faster. The circular motion keeps me in rotational rhythm with my hips, but pulling it in creates that whip effect that makes more velocity and more spin.
Drill Sessions That Actually Matter
- Reach around the door. Do it a lot. Get accurate doing it.
- Wrist-only flicks from shoulder level (not the ear level you're used to)
- Off-platform throws where my arm angle changes but the spin stays identical. Everybody likes to run around and fall backward throwing. Turns out it's great for practicing this.
What's next?
It seems like college recruiters are starting to ask about spin rate alongside velocity and release time. The data is there, the technology exists, and the physics don't lie – so why wouldn't you use it?
Personally, I think that spin rate deserves to be in every evaluation, every development program, and every scouting report. Right next to the 40 times and bench press numbers everyone obsesses over.
The bottom line: Physics doesn't care about your recruiting ranking. A tight spiral at 750 RPM will outperform a wobbly cannon shot every time. The NFL already knows this. College programs are figuring it out. High school football is next.
Next up, hopefully soon, rotation and speed aka velocity!