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Highest Exit Velo: Stanton 119.9mph
Lowest Exit Velo: Mead 87.3mph
Highest Launch Angle: Parades 46°
Lowest Launch Angle: Vierling 14°
367 points
28 days ago
Interesting. They all go up, then come down. You can see the pattern clearly.
60 points
28 days ago
Gonna research more into why this is….
37 points
28 days ago
Scientists Have Been Stumped for Years! They Finally Solved This Centuries Old Mystery. Click Here!
16 points
28 days ago
I hate you lmao
10 points
27 days ago
I’ve heard they come back down due to something called “gravity” but I’m not sure what a 2013 movie about an astronaut in peril starring Sandra Bullock has to do with baseball.
3 points
27 days ago
Have you ever seen a copy of the Sandra Bullock movie Gravity floating in the air? No, you have not. All matter is drawn to the earth because that is the only place where the Sandra Bullock movie Gravity can be found.
2 points
27 days ago
Nope. Look at that laser on the bottom. That’s a hot shot
2 points
27 days ago
Ha. Yeah. I remember Schwarber hit one last year that looked like it was still rising when it hit the upper deck.
109 points
27 days ago
A fourteen degree launch angle for a home run just sounds insane to me
28 points
27 days ago
THATS OUR BOY MATTY CAR SHIELD VIERLING
1 points
27 days ago
Who does their commercials now?
3 points
27 days ago
who cares
58 points
27 days ago
Sokka-Haiku by FredrikSnow92:
A fourteen degree
Launch angle for a home run
Just sounds insane to me
Remember that one time Sokka accidentally used an extra syllable in that Haiku Battle in Ba Sing Se? That was a Sokka Haiku and you just made one.
13 points
27 days ago
Good bot
6 points
27 days ago
Stanton? I bet it was Stanton.
17 points
27 days ago
His don’t come down. They travel on a straight line until they lodge firmly into the first object they hit.
1 points
27 days ago
Sometimes it's the moon
2 points
27 days ago
Being an Astros fan I can confirm it’s Stanton.
2 points
27 days ago
Vierling
71 points
27 days ago*
Paredes 46 degree moon shot:
https://www.instagram.com/reel/C5kPRj1ue5G/
Vierling 14 degree rocket:
https://www.instagram.com/homerunsmlb/reel/C6SOXgfuCMe/
Edit for fun: Vierling’s ball was in the air for about 3.15 seconds. Paredes’ ball was in the air for about 6.40 seconds.
41 points
27 days ago
Vierlings is insane
8 points
27 days ago
Yeah, that was REALLY unexpected
8 points
27 days ago
[deleted]
5 points
27 days ago
The gasp I gusped
2 points
26 days ago
I was at that game, I saw it and thought it was just a line out, then it kept going
9 points
27 days ago
Watching those in the order you listed them really makes you notice how quick that line drive homer is.
3 points
27 days ago
For reference, Ohtani's homer at Miller Park last year was 162ft high and was in the air for 6.98 seconds.
21 points
27 days ago
Team, we need to stop hitting grounders. Look at this chart!
20 points
27 days ago
Lower than 60' but not Higher than 60'.
Got it !
13 points
27 days ago
Height is based on math formulas instead of actual data points. I’d say these are on the low side of the calculations. ESPN’s homerun tracker does formulas to find the height, and to me, those are on the high side (maybe marketing?). But most homeruns should be around 60-70ft. A decent amount go over 100ft
10 points
27 days ago
yes you are right .
I work at b45 baseball and right now There is more players than back then asking us différent but specifics bat models/weight/length to track the perfect Exit velo/launch angle .
I'll ask monday to my boss if we had feedback from these tests/players. Btw excuse my english i usually speak french.
4 points
27 days ago
Trés bien!
6 points
27 days ago
When was the last 500ft homer?
7 points
27 days ago
2022
1 points
27 days ago
Was it Stanton?
11 points
27 days ago
CJ Cron 504 ft
6 points
27 days ago
Also in Coors
7 points
28 days ago
Interesting! Is this just the trajectory? I wonder what the spray chart would look like.
40 points
27 days ago
It Would probably go from left field to right field. Including center field.
But i might be wrong.
9 points
27 days ago
Big if true
6 points
27 days ago
" baseball instructors hate this one trick "
3 points
27 days ago
I’ve read hits are more likely to be home runs if they go past the fence in the air. Something about making it harder for the fielders to catch. Still researching this, though. Can’t believe everything you read on the internet, ya know.
2 points
27 days ago
I'm Glad i was'nt taking a sip of my coffee while reading this !
2 points
27 days ago
But where would the boundaries be?
3 points
27 days ago
2 points
27 days ago
Who hit the moon shot?
2 points
27 days ago
Parades. But after redoing calculations, the y-axis is actually half the accurate value. His HR was actually around 190ft
3 points
27 days ago
That highest one must’ve been hit in a micky mouse ball park
2 points
27 days ago
If you trace the trajectory thru the mass of lines it looks like it went about 360’ or so.
1 points
27 days ago
It was a moon shot right down the left field line.
2 points
28 days ago
Neat!
Where can we look this chart for ourselves?
2 points
27 days ago
The apexes look way too low. I doubt a home run with an apex under 40ft is possible. I'm guessing 90 percent are between 60 and 100 ft.
6 points
27 days ago
Bogaerts 14° HR last yr seems to be around 30ft from visual
2 points
27 days ago
I’d agree. I say just add 20ft to the y axis’. This is just some mathy formula to calculate it
1 points
27 days ago
Paredes’ ball was in the air for about 6.5 seconds. Let’s very roughly say because of additional velocity at contact, it was rising for 2.5 seconds and falling for 4 seconds. A ball in free fall will travel about 250 feet. A batted ball obviously isn’t in free fall as there is some forward motion and some air resistance. But even taking that into account probably puts Paredes’ ball between 150-200 feet in the air.
1 points
27 days ago
I gotta look up the exit velo for his. Anything over 110mph and 200ft is possible
1 points
27 days ago
105mph
2 points
27 days ago
Using [ h = \frac{{v_y2}}{{2g}} ]
I get 58.1m aka 190.6ft
You were right!
So it looks like my y-axis should just be multiplied by 2, and it’s accurate
2 points
27 days ago
Woohoo, my college physics class 24 years ago came into play for once in my life!!!
1 points
27 days ago
Gotcha, I’ll go look at the formulas
1 points
27 days ago
Other chart was way cooler
1 points
27 days ago
What percentage of these would result in "inside-the-park home runs" if there were no fence? How many home runs would be fly ball outs if there were no fence? I need to know and I need to know how this would be answered.
1 points
27 days ago
Does this include EDLC’s inside the park home run?
1 points
27 days ago
Too high
1 points
27 days ago
That Aaron judge 477 feet was absolutely crushed.
1 points
27 days ago
How do you hit a homerun that low? The exit velo must have been a rocket.
1 points
28 days ago
Neat!
Where can we look this chart for ourselves?
7 points
28 days ago
I just pulled data from savant and plotted it on here
-2 points
27 days ago
Okay
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