AL Contender Ceilings & Lombard Arm Trajectory Explorer

Infield Throw Physics Simulator (SS to 1B) Real-time ballistics + Pop Time

Flight Time

0.94 s

Max Apex

7.4 ft

Arrival Speed

84.8 mph

Total Pop-to-Glove

1.62 s

Arm Velo: 93.5 mph

Release Angle: 12°

Distance: 127 ft

Transfer Time: 0.68 s

Scouting Breakdown: George Lombard Jr. exhibits Dan Marino-style compact over-the-top snap release, maintaining 93.5 mph exit velo with a sub-0.70s transfer. At 12° launch, the throw arrives in 0.94s with an apex under 7.5 ft, beating MLB 4.1s runner baselines by over 2.4s.

AL Contender Ceilings Matrix Red Sox Selected

Club	Ceiling Tier	Rotation Depth	Bullpen Lev.	Run Diff

Boston Red Sox: Surging contender analyzed by Alex Cora & Rich Hill. Rotation stabilization and revamped plate approach elevate playoff ceiling to Tier 1 status.

Superstar Summit Impact (Lindor vs. Soto)

Francisco Lindor SS / Platinum

Leadership & War: 6.8 WAR

Postseason WPA: +1.84

Defensive Runs (DRS): +14

Juan Soto OF / Elite OB%

On-Base Mastery: .421 OBP

wRC+ (Playoff): 178 wRC+

Hard-Hit%: 53.2%

Why throw speed and transfer time affect the model differently

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Read the explanation

This page combines a curated team table with an illustrative throwing model. The model converts miles per hour to feet per second, projects horizontally using the cosine of release angle, then multiplies by a fixed point nine six factor. Hold angle at twelve degrees and distance at one hundred twenty seven feet. Raising speed from seventy to one hundred miles per hour increases effective horizontal speed from about ninety six to one hundred thirty eight feet per second. Flight time falls from one point three two to point nine two seconds. The factor is an approximation, not measured tracking data. Transfer time is added after the modeled flight. At the default ninety three point five miles per hour, flight time is about point nine nine seconds. Increase transfer time from half a second to one point one seconds and total time rises from one point four nine to two point zero nine seconds. The flight component stays fixed. Faster transfer and faster flight change different parts of that total. Treat the plotted curve as a visual illustration. It uses a separate quadratic drawing path and an approximate apex annotation, while the metrics come from the calculation engine. Team ceiling rows are authored page data, not a live standings feed. Move the sliders to compare assumptions, select a team to inspect its stored profile, and export the JSON report to preserve the inputs and calculated outputs.