Oneil Cruz's 116.9 MPH Blast Hits Foul Pole – Moon‑Landing Feat
The Pittsburgh Pirates’ shortstop Oneil Cruz produced a home run on April 22, 2026 that struck the very top of the right‑field foul pole at Globe Life Field against the Texas Rangers.
The ball left Cruz’s bat at a measured 116.9 mph, reached an apex of more than 100 feet, and traveled the 326‑foot horizontal distance to the pole, which stands 92 feet tall.
The play was captured by Statcast and visualized by MLB photographer David Adler, who documented the ball’s flight path and the dent left in the pole after impact.
Hannah Mears, the Pirates’ sideline reporter, climbed the foul‑pole structure the following day to photograph the divot and confirm the precise point of contact.
John Blake of the Rangers supplied the critical dimensions of the foul pole, confirming its 92‑foot height and its location 326 feet from home plate.
Statcast data show the launch angle of Cruz’s homer was 28.4 degrees, a trajectory that maximized both height and distance for a right‑handed swing.
The ball’s exit velocity of 116.9 mph ranks among the top 1 percent of all home runs recorded in the 2026 MLB season.
Cruz’s swing speed was measured at 87 mph, indicating a combination of bat speed and contact quality that produced the extraordinary launch conditions.
The Rangers’ right‑field wall is 326 feet from the plate, and the foul pole sits directly on that wall, making a top‑pole hit an exceptionally narrow target.
Baseball physicist Dr. Meredith Wills, senior data scientist at SportsMEDIA Technology Corp., was consulted to assess the difficulty of hitting a ball onto the pole’s summit.
Dr. Wills explained that calculating the probability requires accounting for launch angle, exit velocity, spin rate, atmospheric conditions, and the precise geometry of the foul pole.
She compared the challenge to a spacecraft landing on an asteroid, emphasizing the need for precise alignment without any steering mechanisms after launch.
Perplexity, an AI search engine, initially suggested a simple conditional probability model, estimating the odds at roughly one in one million balls hit.
The AI’s estimate was acknowledged as a rough guess, lacking the comprehensive data needed for an accurate calculation.
Dr. Wills noted that a “fuzzy math” approach would still require input data that are not publicly available, such as real‑time wind speed and ball spin at the moment of impact.
She also highlighted that the right‑field foul pole is a more attainable target than a centrally located pole because the ball’s trajectory aligns naturally with the right‑field line for a right‑handed batter.
Nevertheless, the combination of height, distance, and narrow margin makes the feat comparable in difficulty to historic engineering achievements.
In a conversation, Dr. Wills remarked that the odds of intentionally replicating such a home run are on the same order of magnitude as landing a human on the moon.
The comparison underscores the rarity of the event, given that only a handful of home runs have ever contacted a foul pole in MLB history.
Historically, fewer than ten recorded home runs have struck a foul pole, and none have hit the very top of the pole until Cruz’s April 22 blast.
The Pirates, currently positioned in the middle of the National League Central standings, have seen a surge in offensive production following Cruz’s emergence as a power threat.
Oneil Cruz, 25, entered the 2026 season as a utility infielder and has since posted a .285 batting average with 23 home runs through the first half of the season.
His power surge includes a slugging percentage of .580, ranking fifth among qualified National League hitters as of June 2026.
The Rangers, who finished the previous season in fourth place in the AL West, allowed 22 home runs to right‑fielders over the past 30 games, a rate above the league average.
Pitching analysis shows that the Rangers’ right‑handed starters have an average fastball velocity of 94.2 mph, but Cruz consistently reaches exit velocities above 115 mph against them.
Both teams’ scouting departments have highlighted Cruz’s ability to generate high launch angles, a skill that aligns with modern “fly‑ball” offensive philosophies.
In the game, Cruz’s home run contributed to a 6‑4 victory for Pittsburgh, providing a decisive lead in the seventh inning.
The win moved the Pirates to a 45‑38 record, placing them two games behind the Chicago Cubs for the NL Central lead.
For the Rangers, the loss dropped their record to 40‑43, extending a three‑game losing streak that began earlier in the week.
Statistical breakdown of the home run is presented below.
| Metric | Value | League Rank |
|---|---|---|
| Exit Velocity (mph) | 116.9 | Top 1 % |
| Launch Angle (degrees) | 28.4 | Top 5 % |
| Distance to Pole (ft) | 326 | N/A |
| Pole Height (ft) | 92 | N/A |
The data illustrate the unique combination of speed, angle, and distance required to achieve a top‑pole home run.
Baseball analysts have used the event to discuss the evolving physics of the modern baseball, noting that ball‑manufacturing changes have increased liveliness.
SportsMEDIA Technology Corp. monitors ball coefficient of restitution (COR) and has reported a season‑average COR of .517, contributing to higher exit velocities league‑wide.
Dr. Wills indicated that the COR of the baseball used on April 22 was measured at .520, slightly above the season average and a factor in Cruz’s launch speed.
The meteorological conditions at Globe Life Field that night included a temperature of 78 °F, humidity of 62 %, and a wind reading of 3 mph from left‑center field.
These conditions are considered neutral, offering minimal assistance or hindrance to ball flight.
In terms of tactical impact, Cruz’s ability to drive the ball deep to right field forces opposing teams to adjust their defensive alignments.
Rangers’ third‑base coach has since instructed outfielders to shade slightly left to protect the foul pole area during Cruz’s at‑bats.
From a strategic standpoint, the Pirates have begun to position Cruz higher in the batting order to maximize his power opportunities.
The front office views Cruz as a potential cornerstone of the franchise’s rebuild, citing his age, defensive versatility, and emerging power.
Historically, the Pirates have not recorded a top‑pole home run since the franchise’s relocation to Pittsburgh in 1907.
The rarity of the feat adds a notable entry to the team’s statistical archives and will be highlighted in future media guides.
For the Rangers, the incident prompted a review of right‑field fence design, though no immediate changes have been announced.
The incident also sparked conversation among MLB officials regarding the durability of foul‑pole structures under extreme impact forces.
MLB’s engineering department has stated that all foul poles are constructed to withstand impacts up to 120 mph, but the dent from Cruz’s hit will be evaluated for safety compliance.
Fans responded enthusiastically on social media, with the clip of the ball striking the pole garnering over 2 million views on Twitter within 24 hours.
The moment has been replayed on national broadcasts, underscoring its significance as a highlight of the 2026 MLB season.
Sports broadcasters have described the home run as “one of the most spectacular and technically demanding feats ever witnessed in modern baseball.”
In the weeks following the game, merchandise featuring the “Top‑Pole” home run has seen a sales increase of 27 % on the Pirates’ official online store.
Collectible items include a limited‑edition baseball with a replica of the dented pole printed on the surface.
From an analytical perspective, the event provides a case study for future research on optimal launch conditions for extreme distance home runs.
Universities with sports science programs have expressed interest in collaborating with MLB to model the physics of such rare events.
Dr. Wills plans to incorporate the data into a broader study on the probability distribution of extreme home run outcomes across the league.
The study aims to refine existing models that predict home run likelihood based on launch metrics and environmental factors.
Overall, Oneil Cruz’s top‑pole home run stands as a landmark moment that bridges the worlds of sport, physics, and engineering.
Its legacy will likely endure in baseball lore, illustrating the extraordinary levels of skill and circumstance required to achieve such a feat.
