Elly De La Cruz
- Estimated wOBA on contact, average
- 0.314Percentile rank 57 among 485 measured profilespct 57 of 485 measured
- Exit velocity, average
- 84.6 mphPercentile rank 81 among 485 measured profilespct 81 of 485 measured
- Batting side
- L
- Exit velocity, 90th percentile
- 105.2 mphPercentile rank 88 among 485 measured profilespct 88 of 485 measured
- Batted-ball events
- 760Percentile rank 85 among 485 measured profilespct 85 of 485 measured
- Pitches in the rulebook zone
- 47.9%Percentile rank 11 among 485 measured profilespct 11 of 485 measured
- Pitches faced
- 2655Percentile rank 96 among 485 measured profilespct 96 of 485 measured
- Switch hitter
- yes
- Most-seen pitch type
- FF
- Most-seen pitch type share
- 30.9%Percentile rank 43 among 485 measured profilespct 43 of 485 measured
- Velocity seen, 10th percentile
- 80.7 mphPercentile rank 23 among 485 measured profilespct 23 of 485 measured
- Velocity seen, median
- 89.0 mphPercentile rank 10 among 485 measured profilespct 10 of 485 measured
- Velocity seen, 90th percentile
- 96.2 mphPercentile rank 33 among 485 measured profilespct 33 of 485 measured
What stands out
- 105.2 mph top-end exit velocity, but a .314 contact grade that sits below the sample median.
- 760 batted balls from 2,655 pitches seen.
- The zone rate against him was 47.9 percent: pitchers stayed off the plate.
Descriptive only, from a single 2025 Statcast pull (pitches_faced_2025>=300 floor, 485 of 671 batters). The contact numbers -- exit velocity and estimated wOBA on contact -- cover the batted balls only, not every pitch seen, and estimated wOBA on contact is a batted-ball model: it says nothing about walks, strikeouts, or actual results. This pull carries no swing/miss or launch-angle column, so there is no whiff rate and no barrel profile here. Not park-, role-, or opponent-adjusted, and not a prediction. League-wide ranks were computed by sorting all 485 batters in this manifest on the named field; every printed value is read verbatim. Hard contact that does not convert usually means launch angle or spray, and this pull has no launch-angle column -- so the mechanism behind the gap is not established here.