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Dash Dahlberg | Class of 2027 | RHP / 1B / 3B

Baseball Recruiting Profile

Dash Dahlberg is a Class of 2027 RHP / 1B / 3B at Mercer Island High School and plays club baseball with Elevate NW Bandits 17U. This page collects current video, metrics, 2026 performance context, academics, and related baseball links for coaches who want a fast snapshot.

6'3" · 175 lb · 87.6 mph top velocity

Dash Dahlberg pitching for Mercer Island

Coach snapshot

6'3"Height
175 lbWeight
2027Grad Year
R/RBats / Throws
RHP / 1B / 3BPositions
Elevate NW Bandits 17UTeam
87.6 mphTop Velo
4.0GPA
1530SAT

Current video

Pitching first.

Game footage comes first, followed by the July 2026 Driveline motion-capture assessment.
Primary videoRecent inning — pitchingCurrent game video
Assessment videoDriveline motion captureFour synchronized views · 87.6 mph max · no audio

2026 performance

Season context.

Statistics are separated by team and include the combined 2026 sample.

Offense

102 total plate appearances across three teams
Team / contextPAAVGOBPOPSHRBIBBSO
Elevate NW Bandits 17U36.483.5561.211141145
Elevate NW Underclass 16U34.120.324.5243687
Mercer Island Varsity32.250.406.6986464
2026 total102.295.431.82923211816

Pitching

18.1 total innings across three teams
Team / contextIPRERBBSOERAWHIPBAA
Elevate NW Bandits 17U10.2757113.2811.594.250
Elevate NW Underclass 16U4.222663.0002.143.250
Mercer Island Varsity3.033057.0001.333.333
2026 total18.1121013223.8181.691.265

The 2026 total combines Mercer Island Varsity, Elevate NW Underclass 16U, and Elevate NW Bandits 17U.

Driveline Baseball · Kent, WA · July 12, 2026

Current metrics.

Assessment values and percentiles are presented as measured, with the comparison group identified.
87.6 mph

Maximum pitch velocity

Driveline assessment · July 12, 2026

86.5 mph

Average assessment pitch speed

83rd percentile · high-school peer group

91.1 mph

Maximum exit velocity

65th percentile · high-school peer group

90.3 mph

Top-eighth exit velocity

77th percentile · high-school peer group

+3.7 mph

Biomechanical impact

Above the model's velocity expectation

View full motion analysis

Development focus

Building repeatable velocity.

Current work is centered on adding strength and playing weight, improving lower-half rotation and force transfer, and building repeatability and durability.