Statcast Flight Telemetry
Physics of Matt Olson's Signature Power & Statcast Aerodynamics Explore Equations & Park Specs ↓
Magnus Force & Backspin Lift
When Matt Olson's 34-inch bat undercuts the seams, backspin creates an asymmetric boundary layer pressure differential (the Magnus effect). At 2,250 RPM, aerodynamic lift counteracts gravity ($g = 32.174\text{ ft/s}^2$), keeping the ball aloft up to 5.2 seconds for moonshot carry.
Pulled Barrel Velocity
Olson generates top-tier rotational bat speed (~77+ mph), yielding exit velocities upwards of 115 mph. Pulling the ball to right field (negative spray angle) maximizes collision efficiency and leverage, turning low-and-inside fastballs into 430+ foot missiles.
Park Dimensions & Air Density
At Truist Park (1,050 ft ASL), thinner air produces less quadratic drag ($F_d = \frac{1}{2}\rho v^2 C_d A$) than sea-level parks like Oracle. Each 10°F increase in ambient temperature expands trajectory carry by roughly 3.5 feet.