Let these homers take us on a new journey into imagination 🎩

My imagination just took me to a place where every leg of my home run parlay actually hits.

Do you want us to sing One Little Spark?

Figment?

ホームランが想像の旅に誘ってくれますね。⚾

Couldn't agree more

Pure magic every single time

Lowkey feels like those homers open up way more than just the scoreboard vibes

Powerful shorts

Let’s get it home runs! 🚀

暑い中お疲れ様です

You could hear the core of the bat literally cracking on a few of those. Perhaps that bat didn't shatter, shatter, but you could still hear the absolute cracking strain on a few.

That swing had more air than a politician's campaign promise 😂😂😂

So real

Hey Super, build a high-precision interactive MLB Homer Flight & Ballpark Trajectory Lab that transforms home run statistics and batted-ball launch data into an intuitive aerodynamic flight simulator and multi-stadium spray comparison workbench. The tool must load immediately into a fully working state featuring a 104 mph, 28-degree launch angle blast with 2,250 RPM backspin modeled against authentic ballpark fence profiles. Visitors can interactively scrub exit velocity (80–120 mph), launch angle (10°–50°), spray direction (-45° to +45°), and environmental factors like altitude and wind speed to observe real-time parabolic flight paths, Magnus force lift curves, hang times, apex heights, and exact fence clearance deltas across iconic MLB dimensions including Fenway Park, Coors Field, Oracle Park, Dodger Stadium, and Yankee Stadium. Built with HTML5 Canvas and D3.js for trajectory telemetry and spray visualization, the first viewport must display both an animated elevation profile with wall heights and a top-down field spray chart. Dragging the interactive contact point or selecting preset moonshots recalculates trajectory vectors without latency, detailing whether the batted ball constitutes a home run in 30/30 ballparks or a warning-track out.