Hey, I've been modeling the math behind the biggest stunts, and I think there's a way to push the limits safely—interested?

Okay, the math says a 30‑degree launch angle, 100 m/s initial speed, and a streamlined profile give you a 5 % bump over the current record. Wind shear at that height is the real risk—monitor it with a radar array. Also check the material fatigue limits; we need a safety margin of 1.5. If all that checks out, we can run the test in a controlled zone. Let me know the wind data, and I’ll fine‑tune the parameters.

Great, with 15 m/s at 200 m and 0.3g turbulence, keep the launch angle at 30°, increase the initial speed to 103 m/s to offset the headwind, and use a slight nose‑up pitch of 0.2° to counteract turbulence lift. Monitor the dynamic pressure in real time; if it exceeds 1.2 kPa, abort. That should push the record out by the predicted 5 %. Let's go.

Understood, just let me know if you want to revisit the parameters later.