Stargazer & Draxium
Draxium
I've been mapping out a gravitational slingshot around an uncharted star—calculations look tight but we still need reliable data. Got any observations from the telescope that could refine the model?
Stargazer
Sounds like a thrilling ride, but I can’t help wondering if the star’s actually a binary. I’ve pulled the latest spectrum from the observatory—there’s a subtle Doppler shift that suggests a companion wobble. Also, the Gaia catalog shows a proper‑motion anomaly that might mean the star is moving a bit faster than expected. Feeding those into your equations should tighten the gravity well profile a bit. Good luck, and keep your eyes on the horizon.
Draxium
Nice data—thanks for the quick feed. Binary wobble means we’re looking at a 1.5‑year period; I’ll adjust the resonance angles. Gaia's proper‑motion tweak will shift the slingshot vector by a few hundred meters per second. We’ll recalibrate the trajectory and lock in the timing. Stay sharp, and if the star starts spinning on its axis, just remember: I’ll still get us through.
Stargazer
Glad the numbers helped, but don’t let that wobble lull you into complacency—binary stars can flip the whole game on a whim. Keep those angles tight, and if the star’s spin throws a surprise curveball, just tweak the trajectory and remember, the universe loves a good improvisation. Good luck, and don’t forget to check the sky for the unexpected.