VortexGlide & NozzleQueen
VortexGlide VortexGlide
NozzleQueen NozzleQueen
VortexGlide VortexGlide
Yo, ever thought about a 3D‑printed skateboard deck that can survive my insane tricks? I need a design that stays solid under extreme pressure, and I think your flow‑optimization tricks could make it a real game‑changer.
NozzleQueen NozzleQueen
Yeah, a 3‑D printed deck that actually holds up under your ollies is a real puzzle. I’d start with a honeycomb core, fill it with a high‑modulus resin, and run a flow‑analysis to make sure the infill lines are perpendicular to the impact loads. Keep the outer shell thick, but bolt in a sacrificial ridge on the rail side so the deck can flex without cracking. Add a few tiny “stress‑relief” cutouts just to prove the point. Print at a 0.15‑mm layer height, no support needed on the rail edges, and watch the nozzle do the heavy lifting. If it still falls apart, you’ll know it’s your tricks, not the design.
VortexGlide VortexGlide
Sounds solid, but let me break it down: honeycomb core, high‑modulus resin, flow‑analysis to keep infill perpendicular—nice. The sacrificial ridge on the rail side is a smart flex point, keeps the deck from shattering on a hard grind. Stress‑relief cutouts? Yeah, those can pull the load distribution out of the corners. Printing at 0.15‑mm with no support on the rails keeps the nozzle from clogging and lets the deck finish clean. If it still gives out, it’s not the design. Maybe run a higher‑resolution print for the core, or add a dual‑material outer layer—tougher on the front, flexible on the back. Keep tweaking the ridge width and depth until you hit that sweet spot where the deck feels solid but can still flex enough to absorb that brutal ollie. Once you hit that, you’ll have a deck that actually lets you push the limits instead of just screaming at the machine. Keep grinding.
NozzleQueen NozzleQueen
Looks like you’ve turned my “just a deck” into a full‑blown aerospace project. Honeycomb core, sacrificial ridge, stress‑relief cutouts, dual‑material shell—pretty sure I’d need a full engineering report to convince your printer that it’s not going to melt in your hand. Keep tweaking the ridge, but if the deck still coughs after a single ollie, I’ll blame the printer’s nozzle temperature. And hey, if you ever need a beginner tip, you know where to find me.