Fishing3D Guides

From the printer to the water.

Choose your filament, assemble your first lure and learn how to seal it. Practical guides for your next build.

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DRIFTER, a 9 cm 3D printed minnow lure in raw light-grey PETG3D Printed Fishing Lures: What Actually Works3D printed fishing lures explained: what a printable wobbler needs, why through-wire and epoxy sealing are required, and what dive depth really means.7 min read Track Rod Tube — 3D-printed kayak rod tube mount on 1" gear track3D Printed Kayak Rod Holders: Gear Track and Rail Mounts3D printed kayak rod holder mounts for gear track and round rail: Ø40 vs Ø50 tubes, required stainless hardware, PETG printing notes, and honest limits.5 min read V Rest, a 3D printed rod-rest head in PETG, threaded onto a bank stick3D Printed Rod Holders: Bank Heads & Bankstick AdaptersHow a 3D printed rod holder actually fits: the 3/8" BSF thread, three head shapes, bankstick adapters, PETG printing settings, and honest limits.5 min read Two-part 3D printed soft bait mold, 13 cm shad with twin cavity3D Printed Soft Bait Molds: Pouring Your Own Soft Plastics3D printed soft bait molds explained: how two-part PETG molds work, plastisol pouring basics, required safety steps, and an honest look at mold lifespan.5 min read Product illustration of a plain unpainted PETG crankbait resting on its side on a workbenchAre 3D Printed Fishing Lures Durable? An Honest AnswerAre 3D printed fishing lures durable? What actually breaks, why through-wire and epoxy sealing are non-negotiable, and where printed lures honestly trail store-bought ones.3 min read 3D printed lure drying wheel for six luresDIY Lure Drying Wheel: 3D Printed, Motor Not IncludedA 3D printed lure drying wheel for even epoxy coats: 6 or 12 lures, a universal hub with shaft adapters, and the 5–6 rpm motor you'll need to source.5 min read Hardware illustration with an unpainted crankbait, two treble hooks, two split rings and stainless wireHooks, Split Rings and Wire for 3D Printed Lures — the Hardware GuideWhich treble hooks, split rings, wire and ballast a 3D printed lure needs: honest sizing rules of thumb, why everything is stainless, and why ballast is never lead.2 min read A freshly airbrushed 3D-printed lure in a perch pattern drying on a stick over a workbench, airbrush and paint cups beside itHow to Paint a 3D Printed Fishing Lure (and Make It Last)Painting 3D printed fishing lures: surface prep for PETG, primer, rattle can vs markers vs airbrush, simple patterns that work, and the epoxy top coat that makes paint survive.3 min read TREMOR, a 7 cm crankbait with visible 3D print layer linesHow to Seal 3D Printed Fishing Lures (Epoxy Guide)How to seal 3D printed fishing lures with epoxy: why FDM prints need sealing, the two-coat technique, cure times, and mistakes that cause waterlogging.4 min read BRUISER, an 11 cm 3D printed crankbait in raw PETGPETG vs PLA for Fishing Lures and Fishing GearPETG vs PLA for fishing lures and gear: impact resistance and water resistance compared, plus which material to print for lures, molds, and outdoor hardware.5 min read A spool of white PETG filament on a workbench beside two small grey 3D-printed lure bodiesThe Best Filament for Fishing Lures (Buy This, Skip That)PETG as a starting material, translucent filament for an unpainted diving lip, or white for an opaque finish. Choose material and color separately.3 min read Assembly illustration of separate mirrored body halves and a continuous wire harnessThrough-Wire Construction for 3D Printed Lures — Why It's RequiredThrough-wire construction for 3D printed fishing lures: what it is, why layer-bonded prints need it, how to bend clean loops, and which wire gauge to use.4 min read Transparent PLA or PETG for Fishing Lures?Print a translucent diving lip, paint the body and keep the lip free of color. What clear filament can do, how to finish it and what to test first.2 min read Print illustration of two mirrored body halves flat on a textured build plateWhich 3D Printer for Fishing Gear? (An Ender 3 Is Enough)Which 3D printer for fishing gear: why a 220×220 mm bed like the Ender 3 is enough, what actually matters, and honest notes on printer classes and PETG.5 min read