Created today
Description
Un sifflet de survie compact et puissant, construit autour d’une architecture à double chambre. Imprimable sans aucun support, il utilise deux cavités de résonance de longueurs différentes pour générer une dissonance acoustique perçante.
Ce design est purement mathématique et conçu pour être ajusté :
Images
A 50mm print-in-place emergency whistle built around a 12mm spherical resonating chamber. It features a tapered mouthpiece and an integrated 7mm captive pea that creates a high-decibel warble, all packed into a low-profile keychain block. Remix Hooks & Constraints Chamber Geometry: The fundamental tone is dictated by the 12mm sphere. Expanding this chamber lowers the pitch, while shrinking it creates a sharper, higher shriek. Captive Pea: The 7mm pea prints with a 0.2mm floor gap. This clearance is just tight enough to prevent the sphere from tearing off the build plate, but weak enough to break free with a pen tip. Windway & Fipple: The air channel is fixed at 1.5mm high to compress the airstream before it hits the 45-degree splitting edge. Changing the fipple angle will dramatically alter the sound quality. Mounting Loop: The 5mm bore at the rear fits standard split rings and 550 paracord. If scaling the model for a heavier carabiner, reinforce the tail block first.

What it's for A dense, multi-function pocket fidget block that packs six tactile mechanisms into a single footprint. Designed to be printed entirely flat without supports, it features a print-in-place captive joystick, a spinning side-wheel, and two cantilevered clicky buttons. The front edge houses a deep hidden storage slot containing a flat-packed basketball kit. The backboard (complete with a rubber band hook on the rear) slots into the top of the block, and the rim snaps firmly into the backboard. Finally, one quadrant contains an internal hollow tank cavity with a threaded fill plug and a side spout. The top wall of the tank is intentionally thin (0.8mm) with a tactile button pad—pressing it lightly flexes the roof, simulating a squirt-pump mechanism. (While functional in TPU, printing in PLA serves as a satisfying, slightly yielding fidget button). Dimensions Base Block: 60 × 60 × 18 mm. Storage Slot: 46 mm wide, 58 mm deep, 4.5 mm tall. Backboard: 30 × 25 mm (excluding base peg). Rim: 18 mm outer diameter. Assembly Print Settings: No supports required. Ensure your printer is dialed in for 0.4mm print-in-place tolerances so the joystick and spinner break free smoothly. Hoop: Slide the backboard out of the front slot, insert the peg into the slot on the top deck, and press the rim peg into the backboard hole. Tank: The included friction plug seals the top fill hole.
Un model giroscopic compact format din patru elemente concentrice, creat pentru a fi imprimat direct articulat. Fără asamblare posterioară. Pivoții conici sunt calculați la o toleranță generoasă, permițând fiecărui inel să se rotească liber pe axa sa de îndată ce este ridicat de pe patul de imprimare. Dimensiuni Diametru total: 60 mm Înălțime: 10 mm Toleranță îmbinări: ~1.2 mm diametral Detalii de printare Se printează fără suport (no-supports). Designul pivoților folosește unghiuri de 45 de grade specifice printării FDM în sistem print-in-place, garantând că sferele interioare nu necesită susținere suplimentară pe axa Z. După finalizare, este suficientă o ușoară presiune pentru a dezlipi inelele unele de altele.

What it's for A captive, fully print-in-place mechanical fidget toy. It features three deep-treaded thumb wheels trapped within rounded U-brackets at the corners, plus a central rotating hub. The entire assembly drops onto the build plate as a single unit and breaks free immediately after printing. Dimensions Overall footprint: ~88 mm point-to-point. Thickness: 16 mm frame (top hub cap sits 1.5 mm higher). Clearance: 0.4 mm gap around all moving parts. Print notes Designed for PLA with no supports. Elephant-foot compensation chamfers are built directly into the bottom faces of the captive axles and the center hub hole, ensuring the mechanisms won't fuse to the build plate on the first layer.
Un cierre mecánico de dos piezas diseñado para pulseras o correas hechas con cinta plana de 25 mm de ancho. El diseño utiliza un sistema de solape escalonado con tres pestañas de retención. Configuración del pase: 3 ranuras paralelas de 2.5 x 26 mm por lado, pensadas para entrelazar la cinta con firmeza. Mecanismo: Unión tipo solape (lap joint) con retenes de fricción esféricos; encaja a presión y resiste tensión lateral. Tolerancias: El cierre incorpora 0.3 mm de holgura exacta en las cavidades hembra para un ajuste perfecto en máquinas FDM bien calibradas. Impresión: Ambas mitades descansan planas sobre la cama. No requiere soportes.
A four-ring concentric gimbal toy designed for fully assembled printing. The rings pivot independently on alternating axes using built-in conical hinges. All exterior edges are rounded for comfort. Clearances: 0.5 mm radial and axial gap between all moving surfaces. Overhangs: Conical pivots operate at a 45-degree angle, requiring no supports. Base: Rings are coplanar at z=0 to ensure solid bed adhesion. Dimensions: 60 mm outer diameter, 12 mm overall thickness.