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A replacement front bash bumper for the Traxxas Slash RC chassis, designed to replace broken stock parts after hard curb impacts. The leading edge is tapered into a skid-plate wedge to force the chassis up and over obstacles rather than absorbing direct frontal collisions.
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What it's for A custom 16-tooth spur gear designed for tight tolerances and specific meshing requirements. Built with a modified pressure angle for a sharper tooth profile, and zero standard clearance to strictly match the requested root and outer diameters. Dimensions Outer Diameter: 9.00 mm Root Diameter: 7.00 mm Bore Diameter: 1.55 mm Thickness: 2.00 mm Module: 0.5 (with 28° pressure angle) Print notes Given the small 1.55 mm bore and fine module 0.5 teeth, a resin printer or an FDM machine with a 0.2 mm nozzle and highly calibrated flow is recommended. If printing on standard 0.4 mm FDM, horizontal expansion (XY compensation) may be needed to keep the bore true to size.
Wagon door runner to replace 3 off 15208 bricks Version with slightly too large slope
Introducing AeroGuard, a lightweight protective ring designed to keep DJI Mini 3 flights safe around trees and tight spaces. The slanted, latticed airflow design reduces overall weight and minimizes downdraft interference, ensuring the drone remains agile while shrugging off minor impacts. Features Optimized Clearance: 100mm inner diameter provides a safe 5mm buffer around standard 90mm propellers. Aerodynamic Profile: Slanted lattice cutouts allow thrust to pass through the guard ring smoothly. Snap-Fit Mounting: Integrated C-clip securely snaps over a standard drone arm. Print Notes Print flat on the plate. A durable, impact-resistant filament like PETG or an engineered PLA is recommended to survive branch encounters.
A heavy-duty rear kicktail platform designed for the Escoone W6 electric scooter. Features a solid, uninterrupted core for maximum strength, adjustable bolt spacing for the 114.3mm factory mounts, and a steep ramp angle to lock in the rear foot during hard acceleration. 105mm bottom arch to clear the rear fender Solid center spine for FDM printability Recessed bolt mounts to keep the deck flat High-traction chevron cuts for grip
Sistema de dirección frontal mecánico tipo Ackermann, diseñado para vehículos a radiocontrol o maquetas. Las manguetas descansan sobre el eje rígido principal y se conectan mediante una barra de acoplamiento, asegurando que la rueda interior trace un radio de giro más cerrado que la exterior durante las curvas. Puntos de Modificación Este diseño está pensado como una plataforma base para integrarse en chasis personalizados. Las cotas actuales sirven como punto de partida: Ancho del eje: 100 mm totales, con 90 mm entre los centros de pivote. Geometría Ackermann: Los brazos de dirección tienen una longitud de 20 mm y un ángulo de inclinación interna de 15 grados. Tornillería: Los orificios en el eje y la barra son pasantes de 3.2 mm, mientras que las manguetas cuentan con orificios de 2.8 mm diseñados para que tornillos M3 muerdan directamente en el plástico. Ejes de rueda: Los vástagos laterales miden 5 mm de diámetro por 18 mm de largo, compatibles con rodamientos estándar de RC 5x10 o hexágonos adaptadores.
A large 3D-printable playground slide designed to mount securely into a 90 mm window frame, sized for 1:6 scale dolls. The track follows a single smooth clockwise sweep out and away from the dollhouse, transitioning cleanly to the floor. Broad Descent: Uses a smooth Bezier sweep to drop 460 mm without looping or reversing direction. Upright Geometry: The track remains perfectly level across its width from top to bottom. Window Mount: Features a squared notch that drops cleanly over a standard lower window edge.