Created 13 days ago
Description
A twin-hull survey drone designed for sweeping up surface debris. This robust catamaran frame features deep catchment nets, dedicated solar mounts, and powerful rear paddlewheels for shallow-water maneuverability.
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A 320mm scaled eVTOL concept featuring a streamlined monocoque aesthetic, four outboard motor nacelles, and a physical interior. This revision maintains the exact outer aerodynamic envelope of the X2 configuration while updating internal layout and ground stance. Canopy: Integrated functional rear-hinged canopy with structural knuckles and clearance for an M5 or wire pin. Mechanics: Internal recessed bay behind the cockpit for a micro servo or linkage. Stance: Four minimal 8mm landing pads keep the belly off the deck. Pods: Nacelle motor cavities shortened by 50% for a cleaner profile while still allowing cable routing through the booms.
Wagon door runner to replace 3 off 15208 bricks Version with slightly too large slope
Custom transition ferrule designed to mate golf shafts with an adapting taper. Before printing, verify your shaft tip standard. This part spans from a 0.355-inch taper dimension to a 0.370-inch parallel dimension. Critical Measurements: Inner Bore (Bottom): 9.0 mm (0.355") Inner Bore (Top): 9.4 mm (0.370") Outer Diameter: 13.5 mm (0.530") constant Length: 22.0 mm (0.875") Does not fit standard parallel-only 0.370" shafts at the base without binding.
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.
A rigid drive adapter connecting a standard D-shaft motor to a hexagonal RC wheel hub. The base features a keyed socket to prevent slip under torque, while the driven end seats into the tire's existing recess. Overall Length: 25 mm Motor Socket: 6 mm diameter with a 3 mm flat profile, 10 mm depth Wheel Drive: 5.2 mm flat-to-flat hexagonal peg, 10 mm length Base Diameter: 12 mm for structural wall thickness around the socket
Adapter coupler designed to bridge a D-shaft DC motor and a hex-hub wheel. Built to a total length of 30mm, featuring a dedicated socket for the motor shaft and a hexagonal drive peg for the wheel. Motor Socket: Sized for a D-shaft with a 3mm flat (assumes a standard 4mm overall shaft diameter). Depth allows for a 10mm long shaft. Wheel Drive: Hexagonal peg scaled to 4.8mm across flats to provide sliding clearance into a rigid 5mm hub. Clearances: Includes 0.2mm offsets on all critical mating surfaces for standard FDM printing tolerances.