Created 2 days ago
Description
Bu parça, fırçasız (brushless) drone motorlarının itme gücünü (thrust) güvenle test edebilmeniz için tasarlanmış statik bir tezgah standıdır. Gövdesi itme kuvvetine karşı esnememesi için arka destek takozuyla güçlendirilmiş H profilli bir tabandan oluşur.
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A clean, streamlined static test mount for brushless electric drone motors. Elevates the motor to provide ample clearance for 80mm propellers while keeping the mass low and the profile minimal. Technical Details Motor Fitment: Designed for a 9mm pitch-circle diameter (PCD) using four M2 bolts. Propeller Clearance: Center height is positioned to comfortably clear an 80mm diameter prop. Mounting Setup: Employs a slim 4mm mounting face, eliminating the need for bulky access tunnels. M2 fasteners can pass straight through from the back. Base Plate: Features an extended footprint with M5 clearance holes for secure fastening to a test bench.
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
A half-meter-long go-kart frame complete with a full racing loadout. The chassis features lightweight cutouts along the floor pan and thick side pods for impact resistance, while the cockpit sports a contoured racing seat with aggressive side bolsters to keep the driver planted. Out back, a finned engine block feeds twin rear-facing exhaust pipes. Key Features Chassis Design: Extended floor pan with weight-reduction cutouts and integrated side pods. Racing Seat: Deeply contoured base and backrest with prominent side bolsters. Steering: Three-spoke wheel mounted on an angled column with a solid base support. Powerplant: Rear-mounted block engine featuring cooling fins and dual exhausts. Wheels: Rounded tires with defined center hubs mounted on robust solid axles.
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.
A lightweight, minimalist motor mount designed to attach micro brushless motors to a standard 3.0mm carbon fiber boom. It prints flat on the bed with no supports required, making it an extremely quick and clean print. Features Carbon Boom Sleeve: Snug 3.0mm inner diameter with a flex slit, allowing it to clamp securely to standard RC plane tail booms. Motor Interface: 9x9mm hole pattern sized for M2 screws, standard for 11xx series micro motors. Lightweight Build: Thin 1.2mm walls keep weight to an absolute minimum while the conical transition fillet maintains structural rigidity. Print Notes Print upright (motor plate flat on the bed). No supports needed. PLA or PETG recommended for stiffness.