Single main rotor Helicopter

Single Main Rotor Helicopter | SolidWorks Project Summary This is 3D CAD model of a single main rotor helicopter, designed in SolidWorks with a focus on structural accuracy, aerodynamics, and real-world applicability. The model includes a complete rotor system, fuselage, landing gear, and tail rotor, making it suitable for engineering simulations, industrial applications, and visualization projects. Industry Applications 🚁 Aerospace Engineering – Conceptual design, structural analysis, and aerodynamics testing. 🔬 Mechanical & Mechatronics – Motion simulation and component-level optimization. 🎬 Animation & Visualization – Realistic 3D rendering for films, games, and marketing. 🏗 Manufacturing & Prototyping – Reference model for rapid prototyping and 3D printing. 🎮 Gaming & Simulation – Realistic asset for flight simulators and AR/VR applications. Key Design Features ✅ Aerodynamically Optimized Design – Accurate fuselage contours and streamlined rotor assembly. ✅ Complete Rotor Mechanism – Includes main rotor, tail rotor, and swashplate system. ✅ Fully Parametric Model – Allows modifications in size, rotor blade pitch, and material selection. ✅ Detailed Structural Components – Landing gear, cockpit, engine housing, and tail boom included. ✅ Multiple Export Formats – Available in SLDPRT, SLDASM (SolidWorks), STEP, IGES, STL, and other formats upon request. ✅ Suitable for Simulation – Can be used for CFD analysis, FEA testing, and motion studies. CAD Software Utilized ✈ SolidWorks – Primary modeling software used for design and assembly. 🎨 KeyShot/Blender – Available for realistic renders upon request. Real-World Application This model is inspired by modern lightweight helicopters, often used for surveillance, emergency medical services (EMS), personal aviation, and military reconnaissance. It can be adapted for electric helicopter concepts, UAV prototypes, or urban air mobility solutions.