Quadruped Mechanism Design Needed expect in solidworks

@iamVutuk

Hello, We are Vutuk Design and Media, a multidisciplinary engineering team specializing in robotic mechanism design, parametric CAD, and design for additive manufacturing. Your quadruped robot project requires a strong balance between mechanical realism, motion accuracy, and manufacturability—which is exactly where our expertise lies. We design complex robotic systems with precise joint kinematics, servo compatibility, and optimized tolerances for FDM printing (PLA/PETG). Our workflow ensures seamless transition from CAD to simulation (CoppeliaSim) and physical prototyping . We will deliver a fully parametric CAD package (Fusion 360/SolidWorks compatible), including assemblies, STEP/STL files, and a modular design for easy fabrication and testing. To ensure the best outcome, we would like to clarify: What are the motion requirements (walking speed, stability focus)? Do you have preferred actuator specifications or constraints? What level of anatomical detail is expected in the robotic hand? Should the design allow future upgrades or modular attachments? We would be glad to support your project from concept to working prototype. Please visit our profile to explore our portfolio and capabilities. Looking forward to working together.

@Ewaidiouse

Mechanical Design & Engineering Expertise: Reverse Engineering | Fabrication | DFM | 3D Printing | Concept Design | Product Development / Improvement I am a Mechanical Designer with over 8 years of experience turning complex ideas into functional, manufactured products. I focus on creating designs that aren’t just visually sound, but are technically optimized for real-world performance and efficient production. Software Proficiency: SolidWorks • Autodesk (AutoCAD, Fusion, Inventor) • Maya • Matlab • Rhino • Catia Best Regards, MOHAMED EWAIDA Senior Mechanical Designer

@M2Safwat

Hi, I’m Mohamed Safwat Elmansy, a Mechanical Design & Production Engineer with strong experience in robotics mechanisms, linkages, and complex assemblies. I’ve designed and built robotic systems including a 6-DOF arm and custom mechanisms, and can deliver a full quadruped assembly with motion validation, proper joint design, and manufacturing-ready files with BOM. Feel free to open chat and share the requirements so we can define the motion and start immediately.

@mayank0752

I’ve worked on mechanical assemblies involving articulated linkages and motion systems where precision, weight optimization, and reliable movement are critical. Your requirement of developing a four-legged robot with efficient hip and knee joints, proper actuator integration, and clean internal layout is clear. I can design a lightweight yet strong leg architecture with well-defined joints, bearing support, and space allocation for motors, Jetson board, and battery, ensuring clean cable routing and serviceability. I’ll also validate the design through motion studies and basic strength checks to ensure smooth, clash-free movement and realistic load handling before prototyping. The focus will be on creating a practical, modular assembly that balances strength, weight, and manufacturability while staying adaptable for future iterations. Would you like the initial design to prioritize maximum range of motion or higher load capacity and stability? Mayank

@ppcboost

As a mechanical designer with extensive proficiency in SolidWorks, I can bring your vision of a powerful, compact, four-legged robot to fruition. My solid background in robotics mechanisms, joints, linkages, and gears aligns perfectly with the purpose of your project.

@sudiptob27

Hello, I’m a Mechanical Design Engineer with hands-on experience in designing complex assemblies, gear systems, and precision mechanisms using CATIA, SolidWorks, and ANSYS. I have worked on gearbox design, fixture development, and motion-based assemblies, which aligns well with your quadruped robot requirements. For your project, I can design a lightweight yet strong leg architecture with optimized hip and knee joints, ensuring smooth motion, proper torque handling, and zero interference. I will also integrate motor, gearbox, and bearing selection along with clean internal routing for electronics like the Jetson board and battery. You will receive: • Complete 3D CAD assembly with all components • Motion simulation validating joint movement and torque • Manufacturing-ready drawings (DXF/PDF, STEP/STL) • Detailed BOM with material selection I focus on practical, manufacturable designs and fast iteration. I’m confident I can deliver a robust and efficient solution for your robot. Let’s discuss your requirements and timeline. Best regards, Sudipto Bauri

@yuvi1237

SolidWorks/Catia expert: assemblies, motion, FEA, BOM—precision robotics CAD from concept to validation. Experienced in SolidWorks & Catia (3D/2D parts, Sheet metal, surfacing, assemblies, motion/FEA, BOM) with proven mechanism design—ready to deliver precise CAD, motion simulations, and validated assemblies for your four-legged robot. I can share my portfolio, if interested kindly find my contact details below: Yuvraj Khanna Mob.- +91 9926554335