I will design scara robotic soft gripper, fpv drone payload mount quadcopter chassis


About this gig
Your robotic drone project is stalled because the gripper slips or adds too much weight, and the UAV frame vibrates or fails structural tests putting your prototype timeline and investor demo at risk. I am a senior mechanical engineer specializing in robotic gripper, custom end effector, and UAV drone frame design in SolidWorks for startups and manufacturers.
WHAT I OFFER:
- Validated grip force, stroke, and repeatability
- Lightweight frame with 35%+ weight reduction
- Modal vibration analysis for stable camera performance
- Seamless integration between end effector and drone
- Topology optimization for composite manufacturing
- Tolerance stack-up ensuring first-article success
- Complete DFMA and GD&T documentation
- Motion studies eliminating binding or stability issues
WHY CHOOSE ME:
- Specialist in robotics mechanisms
- All designs reached successful first prototypes
- Aerospace-level FEA, documentation
- Strict NDA and professional version control
- One-stop partner faster and more precise than agencies.
TOOLS I USE:
SolidWorks 2024 Premium, SolidWorks Simulation (FEA & vibration), Motion Analysis, ASME Y14.5 GD&T.
Message me with your part dimensions or drone model to begin.
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know Klaus H
SolidWorks CAD Designer, CNC Injection Mold, 3D Printing Expert
- FromGermany
- Member sinceMay 2026
Languages
English, German, Spanish, French, Italian
My Portfolio
FAQ
Do you sign NDAs?
Yes. NDA is signed before any technical discussion or file sharing.
Can you start immediately?
Yes. Most projects begin the same day or next business day.
Will I receive native SolidWorks files?
Yes. Fully parametric SolidWorks files + STEP, Parasolid, and GD&T drawings.
Can you work from rough sketches?
Yes. I specialize in turning hand sketches and technical targets into production-ready designs.
How do you ensure manufacturability and integration?
Every design includes DFMA review, proper tolerances, and verified fit between gripper and UAV frame.
What if changes are needed after testing?
Premium includes unlimited revisions until the system performs reliably in the field.
Do you design only parallel jaw grippers and rigid frames?
This gig focuses on parallel grippers and CNC-optimized frames, but I also handle soft grippers and foldable UAV designs.

