3D Model
Heavy-Payload UAV Landing Gear Assembly (DFM Optimized)
specifically for heavy-payload industrial multi-rotors. The geometry was explicitly designed with strict Design for Manufacturing (DFM) principles, focusing on maximizing the strength-to-weight ratio for CNC machining
Designer
andrewj9955
Mechanicalengineering
troubleshooting. Proficient in technical analysis and engineering design using SolidWorks and AutoCAD. Supported by a vocational background in Airframe & Powerplant from SMKN 29 Jakarta, providing a strong foundation
3D Model
Helicopter cyclic and collective mechanical control
of a project, from the first design to the machining and final adjustments. With the achievement of the first prototype (the Winner B150), comes the need to improve the design. Thus the frame needed to be
Designer
surendraj
Experienced Mechanical CAD Designer with Expertise in Product Development & Project Management
Surendra Jalluri โ Aerospace CAD Design & Engineering Specialist ๐ Hyderabad, India | ๐ง โโโโโโโโโโโโโโโโโโ | ๐ฑ โโโโโโโโโโโโโโ ๐ LinkedIn Profile I am an accomplished Mechanical CAD Designer and Technical
Service
I offer UAV and drone CAD engineering with FEA validation
I design production-ready mechanical CAD systems for UAV and drone platforms. As founder of Aerora Dynamics, I bring real design-to-fabrication experience to every project.
SCOPE:
โข Full UAV airframe systems
Designer
Todd Galbraith
2D Drafting, Mechanical Engineering & CAD Design Guru
major airframe manufacturer. There I learned and used CATIA v4 and was fully trained in CATIA v5. I've spent the last 10 years working in various design roles as an individual contributor and design lead
3D Model
Aerodynamic & Propeller Wake Analysis in OpenVSP of a Twin-Boom UAV
This project showcases the conceptual aerodynamic design and analysis of a twin-boom pusher configuration UAV modeled in OpenVSP and analyzed using VSP AERO. Evaluated at steady cruise conditions, the
3D Model
Carbon fibre VTOLUAV
airfoil profile to support efficient flight performance and achieve speeds of up to 72 km/h. The airframe is constructed using 200 gsm carbon fibre, providing a lightweight but strong composite structure
Designer
Unnikrishnan S
CATIA, 3D Modelling & Microsoft Excel Professional
Stress Analysis of Airframe Components,. Linear Static and Model Analysis Using MSC Nastran & Patran Hand Calculations by using Strength of Materials Approach. 3D Modeling & 2D Drafting with Catia V5 Projects
Designer
Jim_K Beam Reach Engineering
Tool design expert
been performing contract tool design projects for former employers and new customers alike for several years. The types of tools I have designed include: o Composite airframe components (Molds, preform tools