ServiceUpdated on 28 May 2026
Simulation driven drone design
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary
About
We have expertise in designing aerodynamically efficient, typically propeller driven and durable drone systems. The development and design work is simulation dominated, thus, requires less physical prototypes to make.
Our services include:
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CAD design
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CFD analysis and shape optimization
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Airframe - propeller interaction analysis with virtual blade modelling (VBM)
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Quick propeller blade shape and structure optimization with in-house developed software
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FEA of frame including composite strength and durability analysis
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Material and component structural testing
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System integration support
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Heat management analysis
Type
- Research & Development
- Testing & Analysis
- Other
Applies to
- Aerospace
- Unmanned Aircraft Systems (UAS)
Attached files
Organisation
Similar opportunities
Product
Automated composite propeller and rotating blade preliminary design and analysis system
- Buyer
- Aerospace
- Helicopters
- Investment/Finance
- Aftersales Services
- Demonstration / Pilot projects
- Unmanned Aircraft Systems (UAS)
Laszlo Kovacs
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary
Expertise
Simulation-assisted design and testing of composite structures
- Aerospace
- Helicopters
- Aerospace Infrastructure
- Space Unmanned Aircraft Systems (UAS)
Laszlo Kovacs
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary
Product
Automated, FEA based composite fatigue evaluation tool
- Buyer
- Space
- Aerospace
- Helicopters
- Investment/Finance
- Re-Seller/Wholesaler
- Demonstration / Pilot projects
- Unmanned Aircraft Systems (UAS)
Laszlo Kovacs
R&D Team Lead, Project Coordinator at Econ Engineering Kft.
Budapest, Hungary