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4.5 Fluid Dynamics: Component-Propeller

The Advanced Simulation Module helps to fine-tune every aspect of drone performance through step-by-step configuration. From choosing the fundamental drone type to specifying which parts to test, this module offers an intuitive way to run both structural (FEA) and fluid (CFD) analyses.

1. Drone Type​

Select the overall form factor of your drone:

  • Multi Rotor
    Versatile choice with multiple propellers for superior stability.
  • Single Rotor
    Efficient single-rotor system for longer flight durations.
  • Fixed Wing
    Aerodynamically optimized for extended range and endurance.
  • Hybrid VTOL
    Combines vertical takeoff with fixed-wing efficiency.

Each choice customizes your simulation framework to the drone’s flight characteristics.

2. Drone Usage​

Identify the primary application of your drone:

  • Photographic Use
    Focused on aerial imaging, mapping, and precision control.
  • Delivery Purpose
    Equipped for payload transport with autonomous navigation.
  • Military or Specialized
    Tactical or reconnaissance capabilities for advanced missions.

The use case influences load factors, mission duration, and potential aerodynamic challenges.

3. Simulation Type​

Specify the type of analysis to run:

  • Structural Analysis
    Investigate stress distribution, deflection, and overall integrity under various load conditions.
  • Fluid Dynamics
    Evaluate airflow, lift, drag, and other aerodynamics for optimal flight performance.

You can also combine multiple analysis types to form a multi-physics approach (coming soon).

4. Testing Type​

Choose the scope of testing:

  • Component Testing
    Zoom in on a single part—like a propeller or wing—to optimize design details.
  • Integration Testing
    Evaluate the complete system’s performance, from powertrain to control surfaces.

This flexibility allows you to isolate individual parts before committing to a full-system analysis.

5. Testing Parts​

Finally, decide which parts to analyze:

  • Propeller, Wing, or Other Components
    Focus on specific hardware to refine shape, material, or aerodynamic features.
  • Aircraft (Full System)
    Run a comprehensive simulation on the entire drone assembly.
  • Custom Settings
    Handpick the parts or subsystems you want to simulate.

After selecting your parts, proceed to set up material properties, boundary conditions, and other parameters.

Key Benefits​

  1. Modular Workflow
    Break down the simulation process into manageable steps—ideal for both novices and experts.

  2. Precision Control
    Each selection narrows down the parameters, ensuring accurate and detailed FEA/CFD results.

  3. Iterative Design
    Quickly run multiple simulation loops by adjusting design variables at each step.

Next Steps​

Tip: You can combine Advanced Simulation with our upcoming Regulatory Modules (FAA, EASA) to ensure compliance while optimizing performance.

Ready to Take Off?​

Select your drone type, usage, and desired analysis. Watch as EveryDrone’s step-based UI guides you through the entire simulation journey—from component-level fine-tuning to full drone system evaluations.

Need Assistance or Have Questions?

Frequently Asked Questions: FAQ Link

Support Inquiries: support@everysim.io