Air Sketcher

Revolutionizing Airflow Analysis

Air Sketcher is an innovative software solution that brings the power of Computational Fluid Dynamics (CFD) to everyone. By simplifying complex CFD technology, it transforms how airflow analysis is performed, enabling users to visualize and optimize ventilation with ease.

Designed for analyzing 2D airflow patterns in floor plans, Air Sketcher offers effective, user-friendly tools to optimize ventilation and improve air quality. Whether you’re a professional planner or a non-expert, you can confidently analyse airflow distribution and create healthier environments using just images or sketches.

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Bring Real-World Wind Conditions into Your Simulations with Wind Rose & CFD

Enhance your simulations with real-world wind data and refine your CFD models using Wind Rose insights.

With built-in Wind Rose data, Air Sketcher provides historical wind information—speed, direction and frequency—helping you better understand real-world wind behavior and set up your simulations more effectively.

By leveraging wind rose data, you can:

  • Identify optimal wind direction – Determine the most favorable airflow for your design.
  • Fine-tune your model orientation – With wind always flowing from the left in your simulation, adjusting your sketch orientation is a simple yet powerful step toward achieving more realistic and accurate results.
  • Optimize performance – Improve outdoor airflow, energy efficiency and environmental impact analysis.

This simple adjustment ensures better design accuracy, smarter energy use and more reliable environmental impact assessments.

Align your simulations with real-world wind conditions and make smarter, data-driven decisions with Air Sketcher today.

Unlock the Potential of Air Sketcher

Air Sketcher is designed for everyone—whether you’re an engineer or just curious to explore, it’s a versatile solution for a wide range of applications.

Explore how it can make a real difference in your field

Optimize indoor environments through innovative airflow solutions. Examples include:

  • Efficient HVAC system ventilation.
  • Improved energy efficiency and air quality.
  • Healthier, sustainable spaces for all building types.

Enhance farm environments to support animal health and productivity. Examples include:

  • Ensure proper airflow to promote well-being.
  • Reduce harmful gases like ammonia and carbon dioxide.
  • Optimize barn layouts to enhance air distribution.

Transform building designs with smart airflow planning. Examples include:

  • Assess wind patterns to prevent issues like wind tunnels.
  • Improve urban layouts for better thermal comfort and air quality.
  • Integrate natural ventilation for sustainable designs.

Protect environments and public safety through airflow modelling. Examples include:

  • Control pollution dispersion with airflow simulations.
  • Simulate smoke and gas movement for emergency planning.
  • Support safer chemical containment designs with airflow insights.
  • Simulate airflow to minimize airborne particle spread in sensitive healthcare environments, including cleanrooms, isolation wards and hospitals.

Fine-tune designs for better aerodynamic performance. Examples include:

  • Optimize vehicles, aircraft and drones for efficiency.
  • Reduce drag, improve lift and enhance overall aerodynamics.

Improve operational efficiency with airflow solutions. Examples include:

  • Simulate ventilation in factories and warehouses.
  • Model airflow in cooling systems, chimneys, exhausts and ovens.

Refine object designs by analyzing airflow behavior. Examples include:

  • Study drag, lift and turbulence around various shapes.
  • Enhance performance with optimized designs.

Boost sustainability efforts with airflow optimization. Examples include:

  • Simulate airflow to support passive ventilation in eco-friendly buildings.
  • Provide airflow insights to evaluate wind conditions and help maximise wind turbine energy capture for renewable projects.

Advance athletic performance with aerodynamic solutions. Examples include:

  • Analyze airflow around sports equipment such as bikes, helmets, skis, golf balls and racing wheelchairs.
  • Optimize sports gear and clothing for improved performance.

Make airflow principles accessible through interactive learning. Examples include:

  • Teach fluid dynamics with intuitive, hands-on simulations.
  • Provide practical simulations for real-world ventilation challenges.
  • Support academic projects, workshops, and professional training.

Experience Air Sketcher Today

Compare Options 

Air Sketcher SoftwareSimulation Report
IncludesDownload link and license key for Air Sketcher softwareOne simulation report delivered via email (PDF format)
LicenseFor 1 PC – 1 User (non-transferable and for use on a single device only)Not applicable
Instant Digital DeliveryYesNo
System RequirementsWindows 10 or higher, 8GB RAM, 1GB storage, minimum 1024 x 768 resolution, internet access.Not applicable

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