Our subsonic wind tunnel systems are designed for precise aerodynamic testing in the low-to-moderate speed regime. Operating in the Mach range below compressibility-dominant conditions, these tunnels provide stable, uniform airflow ideal for aerodynamic performance evaluation, flow visualization, and force measurement.
Built on proven low-speed wind tunnel principles with enhanced power capacity, the system ensures improved flow control and higher velocity capability while maintaining low turbulence and high accuracy. Modular configurations and customizable test sections make it suitable for aerospace, automotive, and industrial research applications.
Technical Datasheet (Generalized Ranges)
1. System Classification
2. Test Section Specifications
3. Flow Performance
4. Operating Characteristics
5. Drive System
6. Key Components
7. Instrumentation (Optional)
8. Applications
9. Customization Options

Price:
Price 500000.0 INR / Unit
Minimum Order Quantity : 1 Unit
Application : Aerodynamics Testing for Laboratories and Educational Institutes
Power Consumption : 3 kW to 12 kW (depending on model size)
Coating Type : Powder Coated Finish
Voltage : 220240 V / 380415 V (as per model)
Price 500000.0 INR / Unit
Minimum Order Quantity : 1 Unit
Application : Aerodynamics studies, research and industrial testing
Power Consumption : Depends on configuration, typically 23 kW
Coating Type : Powder Coated
Voltage : 220240 V AC
Price 500000.0 INR / Unit
Minimum Order Quantity : 1 Unit
Application : Indoor skydiving, freefall simulation, military and astronaut training, wind resistance testing
Power Consumption : Approximately 250 kW depending on capacity
Coating Type : Powder coated, corrosion resistant
Voltage : 380V, 50/60 Hz
Price 500000.0 INR / Number
Minimum Order Quantity : 1 Number
Application : Aerodynamics education, laboratory experiments, airflow visualization, research demonstration
Power Consumption : 300W to 1200W depending on model
Coating Type : Powder coated body with clear acrylic test section
Voltage : 220V/230V, 50 Hz