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Vertical Wind Tunnel

Name: Vertical Wind Tunnel
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Vertical Wind Tunnel Specification

Equipment Type
Aerodynamic Simulation Apparatus

Material
High-strength steel structure, transparent polycarbonate walls

Processing Type
Precision CNC fabrication, anti-corrosive treatment

Condition
New

Technology
Vertical airflow circulation, variable speed fans

Dimension (L*W*H)
12 m x 3.5 m x 5.5 m (customizable)

Power Mode
Electric powered

Voltage
380V, 50/60 Hz

Power Consumption
Approximately 250 kW depending on capacity

Pressure Output
Variable, optimized for user weight and skill level

Application
Indoor skydiving, free-fall simulation, military and astronaut training, wind resistance testing

Coating Type
Powder coated, corrosion resistant

Accessories
Safety net, wind speed regulators, control panel, helmet, flight suit

Noise Level
Below 80 dB(A)

Compliance
Meets EN and ASTM international safety standards

Service Support
Onsite installation and training available

Working Speed
Adjustable, up to 300 km/h (approx. 185 mph)

Flight Chamber Diameter
2.5 meters

Installation Type
Floor mounted, modular assembly

Safety Features
Emergency stop, redundant fan system, padded entry/exit

Color Options
Custom RAL colors available

Surface Finish
Smooth, anti-static interior

Maximum Occupancy
1 instructor + 2 flyers

Air Temperature Control
Integrated HVAC system

Operational Altitude
Sea level to 2000m

Transportability
Modular sections for ease of shipment

Control System
Advanced digital PLC-based touch panel

Fan Type
Centrifugal axial fans

About Vertical Wind Tunnel

Marketing Overview

The Vertical Wind Tunnel is an advanced aerodynamic testing system designed to generate controlled upward airflow, enabling free-flight, spin, and stability testing of models. Unlike conventional horizontal wind tunnels, this configuration allows objects to be suspended or freely moving within the test section, closely simulating real flight behaviors such as stall, spin, and recovery.

Widely used in aerospace research, defense applications, and training environments, vertical wind tunnels provide a unique platform for studying dynamic stability, parachute systems, and human flight simulation. With precise airflow control and low-noise operation, they deliver high-fidelity experimental data in a controlled environment.

Technical Datasheet (Generalized Ranges)

1. System Classification

Type: Vertical / Recirculating or Open-loop
Flow Direction: Upward (vertical airflow)
Primary Use: Free-flight and spin dynamics testing

2. Test Section Specifications

Orientation: Vertical
Shape: Circular (typical) / Rectangular
Diameter / Width: ~1 m 5+ m
Height: ~3 m 15+ m
Access: Transparent or open test section for observation

3. Flow Performance

Velocity Range: ~5 m/s 60 m/s
Typical Operating Range: 20 50 m/s
Velocity Control Accuracy: 1% 2%
Flow Uniformity: 1% 3%
Turbulence Intensity: <1%

4. Flow Characteristics

Flow Profile: Uniform or tailored (e.g., saucer-shaped for spin testing)
Lift Capability: Supports free suspension of models or human bodies
Rapid Speed Variation: Enables dynamic testing and control

5. Drive System

High-power electric motor with axial fan
Variable frequency drive (VFD) for precise speed control
Continuous operation capability
Low-noise design with acoustic treatment

6. Measurement & Control

Real-time airflow monitoring and control
Automated data acquisition systems
High-speed imaging and motion tracking
Multi-camera synchronization and digital analysis

7. Testing Capabilities

Aircraft spin and recovery analysis
Free-flight aerodynamic behaviour
Dynamic stability testing
Parachute and descent system evaluation
Human flight simulation (training applications)

8. Instrumentation (Optional)

Motion tracking systems
Force and balance systems (tethered mode)
High-speed cameras
Flow visualization tools
Environmental sensors

9. Applications

Aerospace R&D (spin dynamics, UAVs, spacecraft recovery)
Defense and aviation safety studies
Paratrooper and astronaut training
Sports and human flight simulation
Academic and experimental aerodynamics

10. Key Advantages

Enables true free-flight testing (not just fixed models)
Realistic simulation of spin and stall behaviour
High repeatability and control
Low-noise and safe operational environment
Multi-purpose research and training platform

11. Customization Options

Test section size and geometry
Flow profile shaping
Acoustic insulation levels
Advanced imaging and tracking systems
Human-rated safety systems

Cutting-Edge Aerodynamic Simulation

Built for excellence, the wind tunnel harnesses advanced centrifugal axial fans and digital controls that allow seamless wind speed adjustments. Its modular, floor-mounted assembly ensures straightforward installation and future adaptability, appealing to entertainment venues and training facilities alike.

Enhanced Safety and User Comfort

Safety is paramount, featuring emergency stop functions, a redundant fan system, smooth anti-static finishes, and padded exits. Occupants benefit from quiet operation below 80 dB(A) and a customizable HVAC-controlled environment, ensuring every flight is both exhilarating and secure.

FAQ's of Vertical Wind Tunnel:

Q: How does the adjustable wind speed benefit indoor skydivers and trainers?

A: The wind tunnel's airflow can be smoothly regulated up to 300 km/h using a state-of-the-art PLC touch panel. This versatility allows precise simulation for both beginners and advanced flyers, making it ideal for indoor skydiving training, free-fall simulation, and even military or astronaut preparation.

Q: What safety measures are included in this vertical wind tunnel?

A: Safety is integral to the design, with features such as an emergency stop button, redundant fan system, padded entry and exit points, and a safety net. The structure meets EN and ASTM international safety standards, ensuring secure operation for all users.

Q: When is this wind tunnel suitable for use across different altitudes?

A: The system operates reliably from sea level up to 2000 meters, making it adaptable for installation in diverse geographic locations without compromising performance or safety.

Q: Where can this wind tunnel be installed, and what are its power requirements?

A: Thanks to its modular design and floor-mounted configuration, the tunnel is well-suited for indoor facilities such as entertainment centers, research labs, and training bases. It requires a 380V power supply and consumes around 250 kW, depending on usage.

Q: What is the installation and onboarding process for customers?

A: The manufacturer provides onsite installation and training, ensuring the tunnel is assembled correctly and operators are fully briefed on safe usage. Its modular sections simplify shipping and setup, greatly reducing downtime.

Q: How does the integrated HVAC and noise reduction improve user experience?

A: The HVAC system keeps the flight chamber at a comfortable temperature regardless of external conditions, while engineering designs limit noise levels to below 80 dB(A), creating a pleasant atmosphere for flyers, instructors, and spectators alike.

Q: What are the main benefits of choosing this vertical wind tunnel over others?

A: This apparatus offers precision control, robust safety, customizable aesthetics, and compliance with leading safety standards. Its transportable, modular build and adaptable power and environmental specifications make it suitable for a wide range of commercial and professional applications.

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