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Wind Tunnel Equipment – Precision Testing for Aerospace Innovation

Driving the Future of Aerodynamics with Syntelli

At Syntelli, we provide world-class wind tunnel equipment designed to support the evolving needs of the aviation and aerospace industries. Our cutting-edge testing systems are tailored for the analysis of aircraft, spacecraft, and various high-performance vehicles, enabling engineers to conduct precise aerodynamic studies for both current and next-generation technologies.
We have delivered a variety of advanced wind tunnels to support aviation and aerospace development in UAE, and we continue to contribute globally by providing the highest-class performance testing systems. Our comprehensive equipment portfolio includes transonic, supersonic, and hypersonic wind tunnels, as well as specialized systems like cryogenic wind tunnels and plasma wind tunnels, which provide unparalleled testing environments for aircraft development, material testing, and propulsion systems. With a strong focus on accuracy, safety, and scalability, Syntelli supports the aerospace community in the United Arab Emirates and globally.

Wind Tunnel Systems

Transonic Wind Tunnel

In order to confirm the aerodynamic performance of aircraft such as jetliners, it is essential to test the flow characteristics in the Mach number region between about 0.8 and 1.4. Our transonic wind tunnel allows for the precise testing of flight characteristics in this Mach range. We produce wind tunnels capable of testing various Mach numbers as required for different testing purposes.

  • Type: Blowdown type
  • Test Section: 600 × 600 mm
  • Mach Number: 0.8 to 1.4
  • Measuring Time: Approximately 20 seconds

Hypersonic Wind Tunnel System

The hypersonic wind tunnel system offers high accuracy for Mach number distributions, achieving the world’s best precision within ±0.4. This system allows for testing at speeds much higher than those used in conventional wind tunnels, making it ideal for cutting-edge aerospace applications.

  • Type: Blowdown/Suction intermittent type
  • Test Section: φ1,270 mm
  • Mach Number: 10
  • Measuring Time: Over 30 seconds

Ram Jet Engine Test Facility

This test facility is designed for the development of air-breathing engines capable of continuously changing altitude and Mach numbers. The system is critical for the research and testing of engines used in supersonic and hypersonic vehicles.

  • Test Mode: Direct connect/Semi-free jet
  • Mach Number: 0 to 4
  • Altitude: 0 to 80,000 ft
  • Total Pressure: 0.07 to 3.7 MPa
  • Total Temperature: 250 to 930 K

Supersonic Wind Tunnel

This wind tunnel is specifically designed for testing the aerodynamics of supersonic vehicles, such as rockets, at speeds from Mach 1.5 to Mach 4.0.

  • Type: Blowdown type
  • Test Section: 600 × 600 mm
  • Mach Number: 1.5 to 4.0 (Variable)
  • Measuring Time: Over 30 seconds

Hypersonic High Enthalpy Wind Tunnel

Designed for aerodynamic testing of supersonic vehicles such as rockets, this wind tunnel provides critical data for high-speed flow simulations.

  • Type: Blowdown/Suction intermittent type
  • Test Section: φ200 mm
  • Nozzle Mach Number: 7, 8, 9 (Changeable)
  • Measuring Time: Over 30 seconds

Supersonic Combustion Wind Tunnel

This specialized wind tunnel allows for testing of combustion processes in supersonic flows, vital for advanced aerospace propulsion systems.This specialized wind tunnel allows for testing of combustion processes in supersonic flows, vital for advanced aerospace propulsion systems.

  • Type: Blowdown type
  • Max. Flow: 2,000 Nm³/h
  • Air Temperature: Max. 1,500°C
  • Measuring Time: Over 100 seconds

Arc Heated Wind Tunnel

This facility tests high-temperature conditions for aerospace components exposed to extreme heat during high-speed flight, simulating the conditions experienced by spacecraft during re-entry.

  • Type: Jet type
  • Diameter of Nozzle Outlet: φ180 mm
  • Mach Number: 12
  • Total Temperature: 7,000 K
  • Total Pressure: Max. 1.0 MPa
  • Measuring Time: 30 minutes

High Enthalpy Shock Tunnel Facility

One of the world’s largest high-enthalpy shock tunnel facilities, designed for aerodynamic heating tests on models of returnable spacecraft.

  • Type: Free piston type
  • Total Pressure: 150 MPa
  • Max. Enthalpy: 25 MJ/kg
  • Max. Total Temperature: 10,500 K
  • Duration Time: 2.0 ms

Cryogenic Wind Tunnel / Quiet Nozzle

Our cryogenic wind tunnels are designed to simulate real-world conditions by lowering air temperature to achieve Reynolds numbers closer to those found in actual machine tests. The quiet nozzle technology minimizes turbulence, ensuring smoother airflow and more accurate data.

  • Type: Cryogenic Wind Tunnel / Quiet Nozzle
  • Applications: High-speed flow testing with minimized turbulence and more realistic conditions

Plasma Wind Tunnel

This advanced wind tunnel uses plasma to simulate aerodynamic heating and high Mach number conditions encountered during atmospheric reentry.

Climatic Wind Tunnel

Our climatic wind tunnel simulates various environmental conditions, such as solar radiation, rainfall, snowfall, temperature, and humidity, making it an essential tool for testing vehicle performance in extreme weather conditions.

  • Type: Vertical Göttingen type
  • Dimension of Nozzle Outlet: 2.2 m x 1.7 m
  • Max. Air Speed: 120 km/h
  • Temperature Range: -25°C to 50°C
  • Humidity Range: 30–80% RH

Wind Tunnels for Various Researches

Our wind tunnels are also used for diverse research purposes, including pollution control, high-rise building and bridge design, and aircraft and ship development.

  • Pollution Control: Our systems help simulate air pollution processes and identify sources of pollution, such as auto emissions and industrial pollutants.
  • Structural Design: Wind tunnel tests are essential for ensuring the stability and safety of large structures like high-rise buildings and bridges.
  • Aerospace Development: Wind tunnels play a critical role in the design of aircraft and ships, helping researchers optimize aerodynamics for better performance and efficiency.

Contact Us for Advanced Wind Tunnel Solutions

For more details on our cutting-edge wind tunnel systems or to inquire about specific research needs, please contact Syntelli today via our Sales and Service Department or complete our Inquiry Form for tailored solutions.