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TecQuipment

TecQuipment Subsonic Wind Tunnel – AF1600S

TecQuipment’s largest open-circuit wind tunnel, the Subsonic Wind Tunnel 600mm, is geared towards the study and the research of advanced aerodynamics. When operating, the wind tunnel has air enter through a honeycomb flow straightener and grille, then passes through an aerodynamically designed effuser, where the air gets increased to a desired speed and passes through the square working section. The airflow is controlled via an electronically adjustable axial fan. The working section has removable and hinged panels along the sides, roof, and floor—made of acrylic—and is designed to accommodate a variety of small-scale models. The wind tunnel can measure lift, drag, and pitching moment as well as flow parameters, thanks to its hardware, which includes Pitot tubes, pressure taps, data acquisition hardware, and multi-use adaptable instrumentation, designed to extend the wind tunnel's capability to measure flow.

SPECIFICATIONS

  • Working section: 600 mm × 600 mm × 1250 mm, square with chamfered corners

  • Airflow: Open-circuit, subsonic, controlled by variable-speed axial fan

  • Flow straightener: Honeycomb and grille

  • Materials: Acrylic panels for sides, roof, and floor

  • Fan protection: Grille

  • Measurement: Pitot devices, wall tappings for static pressure

  • Model support: Holders on side panels

  • Data acquisition: VDAS®-F system for computer-based capture

FEATURES

  • Large working section for improved visualisation and accurate results
  • Supports measurement of lift, drag, and pitching moments
  • Flexible model mounting options with holders and balance systems
  • Aluminium framework for durability and stability
  • Optional ancillaries for flow visualisation and pressure measurements
Mobile robotics simulation showing autonomous robots navigating a marked floor

Learning Outcomes

  • Study advanced aerodynamics theory and research
  • Measure aerodynamic forces on various models
  • Analyse airflow characteristics and Reynolds number effects

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