PRO Series
Largest in World

TT65 PRO

The World's Largest Vertical Wind Tunnel

A true engineering marvel and iconic landmark. Featuring a massive 6.5m diameter and a soaring 36m glass flight chamber, the TT65 delivers the ultimate indoor skydiving experience.

Chamber Diameter
6.5 m (21'4")
Max Speed
290 km/h
Power
3,360 kW
Noise Level
60 dBA
TT65 PRO

Key Features

Unmatched 6.5m diameter flight chamber capacity
36m maximum glass height
6 powerful axial fans
33.16 sq.m. flight area
Passive ventilation cooling
Up to 290 km/h wind speed

Technical Specifications

General
Chamber Diameter6.5 m (21'4")
Glass Height (Default)18 m (59')
Glass Height (Maximum)36 m (118'11")
Chamber Area33.16 sq.m.
Diffusion Rate1.47

Ideal Applications

Prestige Projects

National landmark attractions

World Championships

The definitive stage for global tournaments and world-class bodyflying performance.

Advanced Military

Mission-critical aerodynamic training environments for special forces and specialized tactical units.

Government Facilities

National training infrastructure

Ready to Start Your Project?

Collaborate with our Stuttgart-based engineering team to configure the ideal high-performance wind tunnel solution for your specific goals.

A TunnelTech service engineer performs electrical maintenance on the drive system of a TT65 Pro wind tunnel at the Qatar Military Training Simulator (QMTS). Standing on the metal grating of the service gallery, the technician uses a multimeter to test connections inside a local control box mounted on the blue fan motor housing. The assembly features an automatic bearing lubrication system attached to the casing. This 6.5-meter double-loop facility utilizes high-power electric motors requiring regular inspection of electrical interfaces.A TunnelTech service engineer performs electrical maintenance on the drive system of a TT65 Pro wind tunnel at the Qatar Military Training Simulator (QMTS). Standing on the metal grating of the service gallery, the technician uses a multimeter to test connections inside a local control box mounted on the blue fan motor housing. The assembly features an automatic bearing lubrication system attached to the casing. This 6.5-meter double-loop facility utilizes high-power electric motors requiring regular inspection of electrical interfaces.

Technician performing electrical maintenance on a TT65 Pro wind tunnel motor unit at QMTS

A TunnelTech service engineer performs electrical maintenance on the drive system of a TT65 Pro wind tunnel at the Qatar Military Training Simulator (QMTS). Standing on the metal grating of the service gallery, the technician uses a multimeter to test connections inside a local control box mounted on the blue fan motor housing. The assembly features an automatic bearing lubrication system attached to the casing. This 6.5-meter double-loop facility utilizes high-power electric motors requiring regular inspection of electrical interfaces.

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A TunnelTech service engineer performs electrical maintenance on the drive system of a TT65 Pro wind tunnel at the Qatar Military Training Simulator (QMTS). Standing on the metal grating of the service gallery, the technician uses a multimeter to test connections inside a local control box mounted on the blue fan motor housing. The assembly features an automatic bearing lubrication system attached to the casing. This 6.5-meter double-loop facility utilizes high-power electric motors requiring regular inspection of electrical interfaces.
A TunnelTech service engineer performs maintenance on the control system infrastructure for a TT65 Pro wind tunnel.