Aerodynamics Lab

• Subsonic wind tunnel: 0.4×0.4m², V_max=20m/s, turb.intensity ‹1%
• Hydrodynamic Tunnel: 0.55×0.5m², V_max=2m/s, turb.intensity ‹1%
• Aeroacoustic Anechoic chamber (in progress)

Chemical Propulsion Lab

• Hybrid Rocket [thesis]
• Bench testing for compressors, turbines and nozzles. Gas Turbine (131mm diameter, max thrust 230N)
• Engine bench testing and small turbojet equipped with diagnostic instruments (thrust 20kg). The room of the bench is acoustically isolated, fire-proof room, and has a gas detection system for combustion experiments.

Navigation and Flight Mechanics Lab

• EyasSat Rev C+ nano satellite trainer
  Hexapod (Steward platform): 6DoF platform
• Cockpit Instrumentation System Demonstrator
• Open System Mission Computer – Flight simulator with integrated avionics
• Aircraft system integration bench (courtesy of EADS)
• 1 giróscopo
• 6 Unmanned Aerial Vehicles
• 10 computers

Hangar

• Total surface: 20 m x 19 m
• Exposition area: A320 Horizontal stabilizer (700 kg, 12.5m 4.5 m). Courtesy of Airbus Operations.
• Unmanned Aerial Vehicle (UAV) flight testing area.
• Flight testing setup for Airborne Wind Energy (AWE) Systems. It includes a remote mechanical control system compatible with 2 leading-edge inflatable and 1 rigid-frame power kites equipped with onboard instruments (inertial navigation unit, multi-hole pitot tube, load cells at each tether, etc) for data acquisition during the flight

Additive Layer Manufacturing for Aeronautics Lab (ALMA lab)

• Filament Deposition Modeling (FDM)
• Raise 3D Pro2+
• Raise 3D Pro2
• 3 x Creality 3D Ender 3
• Ultimaker 2 Extended+
• Stereolithography Apparatus (SLA)
• Formlabs Form3
• Binder Jetting
• Zcorp-Zprinter 450

      Computer cluster

• 1 Computation cluster (280 cores, 1TB of total RAM)
• 2 Workstation Ladon Broadwell (22 cores, 256 GB of RAM)
• 1 Supermicro Twin 1U (20 cores, 512 GB of RAM)
• 8 Workstation (300 cores in total, 256GB of RAM each)