Γκαλερί φωτογραφιών

JetFly 5 m open-airflow wind tunnel, concept render v3.1 — revised duct geometry with green equipment blocks

JetFly 5 m open-airflow wind tunnel, concept render v2.1 — with green base plate and stair structure

JetFly 5 m open-airflow wind tunnel, concept render v1.1 — twin curved ducts and central elevated platform

Engineering drawing of the Glide 4.0 extended closed-loop inclined circuit, isometric and plan views

Engineering drawing of the Banana WS single-loop inclined wind-tunnel circuit, plan and elevation views

Ski jumper in the aerial flight position inside the Banana WS chamber, seen from behind with skis in the V-style

Wide view of the inclined wind-tunnel structure with a ski jumper in flight and a coaching team on the balcony

Coaching team reviewing a ski jumper in flight from the viewing deck, with camera-based flight analysis on screens

Banana WS inclined flight chamber seen from above, with spectators on the viewing platform

Close-up of a ski jumper in the aerial position with skis in the V-style, inside the Banana WS chamber

Ski jumper in flight position on skis inside the Banana WS inclined flight chamber, suspended from the overhead safety line

Instructor assisting a wingsuit flyer at the entry of the Banana WS flight chamber

Two wingsuit pilots flying side by side inside the inclined glass flight chamber of the Banana WS

Wingsuit pilot flying inside the inclined glass flight chamber of the Banana WS, seen from the entry end

Banana WS inclined wind tunnel — cutaway render of the complete single-loop circuit: fan section, ducts, turning vanes and inclined flight chamber

Scale comparison of high-subsonic test sections from a 0.5 m cube up to 4 x 4 x 4 m, against a 1.8 m human figure

Scale comparison of low-speed test sections from a 0.5 m cube up to 8 x 6 x 6 m, against a 1.8 m human figure

Engineering drawing sheet of a vertical-return wind-tunnel configuration reducing the required floor area

Engineering drawing sheet of a climate-capable wind-tunnel configuration with chiller and cooling systems integrated into the circuit

Engineering drawing sheet of a large full-aircraft wind-tunnel configuration with plan, elevation and isometric views

Engineering drawing sheet of a compact research wind-tunnel configuration for components, propulsion and small UAVs

Dark wind-tunnel hall with a large axial fan and a fixed-wing UAV on the floor, concept render

Research wind-tunnel hall: UAV in the test section, camera on a tripod and a measurement workstation with drawings

Laser cutting head cutting a large sheet-metal component for wind-tunnel structure, Stuttgart

Multirotor UAV under combined wind, water and particulate loading in a wind-tunnel test section

Multirotor UAV under thermal conditioning with radiant heat in a wind-tunnel test section

Multirotor UAV under low-temperature and icing conditions in a wind-tunnel test section

Multirotor UAV in sand- and dust-laden airflow inside a wind-tunnel test section

Multirotor UAV under heavy rain and water spray in a wind-tunnel test section

Multirotor UAV under a gusting wind profile in a wind-tunnel test section, airflow shown as streamlines

Fixed-wing interceptor UAV mounted on a powered test rig inside a wind-tunnel test section