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| DFS 230 | |
|---|---|
| Name | DFS 230 |
| Caption | DFS 230 in flight during trials |
| Type | transport glider |
| Manufacturer | Deutsche Forschungsanstalt für Segelflug |
| First flight | 1937 |
| Introduced | 1937 |
| Primary user | Luftwaffe |
| Produced | 1937–1943 |
| Number built | ~1,500 |
DFS 230 The DFS 230 was a German transport glider developed in the late 1930s for airborne assault and assault troop delivery, used prominently during early World War II operations such as the invasions of Norway, the Battle of the Netherlands, and the Battle of Crete. Designed by the Deutsche Forschungsanstalt für Segelflug under the direction of engineers connected to Rudolf Hess era aviation projects, the DFS 230 combined lightweight construction with rugged landing capability to deliver small assault forces from aircraft such as the Junkers Ju 52 and the Heinkel He 111. Its operational use influenced later Allied and Axis glider programs including designs by Waco Aircraft Company, General Aircraft Limited, and Savoia-Marchetti. The type's tactical employment was shaped by doctrines promoted by figures like Hermann Göring and units including the Fallschirmjäger and the Luftwaffe's airborne formations.
The DFS 230 emerged from interwar German research at the Deutsche Forschungsanstalt für Segelflug, an institution linked to projects overseen by the Reich Aviation Ministry and engineers associated with Alexander Lippisch and Wolf Hirth. Initial specifications were influenced by operational requirements set by the Luftwaffe and airborne proponents such as General Kurt Student, who sought a glider capable of delivering 9–10 troops or cargo to captured airfields during operations planned for contingencies like the Invasion of Poland and campaigns envisioned against France. Prototype trials used tow aircraft including the Junkers Ju 52 and experimental tow methods pioneered by teams working with Ernst Heinkel and Focke-Wulf. Development benefited from advances in materials and aerodynamic research connected to institutions such as the Technische Hochschule Berlin and aerodynamicists collaborating with companies like Blohm & Voss and Messerschmitt.
The DFS 230 featured a high-wing monoplane layout with a welded tubular steel fuselage frame, wooden wings, and fabric coverings, reflecting construction techniques practiced at firms including Henschel and Daimler-Benz. Its cabin accommodated ten troops on bench seating, a hinged nose for rapid unloading modeled on principles investigated at Dornier and Junkers workshops, and provisions for a pilot and co-pilot trained at schools such as the Fallschirmjäger schools and Luftwaffe flight training centers. Landing gear comprised a drop skid and tail bumper influenced by experiments at Focke-Wulf. Performance characteristics included a low stalling speed and steep glide angle achieved using flaps and spoilers developed in collaboration with aerodynamicists from Heinkel, producing approach profiles studied alongside operations like the Operation Mercury airborne assault. Tow operations standardly used tow hooks compatible with aircraft such as the Heinkel He 111, incorporating procedures refined in joint exercises with units from II./LG 1 and KG 200.
The DFS 230 saw its operational debut during early World War II campaigns, participating in actions including the Invasion of Denmark, the Blitzkrieg against France and the Low Countries, and the notable Battle of Crete, where glider-borne assaults were a central tactic advocated by commanders like Kurt Student. In Operation Weserübung elements transported by DFS 230s seized fortifications and airfields held by forces from Norway and Denmark, coordinating with naval units such as the Kriegsmarine and ground formations like the 7th Flieger Division. During the Battle of Crete the type suffered heavy losses against defenders supported by units from New Zealand, Greece, and Britain, prompting doctrinal reassessment by proponents including Adolf Galland and influencing Allied airborne planning exemplified by Operation Overlord. The glider continued service on the Eastern Front and in the Mediterranean with operations linked to units such as Fallschirmjäger Regiment 1 and airborne detachments attached to formations including Heer divisions, often towed by aircraft from squadrons like KG 53 and LG 1. Attrition, shifting priorities, and production limits at firms like DFS and subcontractors such as Argus Motoren curtailed numbers by 1943.
Several variants and subtypes were produced or proposed, reflecting evolving operational needs and industrial contributions from companies such as Fieseler and Gothaer Waggonfabrik. Early prototypes were followed by production marks with structural reinforcements for rough-field landings used by units like Fallschirmjäger Regiment 2, and proposed motorized conversions considered by engineers at BMW and Daimler-Benz. Field modifications included adaptations for stretcher evacuation used in Mediterranean campaigns involving formations from Luftflotte 2 and cargo configurations trialed by logistics elements attached to Heeresgruppe A and Heeresgruppe B. Postwar studies by Allied commissions, including teams from Royal Air Force analysis units and the United States Army Air Forces, examined captured examples alongside glider designs from General Aircraft Limited and Waco to derive lessons for future assault gliders.
Primary operator: Luftwaffe, including Fallschirmjäger units and transport squadrons such as KG 200 and training units at Wunstorf. Captured examples were used or evaluated by British Army analysis teams, Soviet Air Force research units, and resistance-aligned formations in occupied territories including groups in Norway and France. Postwar interest included institutions like the Royal Air Force Museum and the National Air and Space Museum which studied German airborne equipment captured from units like the Wehrmacht and SS formations.
A limited number of original airframes survived the war and were preserved in collections such as those associated with the Imperial War Museum and the Deutsches Technikmuseum Berlin, while replicas and reproductions have been constructed by historical groups linked to RAF Museum volunteers and aviation heritage organizations like the Shuttleworth Collection and Ypsilanti Air Museum. Exhibits and restored examples appear in museums dedicated to WWII aviation history where they are displayed alongside artifacts from operations including the Battle of Crete, the Invasion of Norway, and collections featuring aircraft like the Ju 52 and He 111.
Category:Gliders