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Albatros D.Va
Manufacturer: Albatros Werke & Ostdeutsche Albatros Werke

Engine 6-cyl. inline Mercedes D. IIIa
Power (h.p.): 180
Height (mm): 2900
Length (mm): 7330
Wing span (mm): 9050
Wing surface (sq.m.): 21.2
Empty weight (kg): 680
Takeoff weight (kg): 915
Fuel capacity (l): 103
Oil capacity (l): 9
Climb rate
1000 m — 4 min. 13 sec.
2000 m — 8 min. 46 sec.
3000 m — 14 min. 32 sec.
4000 m — 22 min. 30 sec.
5000 m — 35 min. 55 sec.
Maximum airspeed (IAS: km/h)
sea level — 170
1000 m — 163
2000 m — 154
3000 m — 145
4000 m — 135
5000 m — 124
Service ceiling (m) 5600
Endurance (h.,min.) at 1000m
combat — 1 h. 30 min.
cruise — 3 h. 10 min.
Armament 2xLMG 08/15 Spandau 7.92mm, 500 rounds per barrel.

Engineers at the Albatros Werke faced the task of building a fast and maneuverable fighter plane capable of besting anything the Allies had in their arsenal. The previous design, the Albatros  D. III, had a lower wing defect that led to wing failure in steep dive. Albatros engineers were unable to discover out the reason real behind these failures. One possible solution was to move the aileron control wires from the lower wing to top.

In Spring 1917 test flights of the D.V were carried out. Although outward appearances of the Albatros  D.V and D. III were similar, there were important design differences. The  D.V had a larger tail fin and the top wing was lowered and brought closer to fuselage, which improved the pilot's visibility. The radiator was set to starboard of the centerline and the fuselage cross-section became more round.

Fighter squadrons received the Albatros  D.V in May 1917. Several months of combat testing showed that lower wing problem was not solved. Engineers decided to move the aileron control wire back to the lower wing and strengthen the attach point of the V-shaped strut that connected the lower spar to the fuselage. For insurance they also added an additional strut to the lower wing spar. A more powerful Mercedes  D. IIIa engine was installed. With these changes the plane received the classification of Albatros D. Va.

The plane was manufactured at Albatros Werke and Ostdeutsche Albatros Werke factories.

Albatros airframes were used in combat against all types of enemy planes. Pilots loved its great visibility, handling, sufficient speed and climb rate. The new engine improved high altitude flight characteristics as well. However, there was still no confidence in low wing attachment and pilots refused to perform steep dives in combat. Despite this drawback, veteran pilots continued to increase their combat score. Sorties featuring large numbers of Albatros fighters over the Front became more frequent.