Tag Archives: Romania

Heinkel He 112 In Romanian Service

Kingdom of Romania (1935)

Fighter aircraft

Number operated: 31

Romanian operated He 112s. (http://www.luftwaffephotos.com)

During the 1930’s the Aeronautica Regală Română ARR (Romanian Royal Aeronautics or Airforce) was in great need of more modern aircraft design. Their fighter force was poorly equipped with obsolete aircraft such as the PZL P.11 and P.24, being of dated Polish origin. Thus the Romanians were in desperate need of better designs. Luckily for them, the Heinkel factory was more than willing to supply them with one of their failed competitors for the new German fighter, the He 112. The Romanians were impressed and placed an order for 30 such aircraft which would remain in use up to 1946.

A brief He 112 history

Prior to the Second World War, the Luftwaffe was in need of a new and modern fighter that was to replace the older biplane fighters that were in service, such as the Arado Ar 68 and Heinkel He 51. For this reason, in May 1934 the RLM issued a competition for a new and modern fighter plane. While four companies responded to this request, only the designs from Heinkel and Messerschmitt were deemed sufficient. The Heinkel He 112 was a good design that offered generally acceptable flight characteristics and possessed a good basis for further improvements. The Bf 109 on the other hand had slightly better overall flight performance and was much simpler and cheaper to build. Given the fact that the Germans were attempting to accelerate the production of the new fighter, this was seen as a huge advantage over the He 112. Ultimately it would not be accepted for service, and only 100 or so aircraft would be built. These would be mainly sold abroad, with those remaining in Germany used for various testing and evaluation purposes.

He 112 the unsuccessful competitor of the Bf 109. Source: (luftwaffephotos.com)

He 112 the unsuccessful competitor of the Bf 109. Source: http://www.luftwaffephotos.com/#fightermenu https://imgur.com/a/hl8lTvp

While the He 112 project was canceled by the RLM, to compensate for the huge investment in resources and time to it, Heinkel was permitted to export this aircraft. A number of countries such as Austria, Japan, Romania, and Finland showed interest, but only a few actually managed to procure this aircraft, and even then, only in limited numbers.

Technical Characteristics

The He 112 was an all-metal single-engine fighter. The monocoque fuselage consisted of a metal base covered by riveted stress metal sheets. The wing was slightly gulled, with the wingtips bending upward, and had the same construction as the fuselage with a combination of metal construction covered in stressed metal sheets.

During its development life, a great number of different types of engines were tested on the He 112. For the main production version, He 112 B-2, the 700 hp Jumo 210G liquid-cooled engine was used, and some were equipped with the 680 hp Jumo 210E engine. The He 112 had a fuel capacity of 101 liters in two wing-mounted tanks, with a third 115-liter tank placed under the pilot’s seat.

The landing gear was more or less standard in design. They consisted of two larger landing wheels that retracted into the wings and one semi-retractable tail wheel. The He 112 landing gear was wide enough to provide good ground handling and stability during take-off or landing.

The cockpit received a number of modifications. Initially, it was open with a simple windshield placed in front of the pilot. Later models had a sliding canopy that was either partially or fully glazed.

While the armament was changed during the He 112’s production, the last series was equipped with two 7.92 mm MG 17 machine guns and two 2 cm Oerlikon MG FF cannons. The ammunition load for each machine gun was 500 rounds, with 60 rounds each for the cannons. If needed, two bomb racks could be placed under the wings.

In Romanian Hands

While Heinkel was desperately trying to sell more of the He 112 fighters, a potential new customer arose in the Balkans. This was Romania, which during the 1930s was severely lacking in aircraft, and the strength of its Air Force was worryingly low in comparison to most European countries. Its main fighter at this time was the obsolete P.Z.L P.11 and P.24 fighters which were acquired from Poland. A smaller number of these were purchased, with the majority being built under license. In an attempt to find the solution to this urgent problem, Romanian King Carol II himself went to visit several potential aircraft manufacturers in Europe. The Germans in particular were quite keen to have a good relationship with Romania, mostly due to its rich oil fields. The Romanians were very interested in acquiring the new Bf 109 fighter, but as it was slowly entering production in Germany, it was not yet audible in sufficient numbers for export. As a temporary solution, the He 112E, an export model based on the B version, was proposed instead. One He 112 was acquired in 1938 and was extensively tested by both the Romanian Air Force pilots and by the engineers at Industria Aeronautică Română I.A.R. (Romanian Aeronautic Industry). While some issues, such as rather poor rudder response and handling during flight, were noted, due to the urgent need for a modern fighter and a lack of alternatives, the initial order for 24 was increased to 30 aircraft. These were the He 112V-1 and B-2 versions equipped with the Jumo 210E and G engines.

The B-series was in many aspects a complete redesign of the previous series. Including the introduction of a new tail unit, and modification of the fuselage, to name a few. (luftwaffephotos.com)

 

Prior to shipment, a group of Romanian pilots arrived in Germany to be sufficiently trained to operate this fighter. This transition to a new, low-wing aircraft, with a fully enclosed crew cockpit and retractable landing gear, was not easy for the Romanian pilots who needed time to adapt to the new design. Once the whole training process was completed the 30 aircraft were sent to Romania. They arrived during a period of late August to early October 1939. During their flight from Germany to Romania, one He 112 was lost in an accident, while a second was damaged but later repaired at I.A.R. The Romanians tested the newly arrived He 112 against the domestically developed I.A.R.80 fighter. The Romanian aircraft proved to be a better design overall, but the He 112, thanks to its good overall handling and firepower, were also deemed satisfactory.

The newly acquired He 112 prior to the flight to Romania in 1939. (D. Bernard )

The 5th Fighter Group

The Romans used the 29 He 112 to equip the Grupul 5 Vânătoare (5th Fighter group). This unit consisted of the Escadrila 10 and 11 (10th and 11th Squadrons), later in October 1939 renamed to Scadrila 51 and 52. The main purpose of this unit was to protect the capital from any potential aerial threat. In April 1940, Germany sent one replacement aircraft for the one lost in transit the previous year, so technically Romanian operated 31 He 112’s in total. In May 1940, the He 112 was first presented to the Romanian public during a military parade.

The Romanian-Hungarian War

In Summer the rising tension between Romania and Hungary over Transylvania reached a critical point. Transylvania was part of Hungary but was lost after the First World War when it was given to Romania. In 1940, the Hungarian Army began preparing for a possible war with Romania. As neither side was willing to enter a hastily prepared war, negotiations began to find a possible solution. But despite this, there were some minor skirmishes. Hungarian aircraft made several reconnaissance flights over Romania. The Romanians responded by repositioning 12 He 112’s to the border but these failed to achieve any success against the enemy reconnaissance operation. On the 27th of August, an He 112 managed to intercept a Hungarian Ca 135 severely damaging it and forcing it to land. Ultimately, at the end of August, Romania asked Germany to arbitrate the issue regarding the disputed territory. Hungary managed to get to the northern part of Transylvania. On the 12th September 1940, one He 112 was lost when during a training flight, the aircraft caught fire from the engine compartment, and the pilot lost control and crashed ground, losing his life in this accident.

In Combat

Following the start of the Second World War with the Soviets, on the 22nd of June 1941, the 24 available (the remaining aircraft were under repairs) He 112’s were repositioned to the Focșani-North airfield in mid-June 1941. Their main task was to attack a Soviet Airfield and other ground targets. While not particularly designed for this role, thanks to its strong armament and even a small bomb load, it had enough firepower to deal serious damage. But the pilots were not trained in this manner nor the aircraft was sufficiently protected, lacking armor to protect the pilot and self-sealing fuel tanks. Occasionally they provided support cover to Romanian bombers. The Romanian main fighter in service at that time was the I.A.R. 80, so the He 112 was to fulfill secondary combat roles.

The He 112 began their first combat actions of the war against the Soviets by flying in an escort mission for the Romanian Potez 63 bombers on the 22nd of June 1941. These were heading toward the Soviet airfields at Bolgrad and Bulgarica. The attack on Bolgrad was successful despite strong Soviet anti-aircraft fire. As the Romanian air group was approaching the Bulgarica airfield they were met with resistance of some 30 Soviet I-16 fighters. One He 112 piloted by Teodor Moscu attacked two I-16 that were in the process of taking off from the airfield. Moscu managed to shoot down one I-16 on his first run. While he was pulling off from his attack another I-16 attacked his He 112. Moscu managed to shoot down this aircraft too, but his He 112 was badly damaged and losing fuel. He managed to reach a Romanian airfield and land the damaged fighter. Teodor Moscu was officially credited with achieving the first air victory for the Romanians during the War with the Soviets.

The He 112 on their first combat mission protecting the Potez 63 bombers on the 22nd of June 1941. (D. Bernard)

On the 23rd, the He 112’s mostly performed ground attack operations against Soviet targets. The same day, some 12 He 112 attacked the Bolgrad airfield. The Soviets responded by sending 7 I-153 fighters. After a brief clash, the Soviet fighters managed to shoot down one He 112. On the 24th, two He 112 were damaged in an accident. On the 28th of June, an He 112 was lost when it was shot down by Soviet anti-aircraft fire. The same day another He 112 was lost when the pilot made a mistake during landing, ultimately leading to an explosion with the aircraft and the pilot being lost. One more was badly damaged when it caught fire after battling a Soviet fighter.

On the 2nd of July, two more fighters were lost again due to Sovie ground anti-air efforts. Three days later the He 112s once again attacked the Bulgarica airfield, attacking the Soviet aircraft with bombs, cannons, and machine gun fire. One I-153 that attempted to take off, but was intercepted and shot down. One He 112 was damaged in the process. Later that day, the He 112’s provided a bomber escort mission where they engaged a group of 12 Soviet fighters. In this engagement, the Romanian pilots managed to bring down 4 enemy fighters but lost one He 112 in the process.

On the 7th of July, two He 112’s attacked a column of Soviet cars near Comrat. The He 112s managed to destroy several of these cars. An interesting event occurred on the 12th of July. On that day, a He 112 was operated by Ioan Lascu while searching for targets in the area of Valea Hârtoapelor. The pilot quickly spotted an enemy armored column and proceed to attack it with bombs. After that, he went for another run and attacked them using the He 112 two cannons. This time the Soviets returned fire and the He 112 was hit by tank gunfire. The He 112 burst into flames and hit the ground, killing the pilot in the process.

In mid-july, the Soviets launched an attack in an attempt to destroy the Romanian Țiganca-Porumbiște bridgehead. Both the Romanians and the Soviets sent substantial air forces to this battle. Thanks to some 150 aircraft, the Romanians managed to repel the Soviet attack. The He 112 saw extensive action during this battle, losing one He 112 and another aircraft being damaged.

By the end of July, only 14 He 112 were reported operational while 8 were under repairs. With the arrival of the domestically built IAR 80 fighters, the He 112 was relocated to Romania in August 1941. These were temporarily allocated for defending the Romanian skies. With the great losses suffered by the 5th Fighter group, its 52nd Squadron was disbanded and its surviving aircraft relocated to the 51st. Out of necessity, the He 112 were in October, once again brought back to the front in the Odessa region, which finally fell to the Axis by mid-October. The He 112 equipped units were placed in this area carrying out either patrolling or reconnaissance missions above the Black Sea. Enemy aircraft were rarely encountered. Only one aircraft, an I-153, was shot down in the spring of 1942 in this area. This was actually the last kill achieved by the He 112 during war. Due to its inexperienced pilot, one He 112 was lost in this area.

In Late October the Romanians issued a war report where the He 112 performance was described. While the diving speed was excellent, the low horizontal and climbing speed was deemed quite poor. The fuel tanks and the pilot seat were not armored which led to unnecessary losses in men and material. The possibility to carry six 12 kg bombs was deemed satisfactory. The quality of ammunition used was poor as too often targets that were hit, did not receive any major damage.

Many He 112s were shot down due to their unprotected fuel tanks and unarmored pilot seat. (albumwar2)

Retirement from the frontline service

Combat around Odessa would be the last major engagement of the Romanian He 112. At the start of July 1942, the 5th Fighter Group was to be equipped with the I.A.R.80 fighters. By this time the remaining He 112 were mostly stored awaiting repairs. On the 19th of July during a Soviet night bombing raid over Bucharest, one He 112 took to the sky attempting to intercept the Soviet Bombers. This was the Romanian Air Force’s first use of fighters in a night raid attack. Even in this role the He 112 would be quickly replaced with the Me 110 twin-engine fighter.

In 1943 the surviving He 112 were placed under the Corpul 3 Aerian (3rd Corps) and acted as training aircraft on several different air bases. When the Romanin switched sides in August 1944, some 9 of the 19 available He 112 were still used as trainers where they awaited the end of the war. The last two surviving Romanian He 112 aircraft were finally scrapped in 1946.

After its retirement from front-line service the surviving He 112 were used as advanced training aircraft. (worldwarphotos)

 

This He 112 from the 52nd Squadron survived the war, but it and all remaining aircraft would be scrapped as they were at that point obviously obsolete and beyond repair. (worldwar2.ro)

In Soviet Aircraft Role

An interesting story related to He 112 in Romanian service was that they achieved some success in cinematography. Namly for the filming of the Italian-Romanian film ‘White Squadron’, where the He 112 were reused as Soviet fighters in September 1942. These were painted in simple gray color and received a large black star. It is unusual to use a black instead of a red star, but given that this was a black-and-white movie this was not a major issue.

A set of He 112s ready for a film appearance. (T.L. Morosanu and D. A. Melinte)

 

Conclusion

The He 112 provided the Romanian Air Force with a capable fighter until a proper replacement could be found. With its armament, it performed generally well in ground attack operations. Due to its inadequate protection, many were brought down quite easily by enemy return fire. Due to attrition, their service life would be severely limited to only a few months of the war before being brought back to Romania to perform a secondary but vital training role. .

He 112B-2 Specifications

Wingspans 29 ft 10 in / 9.1 m
Length 30 ft 2 in / 9.22 m
Height 12 ft 7 in / 3.82 m
Wing Area 180 ft² / 17 m²
Engine One 700 hp Jumo 210G liquid-cooled engine
Empty Weight 3,570 lbs / 1,620 kg
Maximum Take-off Weight 4,960 lbs / 2,250 kg
Climb Rate to 6 km In 10 minutes
Maximum Speed 317 mph / 510 km/h
Cruising speed 300 mph / 484 km/h
Range 715 miles / 1,150 km
Maximum Service Ceiling 31,170 ft / 9,500 m
Crew 1 pilot
Armament
  • Two 20 mm (1.8 in) cannons and two machine guns 7.92 mm (0.31 in) machine guns and 60 kg bombs

Credits

  • Article written by Marko P.
  • Edited by  Henry H. and Pavel. A
  • Ported by Henry H.
  • Illustration by Godzilla

Source:

  • Duško N. (2008) Naoružanje Drugog Svetsko Rata-Nemаčaka. Beograd
  • J. R. Smith and A. L. Kay (1990) German Aircraft of the Second World War, Putnam
  • D. Monday (2006) The Hamlyn Concise Guide To Axis Aircraft OF World War II, Bounty Books
  • T.L. Morosanu and D. A. Melinte Romanian (2010) Fighter Colours 1941-1945 MMP Books
  • D. Bernard (1996) Heinkel He 112 in Action, Signal Publication
  • R.S. Hirsch, U, Feist and H. J. Nowarra (1967) Heinkel 100, 112, Aero Publisher
  • C. Chants (2007) Aircraft of World War II, Grange Books.

Illustrations

 

 

IAR H.S.300

Romania Flag Romania (1934)
Training and Reconnaissance Aircraft – None Built

Cutout view of the IAR-H.S.300. Note the turret with the machine gun, camera and tandem controls. [Dan Antoniu]
The establishment of I.A.R. (Industria Aeronautică Română) at Brașov in 1925 was a huge step forward for Romanian industry, and more importantly, the A.R.R. (Aeronautica Regală Română) Romania’s Royal Air Force. However, with the turn of the decade and rapid development of military aircraft around the world, Romanian aircraft factories, which also included S.E.T. (Societatea pentru Exploatări Tehnice) and the new I.C.A.R. (Întreprinderea de Construcții Aeronautice Românești), were lagging behind in terms of equipment and production facilities. This led to a variety of issues which pushed IAR into bankruptcy. The IAR H.S.300 was IAR’s last attempt at creating an aircraft for the ARR before drastic changes were made, both in terms of the plant’s management and the air force’s requirements and needs.

Development

With the deteriorating stability in 1930s Europe, Romania’s M.A.N. (Ministerul Apărării Naționale, Eng: Ministry of Defense) decided that all of its future aircraft had to be of all-metal construction. This caused a lot of issues with the national aircraft manufacturers, which simply did not have the equipment and facilities to produce all-metal aircraft. Similar issues plagued all Romanian industries even during the Second World War.

Between 1930 and 1933, IAR developed several competent fighter aircraft designs, but none were accepted into service due to their construction, which was part metal, part wood. This would force IAR into bankruptcy. Only a small order of 20 IAR-14 fighters was placed in early 1933, under clandestine conditions, directly from the Romanian high command to the factory.

One of the 20 IAR-14 monoplane fighters produced by IAR for the ARR in 1933. It came as a very much needed show of support to the factory, which was hemorrhaging money. [All the World’s Aircraft]
Things changed, however, in 1934, when the leadership at IAR requested an investigation from the Romanian Senate. They accused the MAN of not respecting the previously signed contract, ordering 100 aircraft and 150 engines per year, and buying foreign aircraft instead. In a meeting, a MAN representative responded to the allegations with the following:

“The majority of countries on the world stage have, starting from 1930, begun to equip their own air forces with planes built entirely out of metal, offering much better performance. This also being the policy of the Ministry of Equipment of the Romanian Air Force, taking into consideration the international situation, which is deteriorating swiftly, as long as the IAR factory will continue to only build aircraft from wood or mixed wood-metal, we are not interested, and will continue to rely on imports!”

During the same period, IAR developed a handful of new aircraft, one of them being a reconnaissance, observation, and training monoplane which was proposed directly to the S.S.A. (Subsecretariatul de Stat al Aerului). The blueprints and design specifications of the aircraft were discovered by Giorge Ciocoș at the Pitești archives.

IAR-22 trainer, which is what documents claim the H.S.300 was based on [Istoria Aviației Române]
IAR-23, which also has a vast amount of similarities to the H.S.300. [Airwar]
The plane was directly based on the IAR-22 trainer according to the factory documents, but a close analysis shows that it borrows details from several IAR aircraft, such as the empennage, which is borrowed from the IAR-23. Several other dimensions are the same as the IAR-23, such as the tailplane. It is entirely possible that the IAR-23, which was developed in March of 1934, served as a basis or inspiration for the IAR-H.S.300, as it was developed only 4 months later, in July 1934. Curiously, the documents continue to claim that the project was based on the IAR-22, stating that the wings are from the IAR-22, while a simple comparison of drawings or photos clearly shows that they are from the IAR-23. Additionally, the wings are identical to the IAR-21, which had undergone static testing in August of 1932.

Design & Construction

In the IAR documents, the aircraft is never officially given a name, instead titled as “IAR plane for training of reconnaissance and observation equipped with Hispano Suiza 300 hp engine.” Hence, it was given the unofficial moniker IAR-H.S. 300, referencing the engine. There are 7 documents detailing the layout and construction of the aircraft, with an additional 5 schemes and drawings showing the dimensions and design.

Structural side view of the IAR-H.S.300 [Dan Antoniu]
The IAR-H.S.300 was a rather small monoplane, with a wingspan of 12 meters, and a total length of 8.45 meters. Empty, the plane would weigh 989 kg, and 1,420 kg fully equipped with radio and other onboard equipment.

The wing would be made entirely out of spruce, consisting of the central frame, with a length of 3 meters, and the wings themselves, at 4.5 meters each. The wings would be built upon two wooden spars, and the wing shape made from plywood. The longerons were attached to the rest of the aircraft frame via duralumin 90 degree braces. The leading edge and central portion were wrapped with plywood, while the trailing edge and flaps were covered with cloth. The horizontal stabilizers were also of wooden construction and wrapped with cloth.

Top view of the IAR-H.S.300 with measurements. Note the shape of the wings. [Dan Antoniu]
In terms of the frame, it was made out of 4 spruce longerons, attached to each other via diagonal wooden supports. The attaching points were out of duralumin, and fastened with rivets. The fuselage that wrapped around the body was made out of sheet metal in the front and around the engine, plywood around the center and cloth on the tail. The elevator had a duralumin frame, but was covered with cloth, while the vertical stabilizer was made entirely out of duralumin construction and wrapped with cloth.

Frontal view of the IAR-H.S.300, showing its wooden propeller. [Dan Antoniu]
The landing gear was conventional, consisting of two wheels with brakes and shock absorbers. It was fixed and reinforced with a diagonal truss. Total weight of the landing gear would be 65 kg.

As for fuel reserves, the aircraft would’ve had two fuel tanks, one in each wing, with a capacity of 115 liters each (230 total) but there was the possibility to increase it up to 500 liters total. The oil tank had a capacity of 18 liters.

Clear side view of the IAR-H.S.300. [Dan Antoniu]
As mentioned previously, the engine was a Hispano Suiza 8Fb, a 18,5 L V-8. It had between 312 to 320 horsepower at normal power, and a maximum of 337. Typical revolutions per minute were 1,800 rpm and max was 2,100 rpm. Total weight was 275 kg. First variants were developed in 1914 and would be one of the most used engines by the Entente Powers during the First World War, which Romania was a part of, but later variants remained widely used throughout the 1920s and 30s. This powerplant would theoretically allow the IAR to reach a top speed of 238 km/h at 2,000 meters. Max ground speed was 245 km/h. Landing speed was to be 92 km/h. Range was 750 km with the 230 liter configuration. Time to altitude of 3000 meters was 8 min and 30 seconds.

The Hispano Suiza 8Fb V-8 engine. [Wiki]

Crew and Equipment

As a typical observation and training aircraft, there were two seats in the plane, both equipped with steering controls. The pilot is seated directly above the wings, in an open cockpit. He sat low in the plane’s body, with only his head protruding, protected by a small windshield.

The second aviator sat right behind the wings, higher up than the pilot for better visibility. He sat in a rotating turret that had a machine gun equipped, what type is unspecified. Below him were three drums, with 100 rounds each (300 total). A standard A.T.R. 4 radio was also available. The photo camera was positioned behind the turret, but could be operated from within the turret. Although the turret allowed for enough space to maneuver comfortably, the crewmans parachute was placed in a shelf behind him, for more efficient mobility.

Faith

Ultimately, the S.S.A. rejected the IAR-H.S.300. While the Air Force did need new observation and training aircraft, its method of construction and materials used were not accepted by the MAN and MAM (Ministerul Aerului și Marinei). Despite this, the plane seemed to be adequate for its role and time, with modern radio and photography devices, a turret and a respectable engine. Had IAR been able to produce a prototype and offer improvements, such as a fully enclosed cockpit, it would have been a competitive aircraft in its role. Unfortunately, IAR was bankrupt and unable to promote its designs.

IAR-27 light bomber and reconnaissance aircraft, built in the years prior to the war, more or less out of desperation. [Airwar]
The salvation of IAR came in 1936, when Poland became the only supplier to grant Romania production licenses. M.A.N. purchased licenses for the production of the Polish PZL-11 and PZL-24 aircraft, which had full metal fuselages, and were decent aircraft for their time. This required vast investments into the IAR factory, for the tooling and production facilities, and also the personnel and design bureau.

However in 1938, with war knocking at Europe’s door, the M.A.N. equipped the Romanian Air Force with whatever the factories could produce, such as the IAR-37, IAR-38, and IAR-39, which likely wouldn’t have been produced if the IAR-H.S.300 had been pushed into service and upgraded, as they were also reconnaissance and light bomber aircraft. These aircraft did not prove to be a significant upgrade, and were also built out of a combination of metal and wood, but circumstances forced M.A.N. to buy them regardless.

Conclusion

The IAR-H.S.300 was a small reconnaissance and training aircraft developed as a last ditch attempt by IAR for the Romanian Air Force. However due to its construction consisting of part metal, part wood combined with the Romanian Ministry of Defence’s reluctance to accept such planes, the project died quickly. In the end, the Romanian Air Force was forced to purchase mixed construction wood-metal planes from IAR, due to the mounting hostilities of late 30s Europe.

Acronyms and Translations

  • I.A.R. (Industria Aeronautică Română) Eng: Romanian Aeronautic Industry
  • A.R.R. (Aeronautica Regală Română) Eng: Royal Romanian air force
  • S.E.T. (Societatea pentru Exploatări Tehnice) Eng: Technical Exploitation Society
  • I.C.A.R. (Întreprinderea de Construcții Aeronautice Românești) Eng: Romanian Aeronautics Construction Company
  • M.A.N. (Ministerul Apărării Naționale, Eng: Ministry of Defence
  • S.S.A. (Subsecretariatul de Stat al Aerului) Eng: State Subsecretary of Air
  • MAM (Ministerul Aerului și Marinei) Eng: Ministry of Air and Navy

IAR H.S. 300 Specifications

Wingspans 12 m / 39 ft 4 in
Length 8.45 m / 27 ft 9 in
Wing Area 21.9 m² / 71.9 ft²
Engine Hispano Suiza 8Fb V-8, 312 hp
Empty Weight 989 kg / 2,180 lb
Maximum Takeoff Weight 1,429 kg / 3,150 lb
Fuel Capacity 230 liters / 60.75 gal
Maximum Speed 238 kph / 147 mph
Time to Altitude 3,000 meters / 9,840 feet – 8 min 30 sec

4,000 meters / 13,120 feet – 13 min 0 sec

5,000 meters / 16,400 feet – 19 min 10 sec

Range 750 km / 466 miles
Crew 1 Pilot & 1 Radio Operator/Photographer
Armament Single Machine Gun (Unspecified) 3x 100 Round Drum Magazines

Gallery

Artist Conception of IAR HS.300 – Illustration by Godzilla

Credits

  • Written by Pavel Alexe
  • Edited by Henry H., Ed Jackson, & Stan Lucian
  • Illustration by Godzilla
  • Special thanks to Dan Antoniu and Eng. L. C. Tascau

Sources

  • Dan Antoniu, Aviatia ilustrata, No.1 2018
  • Pitesti Archives