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IAR 80 / IAR 81

Fighter Aircraft

Romania | 1941

"Development of the serviceable IAR 80 was slow and, though the fighter was of a capable breed when it first appeared, the system was highly outclassed by 1944."

Authored By: Staff Writer | Last Edited: 08/05/2016 | Content ©www.MilitaryFactory.com | The following text is exclusive to this site; No A.I. was used in the generation of this content.
When first unveiled in 1938, the Romanian-produced I.A.R. 80 (IAR = Industria Aeronautica Romana) piston engine, single-seat fighter was a promising performer even when compared to her contemporaries. The aircraft served with the Royal Romanian Air Force and primarily appeared in two major variants designated simply as the IAR 80 and IAR 81. A total of 346 consisting of both aircraft types were known to be produced and the fighter pressed on into wartime service up to 1944, by which time it was all but made obsolescent by new and more powerful entries appearing on the global stage. The aircraft suffered throughout its production life due to a shortage of adequate armament to fit the design.

The IAR 80 was born out of a 1930's Romanian fighter requirement. IAR was the only one of the three state-created aviation companies to answer the call locally, offering up several complete prototypes for review, while external providers were also considered. Though this original specification eventually netted the Polish company PZL the contract for its high-monoplane PZL P.11 series, IAR was clearly a player on the market. Future contracts were won by PZL over IAR's designs (PZL P.24) but IAR gained valuable knowledge by taking on license production of these Polish aircraft along with French designs as well.

The IAR design team proceeded in its fighter efforts and began "taking apart" the winning PZL P.24 design. The IAR design now incorporated the tail section and front-end fuselage of the PZL design into its own aircraft. The high-monoplane wings of previous PZL production fighters was abandoned in favor of the more modern low-wing monoplane mounting, this wing component said to be taken straight from an Italian Savoia-Marchetti bomber design. In essence, the IAR 80 would be pieced together from various successful working designs and re-engineered into a more capable platform. Even the open cockpit approach of the PZL designs were retained for the prototype.

By 1938, the first prototype was made available for flight, this aircraft sporting a IAR version of the French license-produced Gnome-Rhone 14K II Mistral Major engine - a powerplant brand that IAR had already achieved a good deal of experience constructing at their plant. Follow-up flights shown the IAR prototype to produce favorable results, particularly in the area of maneuverability, with a competently-arranged airframe to boot. The following year would be spent mostly on addressing several issues resulting from these test flights.

The new-look IAR.80 emerged with a new C36 930 horsepower engine in an lengthened fuselage to accommodate the powerplant. This change forced the cockpit position a ways back in the design to which the pilot's seat had to be raised and a bubble canopy added to improve his forward vision - particularly while taxiing along the ground. Along with these changes, additional fuel was added in the newly created fuselage spaces effectively increasing the aircrafts original intended range. Armament was just 2 x FN/Browning 7.92mm machine guns (production models were to mount a full suite of 6 x 7.92mm machine guns, all in the wings - three to a wing). A competition of the IAR 80 versus the impressive Heinkel He 112 series was put forth with the IAR design coming out ahead. Production of the IAR 80 immediately followed with an initial order of 100 examples though these were delayed with the fall of Belgium, as Fabrique-Nationale was the intended armaments supplier for the IAR 80.

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The armament issue was somewhat rectified with the inclusion of Romania into the Axis fold. Since control of Belgium fell to the Germans, the alliance netted Romania the much-needed guns for its IAR 80 planes. This finally allowed the IAR 80 to begin its delivery schedule into Romanian air groups for some valuable operational experience. The first IAR 80 was made available in January of 1941, some three years after its first flight in prototype from. Production models were only allowed an armament suite of 4 x 7.92mm machine guns, however, which severely limited the types combat effectiveness to an extent. In-field feedback also resulted in the use of the K14-IV C32 series engine of 960 horsepower as many Romanian pilots felt the aircraft lacked much punch in terms of performance.

As the war progressed in Germany's favor, the IAR 80 benefitted by the delivery of more guns. This resulted in the aircraft now coming off the production lines with its full bevy of 6 x 7.92mm machine guns. A newer 1,025 horsepower engine (K14-1000A) engine was also fitted for improvements in performance and armor plating and a bulletproof windshield was added to the cockpit area. The IAR design in this new form was now designated as the IAR 80A, a production model now more in line with the IAR 80's intended form. These additions, however, came at a lofty price. The added weight of the new engine, extra machine guns and armor no doubt slowed the overall top speed of the aircraft, though these additions were seen as detrimental to improving the type for the long run. Production of IAR 80A models now superseded any of the pre-existing IAR 80 base types. The IAR 80 and IAR 80A were ready by the time of the German invasion of the Soviet Union, pitting the aircraft in actual combat against Soviet designs. The IAR 80A model series clocked in at 316 miles per hour with a 715 mile range and a ceiling of 31,200 feet.

Wartime experience of the IAR 80A showcased the aircraft to be weak in several areas. A follow-up design produced the IAR 80B (deliveries beginning mid-1942) with new longer wings and heavier-caliber 13.2mm machine gun armament for added offensive firepower and provision for underwing 2 x fuel drop tanks or 2 x bombs. The communications suite was also further upgraded. The base IAR 80 could hit 317 miles per hour and ceiling of 34,500 feet while achieving a range of 580 miles.

The similar IAR 81 was designed to fulfill the Romanian need for a dive bomber platform. Modifying the IAR 80A was an economical response to the requirement considering the atmosphere in Europe at the time. This dive bomber derivative eventually sported a centerline bomb rack position for 500lb ordnance and underwing racks mounting 110lb bombs as well. Follow-up variants to this design included the IAR 81A, IAR 81B and IAR 81C, differing mostly in armament types as they became available from the Germans. The IAR 81C hit a top speed of 342 miles per hour, a range of 454 miles and a ceiling of 31,200 feet.

Future variants of the fighter design included the IAR 80M (designation for an armaments upgrade standardization of IAR 80A/80B and IAR 81A/81B models) and the IAR 80DC (post-war trainer models).

Design-wise, the base IAR 80 fighter displayed a very distinct layout when compared to her contemporaries, with the pilots position located well aft on the pencil-like fuselage, positioned behind of the wing trailing edges. A radial piston engine - a single IAR-produced K.14-IV C32 air-cooled radial, 14-cylinder double row of 960 horsepower - was used and made up a large portion of the forward fuselage. The low-wing monoplanes were fitted behind and below the engine compartment, well ahead of the cockpit - this was a necessity with changes brought about after the initial prototype was revised as mentioned earlier. The single seat cockpit featured a bubble style canopy offering good vision with the forward piece showcasing framing. The fuselage compacted into a tight empennage to which was adorned a traditional rudder and elevator assembly.

Armament of the base IAR 80 consisted of 4 x FN/Browning 7.92mm machine guns with 50 rounds per gun. These systems were mounted in the wings. The IAR 80A saw this armament increase to 6 x 7.92mm machine guns, again with 500 rounds to a gun. The IAR 81C retained the original 4 x 7.92mm machine gun armament but added 2 x MG 151/20 Mauser cannons to the mix, thanks to Romania's German alliance during the war.

In the end, the IAR 80 as a series was a limited success. With more potential early on to compete with the likes of other fabled designs, the Romanian air industry had to make do with what it could manifest. Tight control of supplies by their German overseers allowed the IAR 80 to suffer and limited production of the fighter to the extent that it played only a minor role in the conflict. The aircraft would serve in the Romanian air forces up until 1952, those these later models were nothing more than modified trainers, themselves replaced by more capable Soviet types. The IAR 80 made up no fewer than nine Romanian Air Force groups - numbering from the 1st to the 9th Fighter Group.

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Power & Performance
Those special qualities that separate one aircraft design from another. Performance specifications presented assume optimal operating conditions for the IAR 80A Fighter Aircraft.
1 x IAR K14-1000A air-cooled, 14-cylinder double row, radial piston engine developing 1,025 horsepower.
308 mph
495 kph | 267 kts
Max Speed
31,168 ft
9,500 m | 6 miles
Service Ceiling
715 miles
1,150 km | 621 nm
Operational Range
City-to-City Ranges
Operational range when compared to distances between major cities (in KM).
The nose-to-tail, wingtip-to-wingtip physical qualities of the IAR 80A Fighter Aircraft.
30.2 ft
9.22 m
O/A Length
29.8 ft
(9.09 m)
O/A Width
12.5 ft
(3.82 m)
O/A Height
3,565 lb
(1,617 kg)
Empty Weight
4,956 lb
(2,248 kg)
Design Balance
The three qualities reflected below are altitude, speed, and range. The more full the box, the more balanced the design.
Available supported armament and special-mission equipment featured in the design of the IAR 80 / IAR 81 Fighter Aircraft .
4 x 7.92mm FN machine guns in wings
Notable series variants as part of the IAR 80 / IAR 81 family line.
IAR 80 - Base Production Model; 4 x 7.92mm machine guns; 170 total IAR 80 examples produced.
IAR 80A - 6 x 7.92mm machine guns; new gun sight; improved armor protection for the pilot.
IAR 80B - Lengthened Wings; improved radio equipment; provision for underwing bombs or fuel tanks; 13.2mm machine guns.
IAR 80M - Redesignated IAR 80A models to IAR 80C weapons standard of 4 x 7.92mm machine guns and 2 x 20mm cannons.
IAR 80DC - Two-Seat Trainer Conversion Model
IAR 81 - Fighter-Bomber Model; 176 IAR 81 examples produced.
IAR 81A - Fighter Model; 13.2mm machine guns
IAR 81B - Redesigned wings to incorporate MG FF/M cannons; self-sealing fuel tanks and improved armor protection for the pilot.
IAR 81C - Fitted with Mauser MG 151/20 guns
IAR 81M - Redesignated IAR 80B models to IAR 80C weapons standard of 4 x 7.92mm machine guns and 2 x 20mm cannons.
Global customers who have evaluated and/or operated the IAR 80 / IAR 81. Nations are displayed by flag, each linked to their respective national aircraft listing.

Total Production: 346 Units

Contractor(s): Industria Aeronautica Romana (IAR) - Romania
National flag of Romania

[ Romania ]
Relative Max Speed
Hi: 400mph
Lo: 200mph
Aircraft Max Listed Speed (308mph).

Graph Average of 300 MPH.
Era Crossover
Pie graph section
Pie graph section
Showcasing Aircraft Era Crossover (if any)
Max Alt Visualization
Small airplane graphic
Production Comparison
Entry compared against Ilyushin IL-2 (military) and Cessna 172 (civilian) total production.
MACH Regime (Sonic)
RANGES (MPH) Subsonic: <614mph | Transonic: 614-921 | Supersonic: 921-3836 | Hypersonic: 3836-7673 | Hi-Hypersonic: 7673-19180 | Reentry: >19030
Aviation Timeline
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Image of the IAR 80 / IAR 81
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Image of the IAR 80 / IAR 81

Mission Roles
Some designs are single-minded in their approach while others offer a more versatile solution to airborne requirements.
Some designs stand the test of time while others are doomed to never advance beyond the drawing board; let history be their judge.
Going Further...
The IAR 80 / IAR 81 Fighter Aircraft appears in the following collections:
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