Tag: Aircraft

The Finnish Air Force Midnight Hawks Aerobatic Team make a Welcome Return to the Royal International Air Tattoo

The Midnight Hawks BAE Hawk Mk.51s

The Baltic Post, 25 June 2017

Making a welcome return to the Air Tattoo from the 14th to the 16th of July, 13 years after their last appearance, the Finnish Air Force Midnight Hawks will be bringing a Nordic flavour to the airshow this summer.

The fourth national aerobatic team to confirm its participation after the RAF Red Arrows, US Air Force Thunderbirds and Switzerland’s Patrouille Suisse, the Midnight Hawks will participate in the event with its formation of four British Aerospace Hawk Mk.51 jet trainers.

The Midnight Hawks were founded in 1997, making this the team’s 20th anniversary. Leading this year will be Capt Marc Fuss. The team’s name is a reference to the midnight sun, which shines across much of Finland during the high summer months.

The Finnish Air Force’s current aerobatic team celebrates the 20th anniversary of its establishment this year. The Midnight Hawks fly four BAe Hawk Mk.51 trainers operated by Hävittäjälentolaivue 41, the air arm’s fighter training school, based at Kauhava. Their pilots are instructors from that unit. While the Midnight Hawks’ foreign appearances are rare events, the team has displayed at events in Austria, Italy, the Netherlands, Norway, Poland and Sweden, as well as in the UK for RIAT 2004 – the last time the Midnight Hawks visited these shores. Finland was one of the first export customers for the very successful Hawk, originally ordering the type in 1980.

The history of the Midnight Hawks had already begun before World War II, when the Finnish Air Force Academy used Gloster Gamecocks and other aircraft for display flying. The tradition of formation flying continued and it became a trademark of the Finnish Air Force Training Air Wings annual Midnight Summer Airshow. Midnight Summer Day is normally the third Saturday of June.

Originally the show was just the Training Air Wing’s Midnight summer party for the families, relatives and the people of the Kauhava village where the Academy was located. Over the years this event has grown to become the Midnight Summer Airshow and Festival with many foreign participants and over 20,000 spectators. Because of the midnight sun the airshow starts at around 7 p.m. and lasts until midnight when the last display is flown.

Finnish Air Force Training Air Wing’s flight instructors have always performed formation flying in the Midnight Summer Airshow. The formation flying had been part of the normal training syllabus and no special team names or aircraft had been used. There had been several nicknames for the teams, often based on the name of the team leader, but no official team name had been used until 1997.

The flight instructors had simply showed their skills and aircraft to the spectators. The aircraft flown have been Training Air Wing’s standard trainer aircraft. During 60′ to 80′ Saab Safir and Fouga Magister were used, and from the beginning of the 1980s Valmet Vinka and BAe Hawk Mk 51. So for the last forty or so years the Finnish Air Force Training Air Wing has had two formation display teams; one flying with the basic prop trainer, and the second with the jet fighter trainer. Both teams had performed almost solely at the Midnight Sun Airshow once in a summer.

Ilmasotakoulu Midnight Hawks

During the 1990s the Finnish Air Force Training Air Wing’s jet display team started to expand their appearances, performing in other airshows than just the ‘Midnight Sun’. The sight of four BAe Hawks in a tight formation became familiar to thousands of airshow spectators around the country. The jet display team started to operate more and more like an official display team, even though it was still without name or official status. 1997 saw the change.

In the biggest ever airshow in Finland, Oulu International Airshow, the Finnish Air Force Training Air Wing’s jet display team appeared as the Midnight Hawks. Immediately the name spread around the country and the wider world – the Finnish Air Force Display Team Midnight Hawks had been born.

All the members of the team are active flight instructors in the Finnish Air Force Academy, and in active service. They usually hold the rank of Captain or Major.

The Midnight Hawks perform classic formation flying. During the show the team displays in front of the crowd line all the time. The team’s trademark is a very tight diamond formation.

The most important display for the team is still the Midnight Summer Airshow at Kauhava Airport, the home of Finnish Air Force Training Air Wing and the Midnight Hawks. The Midnight Hawks and their predecessors have always had their display slot close to midnight, and therefore the team can honestly say that it has flown more night jet formation displays than any other team or group in the world. They also are the only display team in the world which actively has trained for formation flying at night.

Finnish weather conditions can be very challenging and so the team devotes a lot of practice and preparation to the low level displays that they are often required to perform.

The Midnight Hawks use standard Finnish Air Force BAe Systems Hawk MK 51 and MK 51A aircraft from Fighter Squadron 41. They are not dedicated display team aircraft, but selected within the squadron pool of the operational aircraft which currently are available at the time. During the week team’s aircraft fly advance combat training missions according to training syllabi. The aircraft are painted in the standard Finnish air force camouflage.

Revell 1/72 Blohm & Voss “Wiking” Build – Part 1 – Stages 1 to 48

The Revell 1/72 scale Blohm & Voss “Wiking” has reached the point at which it will soon be ready for the paint shop. It has yet to be filled, sanded-down and primed. I anticipate that by the weekend the under-surface RLM 65 and top-side base colour of RLM 73 will be applied. Below is a selection of photographs from the various build stages. This aircraft is big but holds no vices, so far it has been a pleasure to build.

The BV 222 with the interior complete, prior to the fuselage halves being joined together.
The BV 222 with the interior complete, prior to the fuselage halves being joined together.
The BV 222 cockpit and rear crew compartment.
The BV 222 cockpit and rear crew compartment. The upper and lower cargo decks can be clearly seen from this shot.

The control panel has been dry-brushed to highlight the instruments, dials and switches. 3 4 The rear crew compartment features the Navigators/plotters station, the Radio Operators station and the Flight Engineers station. All dials and switches have been dry brushed over a base colour of RLM 02 Grau. 5 6 7 8 9 10 11 12 The fuselage halves were joined without any difficulties, taped and left to dry. 13 The rear crew compartment can be accessed provided that the dorsal gun position is not glued into place later in the build. 14 The wings and horizontal tail surfaces are aligned and glued into position in addition to the floats. The giant flying boat finally takes shape. 15 The 1/72 BV 222 is posed with a 1/72 scale Messerschmitt Bf 109G-6 fighter to give a sense of the “Wiking’s” enormous scale. 16 A full build review will follow this article.   Richard Reynolds.    

The Focke-Wulf FW 190A Vs the Lavochkin La-5


The FW 190A Vs the La-5 from the German perspective

In the summer of 1943, a brand-new La-5 made a forced landing on a German airfield providing the Luftwaffe with an opportunity to test-fly the newest Soviet fighter. Test pilot Hans-Werner Lerche wrote a detailed report of his experience. He particularly noted that the La-5 excelled at altitudes below 3,000 m (9,843 ft) but suffered from short range and flight time of only 40 minutes at cruise engine power. All of the engine controls (throttle, mixture, propeller pitch, radiator and cowl flaps, and supercharger gearbox) had separate levers which served to distract the pilot during combat to make constant adjustments or risk suboptimal performance. For example, rapid acceleration required moving no less than six levers. In contrast, contemporary German aircraft, especially the BMW 801 radial-engined variants of the Focke-Wulf Fw 190 front line fighter, had largely automatic engine controls with the pilot operating a single lever and electromechanical devices, like the Kommandogerät pioneering engine computer on the radial-engined Fw 190s, making the appropriate adjustments. Due to airflow limitations, the engine boost system (Forsazh) could not be used above 2,000 m (6,562 ft). Stability in all axes was generally good. The authority of the ailerons was deemed exceptional but the rudder was insufficiently powerful at lower speeds. At speeds in excess of 600 km/h (370 mph), the forces on control surfaces became excessive. Horizontal turn time at 1,000 m (3,281 ft) and maximum engine power was 25 seconds.


The La-5 had a slightly better climb rate and smaller turn radius, however the Fw-190A-8 was faster at all altitudes and had significantly better dive performance. As a result Lerche’s recommendations for Fw190 pilots were to attempt to draw the La-5FN to higher altitudes, to escape attacks in a dive followed by a high-speed shallow climb, and to avoid prolonged turning engagements. Utilizing MW 50 the German fighter had superior performance at all altitudes.

The La-5 had its defects. Perhaps the most serious being the thermal isolation of the engine, lack of ventilation in the cockpit, and a canopy that was impossible to open at speeds over 350 km/h. To make things worse, exhaust gas often entered in the cockpit due to poor insulation of the engine compartment. Consequently, pilots ignored orders and frequently flew with their canopies open.


In general, Soviet pilots appreciated the La-5 as an effective fighter. “That was an excellent fighter with two cannons and a powerful air-cooled engine”, recalled pilot Viktor M. Sinaisky. “The first La-5s from the Tbilisi factory were slightly inferior, while the last ones from the Gorki plant, which came to us from Ivanovo, were perfect. At first we received regular La-5s, but then we got new ones containing the ASh-82FN engine with direct injection of fuel into the cylinders. It was perfect. Everyone was in love with the La-5. It was easy to maintain too.” Nevertheless La-5 losses were high, the highest of all fighters in service in USSR, not considering those of the Yak-1. In 1941-45, VVS KA lost 2,591 La-5s, 73 in 1942, 1,460 in 1943, 825 the following year and 233 in 1945.


The La-5 Vs the FW 190A from the Soviet perspective

FW-109A fighter is a single seat low wing metal monoplane with retractable gear and retractable tail-wheel.

German Luftwaffe command used this fighter primarily on the Western front against the British in the beginning of the war. The FW-190 appeared on the Russian front at the end of 1942.


FW-190 has a 14-cylinder air cooled, twin-row radial engine. The engine fan is located at the front of the fuselage and is connected to the engine spinner. The fan rotates at three times the speed of the propellor. The engine generates 1,460 hp at nominal power and 1,760 hp at full power. It can only work at full throttle for no more than 1 minute.

The fighter has two machine guns and four cannons, situated as follows:

  •  Two synchronous 7.92 mm MG-17 machine guns in upper engine housing. Machine guns fire at 800 rounds per minute. Each machine gun has 750 rounds.
  • Two synchronous MG-151 cannons in the wing by the fuselage, firing through the propeller. Cannons fire at 500 rounds per minute. Each cannon has 250 rounds.
  • Two synchronous MG-FF 20 mm cannons in the wing, firing outside the propeller diameter. Cannons fire at 520 rounds per minute. Each cannon has 90 rounds.

Guns can be fired simultaneously, or from each of the group separately (machine guns or cannons). Gun fire is selected electrically, by pressing buttons on the pilot control column. The cockpit is equipped with gun round counters. In addition, the FW-190 can carry one 250 kg bomb or a fuel tank.


Armour on the FW-190 is located in the following areas: the pilot is protected by the engine and 60 mm of armored glass. The nose of the aircraft enclosing the oil radiator is made of 5 mm of armored plate; the rest of the nose comprises 3 mm of armor plating.

There is also an 8 mm armored seat that covers the pilot up to the level of the shoulders. There is room at the base and back of the seat for the parachute. A 5 mm armored plate behind the pilot seat fills the full fuselage profile except the area for the parachute depression. A 12 mm headrest protects pilot’s head and shoulders. There is no armor protecting pilot from the side or below.

Two fuel tanks are located directly under the pilot’s cabin, starting from the rudder pedals and back for a total length of 1.9 meters. Both fuel tanks have a total fuel capacity of 520 liters.


Russian La-5 pilots that fought the FW-190 successfully are certain that an La-5 has a faster climb-rate and smaller turn-radius than the FW-190. The FW-190s are marginally faster at higher altitudes and possess a better dive rate. Do not engage a FW-190 which has a superior altitude to you, in this situation, the FW-190 is likely to dive from altitude and attempt to attack from the rear in one pass, using the element of surprise. The La-5 has a better performance than the FW-190 at lower altitudes; draw the FW-190 into a turning fight at altitudes below 4,000 meters (13,000 ft.) where the La-5 can easily outmaneuver the FW-190.

The following information about German tactics is derived from experience of our pilots that fought the FW-190:

The enemy mostly stays in obsolete formations when flying, i.e. closely spaced pairs, etc.


Germans will position their fighters at different altitudes, especially when expecting to encounter our fighters. FW-190 will fly at 1,500-2,500 meters and will attempt to close with our fighters hoping to get behind them and attack suddenly. If that maneuver is unsuccessful they will even attack head-on relying on their superb firepower.

The FW-190 will commit to the fight even if our battle formation is not broken, preferring left turning fights. There have been cases of such turning fights lasting quite a long time, with multiple planes from both sides involved in each engagement.

FW-190 will dive, sometimes inverted, when threatened by our fighters getting on his six. There has never been an occasion of FW-190s attempting to climb away in such situations.

FW-190s will most often fight in separate pairs. The leader will roll and dive to attract our fighters when they get close. The wingman usually climbs away and watches our planes. If our fighters dive after the leader, the wingman will ‘boom-n-zoom’ our fighters and attempt to form up with his leader.


Enemy fighter tactics are mostly built on individual engagements. This fact has been confirmed by captured FW 190 pilots. Thus, Germans will try everything to break up our formations or at least force single planes to break off from the main groups. As one captured pilot said, “we count on the slow ones”.

Captured FW-190 pilots are familiar with specifics of all our planes, and consider Yak-1, Yak-9 and La-5 to be superior to theirs. It must be however pointed out that FW-190s have not been fighting on our front for long and thus their tactics are still being developed. They are more than likely to change drastically very soon.

Yak-1s, Yak-7s and La-5s fighting the FW-190 have all the factors necessary to win. Our fighters are almost as fast as the FW-190, turn and climb better and have formidable firepower.

The FW-190 has a lot of vulnerable areas. The pilot is exposed during all but the perfect 12 and 6 o’clock attacks. The fuel tanks are not at all protected and are located directly under the pilot. The area in front of the engine housing the oil tank and radiator is most vulnerable as well. The engine fan works at extremely high rotations, if the oil system or fan is knocked out, it will inevitably cause the engine to overheat and flame out or malfunction.


The electric control circuit for weapons selection is located behind the pilot armor and is not protected. Damage to it will prevent all guns from firing.

The best position for attacking the FW-190 is from its 3 or 9 o’clock. The standard Luftwaffe inverted dive evasion tactic is the most beneficial maneuver to us as it immediately exposes all of the FW-190’s vulnerable areas, namely the fuel tanks and the pilot. Numerous FW-190 fighters have been shot down precisely at the moment they went inverted; planes usually explode in the air when shot down in this manner. It is however not at all easy to catch the FW-190 right at the precise moment it goes inverted.

The rest of the tactics when fighting FW-190 should be no different from any other enemy fighter. The element of surprise and altitude advantage is of course very important, and all other important tactics mentioned above should be considered as well.


Editor’s Note:

It is unsurprising to observe that both the Germans in their commentary on the La-5 and the Russians in their views on the Focke-Wulf 190A favour their own aircraft’s capabilities in terms of performance, power and armament.

An impartial observer would perhaps conclude that: the La-5 possessed a superior rate of climb and tighter turning radius; whereas the Focke-Wulf 190A held an advantage in speed at all altitudes (although this could be considered a fraction faster when comparing the specifications below) and a superior diving rate from altitude.

Despite both reports, the FW 190A does enjoy an advantage over the La-5 in terms of firepower. The La-5 carries 2 × 20 mm ShVAK cannons with 200 rounds each whilst the FW 190A has 4 × 20 mm MG 151/20 E cannon with 250 rpg, synchronized in the wing roots and 140 rpg free-firing outboard in mid-wing mounts in addition it has 2 × 13 mm (.51 in) synchronized MG 131 machine guns with 475 rpg over the engines which gives the aircraft a considerable ‘punch’.

However, it is my consideration, that on balance, both aircraft are fairly evenly matched and the outcome of any one-on-one engagement would be determined by the quality of the pilots and of tactics employed by the respective combatants.



The Focke-Wulf FW 190A-8

General characteristics



  • Guns: * 2 × 13 mm (.51 in) synchronized MG 131 machine guns with 475 rpg
  • 4 × 20 mm MG 151/20 E cannon with 250 rpg, synchronized in the wing roots and 140 rpg free-firing outboard in mid-wing mounts.

FW 190A-8 3-view


The Lavochkin La-5

General characteristics



  • 2 × 20 mm ShVAK cannons, 200 rounds each
  • 2 × bombs up to 100 kg (220 lb) each.

La-5 3-view



Lavochkin La-5

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Focke-Wulf FW 190A

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