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Celkem 36 produktů
1/32 Nieuport XXI Russian Service. A french fighter, While it had a similar airframe to the Nieuport XVII, it was equipped with a less powerful Le Rhone 9C engine as it was originally intended as a long range escort fighter. It was also license manufactured in Russia by Dux Factory. CSM 1/32 plastic injection kit -6 plastic frets -Instruction in colour -Film for windscreen -PhotoEtch -Decals for 4 markings printed by Cartograf
1/32 Nieuport XXI Russian Service. A french fighter, While it had a similar airframe to the Nieuport XVII, it was equipped with a less powerful Le Rhone 9C engine as it was originally intended as a long range escort fighter. It was also license manufactured in Russia by Dux Factory. CSM 1/32 plastic injection kit -6 plastic frets -Instruction in colour -Film for windscreen -PhotoEtch -Decals for 4 markings printed by Cartograf
1/35 Sd.Kfz.184 Ferdinand & 16t Strabokran. DESCRIPTION This is an injection-plastic military vehicle model kit. From Amusing Hobby comes a 2-in-1 kit of the Ferdinand Jagdpanzer Sd.Kfz. 184 and 16t Strabokran! The characteristic feature of the Ferdinand was that it was generated by two gasoline engines and driven by an electric motor. By using a motor as the driving unit, no transmission was required. In the past, this vehicle was said to have a lot of breakdowns for this reason, but some recent documents have reported that there were fewer breakdowns than some vehicles equipped with transmissions. On the Eastern Front, the Ferdinand's appearance had a great impact. Strabokrans are gate-type mobile cranes used by German field maintenance teams during tank maintenance and repairs. About 100 units were manufactured and used in German armored divisions and heavy tank battalions. Kit features: The Ferdinand's interior layout can be enjoyed even after completion thanks to the included transparent parts. The kit recreates the precise details of the Strabokran, and it can assembled in its working state. [Mold Color]: Tan, brown [Includes]: Clear parts, photo-etched parts Release Date:Sep 2019 Item Size/Weight:39.8cm x 26.3cm x 19.5cm / 1680g
1/35 Sd.Kfz.184 Ferdinand & 16t Strabokran. DESCRIPTION This is an injection-plastic military vehicle model kit. From Amusing Hobby comes a 2-in-1 kit of the Ferdinand Jagdpanzer Sd.Kfz. 184 and 16t Strabokran! The characteristic feature of the Ferdinand was that it was generated by two gasoline engines and driven by an electric motor. By using a motor as the driving unit, no transmission was required. In the past, this vehicle was said to have a lot of breakdowns for this reason, but some recent documents have reported that there were fewer breakdowns than some vehicles equipped with transmissions. On the Eastern Front, the Ferdinand's appearance had a great impact. Strabokrans are gate-type mobile cranes used by German field maintenance teams during tank maintenance and repairs. About 100 units were manufactured and used in German armored divisions and heavy tank battalions. Kit features: The Ferdinand's interior layout can be enjoyed even after completion thanks to the included transparent parts. The kit recreates the precise details of the Strabokran, and it can assembled in its working state. [Mold Color]: Tan, brown [Includes]: Clear parts, photo-etched parts Release Date:Sep 2019 Item Size/Weight:39.8cm x 26.3cm x 19.5cm / 1680g
1/35 Sd.Kfz. 173 Pz.Jg. Jagdpanther. The Panzerjäger Panther Sd.Kfz. 173, or Jagdpanther, was a heavy tank destroyer based on the chassis of the Panzer V Panther and was armed with the same long-barreled 8.8 cm gun as the Tiger II or ‘King Tiger’, and a single 7.92 mm MG-34 machine gun in the front glacis plate for local defense. The Jagdpanther had a good power-to-weight ratio and a powerful main gun, which enabled it to destroy any Allied tank. Based on the existing Panther chassis, the vehicle did not suffer too many mechanical problems, and had an upgraded transmission and final drive to counter the Panther's main weakness. The Jagdpanther was powered by the 700hp Maybach HL230 P30 V-12 petrol engine and a 7 speed forward, 1-speed reverse transmission system with a maximum speed of 46 km/h (28.6 mph) and a range of about 200 kilometers (99 miles). It was manned by a crew of five: a driver, radio-operator, commander, gunner and a loader. Two main variants can be distinguished, the earlier (1944 model) G1 with a small internally-bolted main gun mantlet and a modified Panther A engine deck, and the later (1945 model) G2 with a larger, externally-bolted mantlet and a modified Panther G engine deck, though late G1s also had a larger mantlet. Early Jagdpanthers had two vision openings for the driver, whereas late versions had only one. The main gun originally had a monobloc gun barrel, but later versions were equipped with the PaK 43/4 gun with a two-part barrel. Early G1s (to September 1944) were given a distinctive pattern of Zimmerit anti-magnetic mine coating.
1/35 Sd.Kfz. 173 Pz.Jg. Jagdpanther. The Panzerjäger Panther Sd.Kfz. 173, or Jagdpanther, was a heavy tank destroyer based on the chassis of the Panzer V Panther and was armed with the same long-barreled 8.8 cm gun as the Tiger II or ‘King Tiger’, and a single 7.92 mm MG-34 machine gun in the front glacis plate for local defense. The Jagdpanther had a good power-to-weight ratio and a powerful main gun, which enabled it to destroy any Allied tank. Based on the existing Panther chassis, the vehicle did not suffer too many mechanical problems, and had an upgraded transmission and final drive to counter the Panther's main weakness. The Jagdpanther was powered by the 700hp Maybach HL230 P30 V-12 petrol engine and a 7 speed forward, 1-speed reverse transmission system with a maximum speed of 46 km/h (28.6 mph) and a range of about 200 kilometers (99 miles). It was manned by a crew of five: a driver, radio-operator, commander, gunner and a loader. Two main variants can be distinguished, the earlier (1944 model) G1 with a small internally-bolted main gun mantlet and a modified Panther A engine deck, and the later (1945 model) G2 with a larger, externally-bolted mantlet and a modified Panther G engine deck, though late G1s also had a larger mantlet. Early Jagdpanthers had two vision openings for the driver, whereas late versions had only one. The main gun originally had a monobloc gun barrel, but later versions were equipped with the PaK 43/4 gun with a two-part barrel. Early G1s (to September 1944) were given a distinctive pattern of Zimmerit anti-magnetic mine coating.
1/72 BHU-6B / UF-2 "Albatross" (Japan Maritime Self-Defense Force). The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 BHU-6B / UF-2 "Albatross" (Japan Maritime Self-Defense Force). The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 Be-8 passenger amphibian aircraft. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 Be-8 passenger amphibian aircraft. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 Be-8 amphibian aircraft (with water skis & hydrofoils). The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 Be-8 amphibian aircraft (with water skis & hydrofoils). The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 KDA-2 type 88-2 scout. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 KDA-2 type 88 light bomber. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 KDA-2 type 88-1 scout. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 KDA-2 type 88 light bomber. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 KDA-2 type 88-1 scout. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/72 KDA-2 type 88-2 scout. The Beriev Be-8 (USAF/DoD reporting name “Type 33”, NATO reporting name “Mole”), was built by the Soviet Beriev OKB in 1947. It was a passenger/liaison amphibian aircraft with a layout similar to the Be-4 but substantially larger and heavier. It was a single engine parasol with the wing installed on a thin pylon and a pair of short struts. Compared to the Be-4, the Be-8 was equipped with retractable landing gear, and pilot and passenger cabins had heating utilizing engine heat. The Be-8 was intended as a civil aircraft and carried no armament. First flight was on December 3, demonstrating good performance. Two experimental aircraft were built, and one was demonstrated during 1951 Soviet Aviation Day at Tushino.One of Be-8 was equipped with hydrofoils, developed at TsAGI. These “Underwater Wings” were installed on landing gear struts and pushed aircraft above the water well before it could be done by the wing lift force. As a result, takeoff was much easier and imposed less punishment on the hull from the waves. Despite very effective during takeoff hydrofoils had negative impact on flight speed. Construction of retractable hydrofoils was not ready, and the concept did not find practical applications.
1/48 Sk61 SA Bulldog trainer. The first 58 Bulldogg aircraft (known as the Sk61A and Sk61B) were delivered to the Swedish Air Force in 1971. Twenty more aircraft were delivered to the Swedish Army as Fpl61C in 1972, although these were transferred to the Air Force in 1989 as Sk61C. By 2001 all the Swedish aircraft had been withdrawn from military service. 26 were bought in 2004 by the Hungarian company AVIA-Rent. The kit is a high quality shortrun with injection moulded clear parts.
1/48 Sk61 SA Bulldog trainer. The first 58 Bulldogg aircraft (known as the Sk61A and Sk61B) were delivered to the Swedish Air Force in 1971. Twenty more aircraft were delivered to the Swedish Army as Fpl61C in 1972, although these were transferred to the Air Force in 1989 as Sk61C. By 2001 all the Swedish aircraft had been withdrawn from military service. 26 were bought in 2004 by the Hungarian company AVIA-Rent. The kit is a high quality shortrun with injection moulded clear parts.
1/35 Panzerkampfwagen 38(t) Ausf.E/F. This is an injection-plastic military vehicle model kit. From Tamiya: After the effective annexation of Czechoslovakia by Nazi Germany in 1939, German forces were interested enough in the native Czech LTvz38 light tank that they took it on and ordered production under their own categorization of 38(t), a light tank with riveted, welded armor and a perky 3.7cm gun. Early production 38(t)s took part in the early German offensives of the war, and the 38(t) underwent continued development with 1,400 produced in total. Ausf.E and F 38(t)s had additional armor across the vehicle for better survivability and were deployed during the early stages of Operation Barbarossa as Nazi Germany once again invaded a neighbor, this time the Soviet Union. About the Model Length: 132mm, width: 62mm The 38(t) form with riveted armor plate is accurately depicted. Parts are included to recreate fender-top stowage boxes that were often added by units on the front line. Assembly type tracks feature single-piece straight sections for fine reproduction of upper run 'sag.' Engine grille mesh is rendered faithfully using a photo-etched component. Comes with a commander figure for installation in the hatch, and two Eastern Front marking options.
1/35 Panzerkampfwagen 38(t) Ausf.E/F. This is an injection-plastic military vehicle model kit. From Tamiya: After the effective annexation of Czechoslovakia by Nazi Germany in 1939, German forces were interested enough in the native Czech LTvz38 light tank that they took it on and ordered production under their own categorization of 38(t), a light tank with riveted, welded armor and a perky 3.7cm gun. Early production 38(t)s took part in the early German offensives of the war, and the 38(t) underwent continued development with 1,400 produced in total. Ausf.E and F 38(t)s had additional armor across the vehicle for better survivability and were deployed during the early stages of Operation Barbarossa as Nazi Germany once again invaded a neighbor, this time the Soviet Union. About the Model Length: 132mm, width: 62mm The 38(t) form with riveted armor plate is accurately depicted. Parts are included to recreate fender-top stowage boxes that were often added by units on the front line. Assembly type tracks feature single-piece straight sections for fine reproduction of upper run 'sag.' Engine grille mesh is rendered faithfully using a photo-etched component. Comes with a commander figure for installation in the hatch, and two Eastern Front marking options.
Plastikový model letadla 1/72 Blohm & Voss Ae 607 "Nightfighter" 4 decal v. for Luftwaffe. This flying wing fighter was only a study and was not included on the Project list. Because the HeS 011 jet engine was chosen as the power plant, the cockpit had to be moved off-center. The wing had a compound sweep, starting at 65 degrees and changing to 55 degrees. There were two fuel tanks, located in tandem on the starboard side of the air intake. Three MK 108 30 mm cannon were planned for the armament.
Plastikový model letadla 1/72 Blohm & Voss Ae 607 "Nightfighter" 4 decal v. for Luftwaffe. This flying wing fighter was only a study and was not included on the Project list. Because the HeS 011 jet engine was chosen as the power plant, the cockpit had to be moved off-center. The wing had a compound sweep, starting at 65 degrees and changing to 55 degrees. There were two fuel tanks, located in tandem on the starboard side of the air intake. Three MK 108 30 mm cannon were planned for the armament.
Plastikový model letadla 1/72 Blohm and Voss Ae 607 4 decal v. for Luftwaffe, Great Britain. Early in 1945, a Blohm & Voss (B&V) aircraft designer called Thieme began work on Drawing Number Ae 607, within the standard drawing numbering system at B&V. His design for a jet fighter was radically different from anything that B&V had done before. A flying wing, it approximated to a 45° delta planform. Reports of its existence were not confirmed until 2017, when the drawing was published. No Project number is recorded for the design and its intended status is unknown.[
Plastikový model letadla 1/72 Avro Rota C.30A 4 decal v. for Czeczslovak.,RAF, Yugoslavia, Australia. The first production design in the series was the C.30, a radial-engined autogyro with a three-blade, 37 ft (11.3 m) rotor mounted on an aft-leaning tripod, the control column extending into the rear of the two cockpits. The engine was the five-cylinder, 105 hp (78 kW) Armstrong Siddeley Genet Major I used in the C.19 series. The fabric-covered fuselage carried an unbraced tailplane, without elevators but with turned-up tips. The port side of the tailplane had an inverted aerofoil section to counter roll-axis torque produced by the propeller. As with most autogyros, a high vertical tail was precluded by the sagging resting rotor, so the dorsal fin was long and low, extending well aft of the tailplane like a fixed rudder and augmented by a ventral fin. The wide-track undercarriage had a pair of single, wire-braced legs and a small tail wheel was fitted. This model flew in April 1933. It was followed by four improved machines designated C.30P (P here for pre-production) which differed in having a four-legged pyramid rotor mounting and a reinforced undercarriage with three struts per side. The rotor could be folded rearwards for transport. The C.30P used the more powerful (140 hp, 104 kW) seven-cylinder Armstrong Siddeley Genet Major IA radial engine.
Plastikový model letadla 1/72 Avro Rota C.30A 4 decal v. for Czeczslovak.,RAF, Yugoslavia, Australia. The first production design in the series was the C.30, a radial-engined autogyro with a three-blade, 37 ft (11.3 m) rotor mounted on an aft-leaning tripod, the control column extending into the rear of the two cockpits. The engine was the five-cylinder, 105 hp (78 kW) Armstrong Siddeley Genet Major I used in the C.19 series. The fabric-covered fuselage carried an unbraced tailplane, without elevators but with turned-up tips. The port side of the tailplane had an inverted aerofoil section to counter roll-axis torque produced by the propeller. As with most autogyros, a high vertical tail was precluded by the sagging resting rotor, so the dorsal fin was long and low, extending well aft of the tailplane like a fixed rudder and augmented by a ventral fin. The wide-track undercarriage had a pair of single, wire-braced legs and a small tail wheel was fitted. This model flew in April 1933. It was followed by four improved machines designated C.30P (P here for pre-production) which differed in having a four-legged pyramid rotor mounting and a reinforced undercarriage with three struts per side. The rotor could be folded rearwards for transport. The C.30P used the more powerful (140 hp, 104 kW) seven-cylinder Armstrong Siddeley Genet Major IA radial engine.
Plastikový model letadla 1/72 Blohm and Voss Ae 607 4 decal v. for Luftwaffe, Great Britain. Early in 1945, a Blohm & Voss (B&V) aircraft designer called Thieme began work on Drawing Number Ae 607, within the standard drawing numbering system at B&V. His design for a jet fighter was radically different from anything that B&V had done before. A flying wing, it approximated to a 45° delta planform. Reports of its existence were not confirmed until 2017, when the drawing was published. No Project number is recorded for the design and its intended status is unknown.[
Plastikový model letadla 1/72 SB2A-4 Buccaneer ‘US Marines Bomber’ . The SB2A dive bomber aircraft was designed by Brewster during WW2 to be operated primarily from aircraft carriers. Although the type was produced in several various versions, it was used only for training. The British military used the type under their own name of Bermuda. A similar version was also developed for the air force of Dutch East Indies (ML-KNIL), but in the end was not delivered as the Dutch surrendered. The SB2A-3 saw service with the US Navy whilst the dash 4 variety, as brought to you in our recent release, belonged to the US Marines inventory. The decal sheet offers markings for three US Marines airframes bearing both the two- and three-colour schemes and one fictious machine as it might have looked like had it been acquired by the Dutch. US naval dive bomber the SB2A-4 was operated by the Marines decals for three US Marines options and one as would have been flown by Dutch East Indies (they in fact wanted to buy the type) the kit contains resin parts and etches
Plastikový model letadla 1/72 SB2A-4 Buccaneer ‘US Marines Bomber’ . The SB2A dive bomber aircraft was designed by Brewster during WW2 to be operated primarily from aircraft carriers. Although the type was produced in several various versions, it was used only for training. The British military used the type under their own name of Bermuda. A similar version was also developed for the air force of Dutch East Indies (ML-KNIL), but in the end was not delivered as the Dutch surrendered. The SB2A-3 saw service with the US Navy whilst the dash 4 variety, as brought to you in our recent release, belonged to the US Marines inventory. The decal sheet offers markings for three US Marines airframes bearing both the two- and three-colour schemes and one fictious machine as it might have looked like had it been acquired by the Dutch. US naval dive bomber the SB2A-4 was operated by the Marines decals for three US Marines options and one as would have been flown by Dutch East Indies (they in fact wanted to buy the type) the kit contains resin parts and etches
1/35 2CM SALVENMASCHINENKANONE SMK 18 TYPE 2. This is an injection-plastic field gun model kit. The SMK18 Type 2 2-cm cannon is a high-fidelity gun made by Germany during World War II. The idea was to shoot down enemy aircraft by simultaneously firing eight 2-cm cannons. The Type 1 had the cannons in a horizontal arrangement; the prototype of the Type 2 was built in 1939, but it proved to be too unstable for use, as there was too much of a load on its moving parts. This gun is currently on display in a museum in Moscow, Russia. This kit features highly detailed breech and carriage assemblies, working elevation and sight mechanisms, and a choice of optical or iron sights. The stabilizer arms are movable, and a set of photo-etched parts is included as well. Order yours today! [Includes]: Photo-etched parts
1/35 2CM SALVENMASCHINENKANONE SMK 18 TYPE 2. This is an injection-plastic field gun model kit. The SMK18 Type 2 2-cm cannon is a high-fidelity gun made by Germany during World War II. The idea was to shoot down enemy aircraft by simultaneously firing eight 2-cm cannons. The Type 1 had the cannons in a horizontal arrangement; the prototype of the Type 2 was built in 1939, but it proved to be too unstable for use, as there was too much of a load on its moving parts. This gun is currently on display in a museum in Moscow, Russia. This kit features highly detailed breech and carriage assemblies, working elevation and sight mechanisms, and a choice of optical or iron sights. The stabilizer arms are movable, and a set of photo-etched parts is included as well. Order yours today! [Includes]: Photo-etched parts
1/35 3cm Flakvierling 103/38. The Mk103/38 was a late-war, four-gun installation of the Mk103 3cm gun from Rheinmetall Borsig. The Mk103 was an electrically fired, recoil and gas-operated automatic cannon designed to be used as a dual-purpose weapon against air and ground targets.The Mk103 had a rate of fire of 280 rounds per minute using high explosive (HE) rounds, and 420 rounds per minute when firing Armor Piercing rounds.The experimental Mk103/38 four-gun installation proved troublesome due to fact that the mount was originally designed for the smaller 2cm Flak 38, and heavy vibration took it’s toll on both the equipment and the crew aiming the weapon.
1/35 3cm Flakvierling 103/38. The Mk103/38 was a late-war, four-gun installation of the Mk103 3cm gun from Rheinmetall Borsig. The Mk103 was an electrically fired, recoil and gas-operated automatic cannon designed to be used as a dual-purpose weapon against air and ground targets.The Mk103 had a rate of fire of 280 rounds per minute using high explosive (HE) rounds, and 420 rounds per minute when firing Armor Piercing rounds.The experimental Mk103/38 four-gun installation proved troublesome due to fact that the mount was originally designed for the smaller 2cm Flak 38, and heavy vibration took it’s toll on both the equipment and the crew aiming the weapon.
1/48 Blenheim Mk.I Engine Intakes. The Mercury engine which were fitted to the Blenheim had a specific feature, the tubular air intakes mounted between the engine cylinders. There were two styles, one plain, the other with funnel-shaped front end, both of which we offer in this set. There are also the lower cowl air intakes added to this set, they are desingned as one-piece item which directly replace the kit intakes, offer better details and do not require to be glued and filled. Designed for Airfix kit. Country of origin: UK / WWII
1/48 Blenheim Mk.I Engine Intakes. The Mercury engine which were fitted to the Blenheim had a specific feature, the tubular air intakes mounted between the engine cylinders. There were two styles, one plain, the other with funnel-shaped front end, both of which we offer in this set. There are also the lower cowl air intakes added to this set, they are desingned as one-piece item which directly replace the kit intakes, offer better details and do not require to be glued and filled. Designed for Airfix kit. Country of origin: UK / WWII