Avro Vulcan

Avro Vulcan History

The Avro Vulcan is the second point on the triangle in the British "V-Bomber" series - a series of three high-altitude, long-range nuclear capable systems developed by the British Air Force during the Cold War in response to postwar 2 requirements. The three aircraft that formed this defensive triangle were Vickers Valiant, Avro Vulcan and Handley Page Victor, which were brought into service in the exact order. At the height of the Cold War, the Vulcan was an integral part of the UK's strategic nuclear air force and could also be used as a conventional bomber, as was the case in the UK's Falklands War against Argentina - interestingly, it was in flight Refueling the tanker provided help with Handlery page of Victor's.

The Avro Vulcan will be Avro's only production jet-powered aircraft design.

Development

British Department of Aviation specification B.35/46 was developed in early 1947. The specification calls for a nuclear-capable platform that can operate outside the range of enemy air defenses and provide special range for British and Allied bases if needed. Avro answered the call and came up with a new design centered on a straight delta wing arrangement.

This design is unique in that, unlike conventional fins, it has vertical fin surfaces at the extreme wingtips, providing sufficient surface area for improved payload, fuel loading and maneuverability. The absence of a real tail means the design is actually a flying wing in a sense. The cockpit is located at the very front of the fuselage, ahead of the wings and engines, and features four engines in a staggered internal layout - two engines per wing. The engine will be fed with oil from a large circular air intake.

The massive wings will also provide maximum space for internal weapons, in the form of bomb bays mounted outside the twin-engine assembly. Avro dubbed the new design the Type 698, and received an order from the British Air Force in December 1947.

Valiant and Victor's approval was also obtained along with the Avro design, essentially starting the formation of the V-Bomber Triangle.

The original Air Department contract called for the construction of several forms, including two prototypes. This involvement includes the construction and delivery of several flight demonstrators. Known as the Model 707, the demonstrator represented an important part of Vulcan's early development and was produced in five examples - Model 707, Model 707A(2), Model 707B and Model 707C. The Model 707 is a unique design in itself, with a spine-mounted air intake. The 707 first flew on September 4, 1949, but suffered a fatal crash just 26 days later.

The accident showed that the airbrake system did not shut down, causing the system to stall and eventually crash - both people and systems were lost in the incident as the test pilot was not provided with an ejection seat system. Despite major setbacks, the overall design (albeit in low-speed testing) proved solid. A new and improved design appeared on the 707B and flew a year later, this time with an ejection system in an extended nose assembly. The Type 707A was used as a high-speed test bed and was completed as two examples, while the Type 707C also existed, which became a test bed with side-by-side seating, a single vertical tail and a straight-wing delta configuration.

Overall, tests have shown that the aircraft is extremely maneuverable, given its type and size, no doubt due to the choice of a large-area delta wing design. The Type 698 prototype eventually emerged from these development models.

No matter how you look at it, the Vulcan maintains a unique look even in the wild era of aircraft design in the 1950s. Viewed in silhouette from above or below, this type of bomber differs from other previous bomber designs.

No wonder this plane has been such a favorite design among aviation enthusiasts for decades since its inception.

Cockpit

The Avro Vulcan accommodates five standard crew members, including pilot and co-pilot, a systems operator, a navigator and a radar operator, plus two additional seats. The pilot and co-pilot can see the front of the cockpit through a five-piece frame windshield and round windows on the sides, allowing for side-to-side views.

Ejection seats are only granted to the pilot and co-pilot -- not the entire crew -- who must be ejected from the plane the old-fashioned way.

Armed

Since the Vulcan was designed as a bomber, it was very fitting that it could mount up to 21,000 lb artillery in the internal bomb bay. Ordnance can be conventional weapons or, more importantly, nuclear weapons. Cover conventional bombing with 21 x 1,000 lb bombs.

Nuclear munitions vary as they evolve or improve, but also include the Blue Steel Mk 1 Standoff Missile.

Operational Services

The Vulcan bomber family has limited utility against aggression. During the Malayan uprising, Vulcan B. Mk 1 bombers were dispatched as an intimidation factor. In addition, they were used to demonstrate the reach of these types into the Soviet Union through regular flights to and from the world.

Operations with U.S. troops and other NATO allies were the order of the day. The only actual combat operation involving the Vulcan occurred in the 1982 Falklands War between Argentina and the United Kingdom.

The Vulcan B. Mk 2 bombers saw little action throughout the conflict and succeeded in providing a formidable force to the British - despite the impact of the Vulcan raid (known as the "Black Buck" raid) on enemy ground targets The actual damage is quite small.

On May 1, 1982, a lone Vulcan bomber completed the first combat mission of the Falklands War, when it dropped bombs over Port Stanley, rendering the main escape route unavailable for Argentine fighters (rapid repairs). Let the slower, lighter plane land). And start on time as usual). Five Vulcans formed Task Force Vulcans on Ascension Island (two are said to be retained), and ended up flying a total of seven missions with varying degrees of success. The first, second and seventh missions were conventional bombing missions, while the third, fourth, fifth and sixth missions were missile strikes using Shrike anti-radar air-to-surface missiles.

Missile missions 5 and 6 successfully hit Argentine radars, although the plane for mission 6 ("Black Buck 6") encountered a damaged refueling probe on the return trip and was forced to land in Rio de Janeiro, Brazil - nine days after the flight's crew returned from war Finish.

The Vulcan flew under Argentina's radar and surfaced when necessary to predict the situation. When she was tracked by enemy radar, Vulcan's ECM suite proved up to the task.

During the first raid on Port Stanley, the crew managed to drop the bomb payload onto the runway within the 1-second time window allotted by the target computer and then fly over the target. When Argentine ground artillery opened fire, the Vulcans immediately climbed out of danger. Once safe, the plane was greeted by tankers and landed safely on Ascension to cheers. The Vulcan presence in Argentine airspace was a destructive psychological tool for Argentine civilians, who now feared that their major cities were within range of British bombers. In addition, the Argentines lost access to an airstrip in the Falklands that would play an important role in their air defense plans.

Despite all the preparation and execution, the Vulcan only hit the runway itself directly, an action that proved that the runway would not be very supportive for Argentine fighters. The Ascension Island mission was the longest of any bomber in the history of military aviation.

After the Falklands War in 1982, Vulcan's career as a dedicated bomber was almost over. Some were rebuilt as interim measures to fill gaps in the tanker role, and the Vickers VC10 airframe was modified for the job.

Six such Vulcan B. Mk 2 models were converted into the character, becoming the Vulcan K. Mk 2. These Vulcans lasted until the VC10 went live in 1984.

Conclusion

There is no doubt that the Avro Vulcan has achieved the status of a classic British bomber. Despite its bumpy development, which included loss of life, the system has historically performed well when it was needed most.

In a world where the display of power seems more important than the use of it, the range of a nuclear power platform is exactly what the Doctor demands. Despite limited production numbers and very limited combat capabilities, the Vulcan's unique design and qualities make it a unique aircraft.

Specification

Basic

Production

Roles

Dimensions

Weight

Performance

Performance

Armor

Changes