Life and work in aviation
Vladimir Kokkinaki (1904–1985) was a Soviet test pilot and record-holder closely associated with Ilyushin aircraft. He made high-altitude and long-distance flights, tested new designs and participated in international aviation work. His biography distinguishes a record intended to establish an achievement from a test providing designers with evidence of operational suitability.
Design Bureau Tester
Kokkinaki worked with Ilyushin's aircraft, including early bombers and civilian vehicles. The test pilot had to evaluate the controllability, operation of the equipment and the behavior of the aircraft on specified modes. Such activity involves repeating measurable tasks, rather than looking for a spectacular maneuver. The accuracy of the observations depended on what changes the team will make to the design and program of the next stage.
High-altitude achievements
In the 1930s, Kokkinaki set several aviation records, including a high-altitude result with cargo. In such flights, the category is specified by the mass of the payload and the registration conditions. A record with a load is not equal to the absolute height of any machine. This detail helps to correctly understand the technical significance of the result: the aircraft must retain the ability to lift a certain mass, and not only the pilot himself.
Long-range route of the plane "Moscow"
In 1939, Kokkinaki and navigator Mikhail Gordienko made a transatlantic flight on the plane "Moscow", a variant of DB-3. The flight ended on Misco Island in Canada. He linked the test work to the exploration of a long-distance route between continents. The composition of the crew and the point of completion are fundamental: it was not a single flight or landing in a planned American city.
Professional heritage
Kokkinaki continued to work in the aviation industry and participated in the activities of the International Aviation Federation. His experience was associated with both the technical side of the aircraft and the rules of recording achievements. In the historical collection, he represents the tester, whose career covered different tasks of one design school: the development of machines, high-altitude capabilities and long-distance routes.
Why do planes need flight tests?
The test program checks whether the real machine matches the calculations and the task. Before the flight, ground checks are carried out, measurements are prepared and the sequence of tasks is determined. The tester does not just assess whether it is convenient to sit in the cabin. His observations should be useful to engineers who have to compare the data with the expected result. Therefore, the accuracy of the description and the discipline of the task are part of the profession along with confident control of the aircraft.
The parameters are recorded by the equipment and compared with the conditions of experience. One unusual reaction of the machine can have several explanations, so you need to re-check within the limits of the program. The pilot reports sensations and circumstances, and specialists analyze the design and records. It's a collective effort. A successful flight does not mean that all modes, loads and use cases that will be required for a future serial aircraft have already been studied.
A new type is being developed gradually. Different stages can check the stability, control, power plant and equipment interaction. The expansion of the flight area is based on the results obtained. That is why the famous first flight is the beginning of practical research, and not its completion. After it, the details and systems are often changed. The historical biography of the tester shows the visible part of the program, but the work of a large engineering and ground team remains behind the cabin.
The experimental result should be distinguished from the admission to normal operation. The record machine can be prepared for a narrow task, and the serial should provide repetitive work and maintenance. Training the tester is also not a universal permission to fly any new technology. It is necessary to study a specific machine and program. These differences help to understand the contribution of a specialist, without turning his biography into a story only about courage or spectacular maneuvers.
Major achievements
- Tested aircraft Ilyushin
- Sets high-altitude aviation records
- He completed the transatlantic route in 1939.
Aircraft and flying machines
- TsKB-26
- DB-3 "Moscow"
- Ilyushin 's
Organisations and events
Ilyushin Design Bureau, International Aviation Federation
- High-level records of the 1930s
- Flight to Misco Island in 1939
Questions about this biography
Why is Vladimir Kokkinaki included in the history of aviation?
Tested Ilyushin's planes. He set high-altitude aviation records. He completed the transatlantic route in 1939.
With what field of aviation is this biography connected?
Vladimir Kokkinaki (1904-1985) - Soviet test pilot and record holder, closely associated with the aircraft design bureau Ilyushin.
What aircraft are involved in this work?
Related to the biography: TsKB-26, DB-3 "Moscow", Ilyushin's Aircraft. Their role and period are described in the main sections.
What events help to understand the professional path?
Major historical episodes: High-rise records of the 1930s; Flight to Misco Island in 1939.
What organizations are mentioned in the biography?
The professional path is connected with organizations and communities: Ilyushin Design Bureau, International Aviation Federation.
Was Kokkinaki's transatlantic flight alone?
Oh, no. In the crew of the plane "Moscow" together with him worked navigator Mikhail Gordienko.
What is the technical context of this story?
The test program checks whether the real machine matches the calculations and the task. Before the flight, ground checks are carried out, measurements are prepared and the sequence of tasks is determined. The tester does not just assess whether it is convenient to sit in the cabin. His observations should be useful to engineers who have to compare the data with the expected result. Therefore, the accuracy of the description and the discipline of the task are part of the profession along with confident control of the aircraft.