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A Method of Calculating Maximum Permissible Take-off Weights using a Digital Computer

Published online by Cambridge University Press:  04 July 2016

A. Wilson
Affiliation:
B.A.C. (Operating) Ltd. , Weybridge Division
B. A. Graham
Affiliation:
Operations Support Group, B.A.C. (Operating) Ltd., Weybridge Division

Extract

The Vast amount of knowledge on the operation of long-haul jet aircraft will inevitably pass on to the short-haul jet; but it is felt that, in the take-off régime, further study must be done. A short-haul jet will probably average 8 to 12 take-offs a day—considerably more than a long-haul jet— and many of these take-offs will involve relatively minor airfields with short runways. In addition, on a world-wide basis, there is an increasing awareness of obstacles under the flight path. Roberts of North Central Airlines and Cooke of United Airlines have emphasised this aspect from the operator's point of view. As an example, calculation of a single point involving an obstacle limited take-off weight would take a pilot at least an hour. For efficient short-haul operation, this wastage of time is prohibitive.

Type
Technical Notes
Copyright
Copyright © Royal Aeronautical Society 1964

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References

1.Roberts, R. M. Runway Gross Weight Analysis. SAWE Tech Paper 281.Google Scholar
2.Cooke, C. M. Airport Analysis and the Development of Turbine Operating Weights at United Air Lines. SAWE Tech Paper 430.Google Scholar
3.CCJ. VI, V2 and All That. Flight International, 16th January 1964 et seq.Google Scholar