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PubMed · 10169177

Helicopter dispatch: a time study.

Abstract

PURPOSE: To quantitate request to liftoff (R/L) and dispatch to liftoff (D/L) times and reasons for delay in an active air medical transport program. METHOD: This was a prospective observational study blinded to crew and pilots. Data were collected by the communications department during a 4-week period on 197 consecutive missions. RESULTS: The air medical helicopter program services 25,000 square miles with four BK 117 helicopter each staffed by nurse/paramedic crew. During the study period, R/L and D/L averaged 10.9 and 6.8 minutes, respectively. One hundred and twenty-two flights had an R/L of 10 minutes or less for an average R/L of 7.2 minutes and D/L of 5.9 minutes. Seventy-five flights had an R/L greater than 10 minutes, for which reasons included weather check--21; standby by requestor--27; all ships in flight--5; receiving facility delay--4; mechanical problems--4; original ship diverted--2; additional fuel needed--1; airport clearance--1; and no specific reason given--10. CONCLUSION: Most variance occurred in R/L rather than D/L. Evaluating R/L time not only provides a better indication of program activity but also identifies most delays. It appears reasons for delay are limited, which should allow development of a concise plan to overcome them.

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BibTeXRIS

K Stanhope, R E Falcone, H Werman. Helicopter dispatch: a time study.. https://doi.org/10.1016/s1067-991x(97)90017-1

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Helicopter in transit care of the critically ill--the Whangarei experience.

AIMS: To describe our experience in transit care of the critically ill in Northland and to highlight the multidisciplinary co-operation which renders this an efficient model of transit care in suburban and rural areas. METHODS: Since its inception in 1988, Northland's wholly community owned rescue helicopter has played an integral part in transit Intensive Care in Northland. This aids in transportation of medical and nursing intensive care staff to outlying primary hospitals for patient stabilisation, subsequent transfer of the patient to the intensive care unit (ICU) in Whangarei and, occasionally, for transfer to specialised critical care services in Auckland. RESULTS: As of August 1999, over 3,900 helicopter missions have been accomplished. A doctor, vetting each request for Medevac, minimises over-triage, thus ensuring adequate levels of transit care and effective utilisation of expensive resources. More than 90% of non-obstetric adult patients were ventilated and the number of Medevac missions increased over the years. The Accident Compensation Corporation (ACC) funds 40% of all flights, another 40% of flights are funded by Northland Health and the Order of St John funds the remainder. CONCLUSIONS: With a widespread geography, efficient transit care of the critically ill is imperative to quality hospital care and ensures equity of access to the rural populace. The Whangarei system of transit intensive care is an ideal template for suburban and rural areas.

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