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Circuit Training at Moorabbin Airport Circuit Training at Moorabbin ...

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City of Kingston:<br />

A design<strong>at</strong>ed flight p<strong>at</strong>h for helicopters wishing to access the airport th<strong>at</strong> minimizes low<br />

altitude flying over residential areas is supported<br />

City of Gre<strong>at</strong>er Dandenong:<br />

The City of Gre<strong>at</strong>er Dandenong made an identical submission to the City of Kingston<br />

Dingley Village Community Associ<strong>at</strong>ion:<br />

Although the majority of noise caused by helicopters over Dingley Village is caused by<br />

training circuits, DVCA would support this move as a step towards reducing total noise.<br />

MARA:<br />

Suggest helicopters follow the major road network, not as now which appears to be the<br />

shorter route from A to B. Consider flight p<strong>at</strong>hs along Boundary Rd, Nepean Highway,<br />

freeways(eg: Eastlink) and Cheltenham Rd.<br />

9.2.5. Can the circuit height be raised ‐ and if so to wh<strong>at</strong> altitude?<br />

The circuit altitude is 1,000 feet and this is a rel<strong>at</strong>ively standard altitude across the country.<br />

Aircraft gaining height are for the most part on full throttle and will only throttle back when<br />

such altitude is <strong>at</strong>tained. The speed with which they <strong>at</strong>tain this altitude is geared to their<br />

performance. A Cessna 182 will reach 1,000 feet much more quickly then a Cessna 152 basic<br />

trainer. Can the altitude be raised to, say, 1,500 feet?<br />

The logic behind this is th<strong>at</strong> aircraft make less noise <strong>at</strong> 1,500 feet especially when throttled<br />

back. However no evidence exists to support or disprove this contention.<br />

RVAC:<br />

Increasing the height of the circuit will only prolong the time taken to reach 1000ft and<br />

therefore increase noise issues. Practicing non‐standard circuits’ p<strong>at</strong>terns is not conducive to<br />

flight training. Since <strong>Moorabbin</strong> is a primary training airfield it of utmost importance th<strong>at</strong><br />

training is standardised here first.<br />

MFT:<br />

As per item 1.2.2, there is no neg<strong>at</strong>ive cost impact but I believe there is a safety impact. The<br />

skills taught via the standard circuit p<strong>at</strong>tern provide important visual cues in the circuit th<strong>at</strong><br />

can be applied to an in‐circuit emergency procedure. It is imper<strong>at</strong>ive th<strong>at</strong> the circuit taught <strong>at</strong><br />

<strong>Moorabbin</strong> be a standard circuit p<strong>at</strong>tern th<strong>at</strong> can be applied <strong>at</strong> all aerodromes.<br />

Oxford Avi<strong>at</strong>ion Academy:<br />

Raising the circuit height will cre<strong>at</strong>e oper<strong>at</strong>ional difficulties. With a higher circuit, days of<br />

lower cloud base will severely restrict the availability of circuit training. It also means th<strong>at</strong><br />

overflying aircraft will have to be 500ft higher again which may be unavailable due cloud.<br />

Climbing to and then descending from a higher circuit altitude, will add almost two minutes<br />

to a circuit p<strong>at</strong>tern. This will reduce the number of circuits possible in a typical one hour<br />

lesson, making training less efficient and probably necessit<strong>at</strong>ing additional circuit lessons.<br />

38

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