Amateur-built and experimental aircraft - Australian Transport Safety ...
Amateur-built and experimental aircraft - Australian Transport Safety ...
Amateur-built and experimental aircraft - Australian Transport Safety ...
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Figure 41: Rating of personal satisfaction<br />
In relation to ABE <strong>aircraft</strong> being a path to social groups, one respondent stated:<br />
I have been flying amateur-<strong>built</strong> (ABAA <strong>and</strong> Experimental) <strong>aircraft</strong> since [year],<br />
<strong>and</strong> have found them to be economical to operate, easy to maintain <strong>and</strong> very<br />
enjoyable to fly. In addition, I have made many new friends, <strong>and</strong> now that I<br />
have semi-retired, my <strong>aircraft</strong> is the major means by which I get to explore this<br />
great country of ours.<br />
A further comment on how satisfaction with ABE <strong>aircraft</strong> can occur stated:<br />
ABE <strong>aircraft</strong> have given me <strong>and</strong> continue to give me a great deal of<br />
satisfaction both from a building <strong>and</strong> flying perspective. I find ABE/ABAA<br />
<strong>aircraft</strong> much nicer to fly (granted they are not required to meet the same<br />
stability requirements as factory certified <strong>aircraft</strong>). I work on GA <strong>aircraft</strong> as a<br />
LAME <strong>and</strong> still feel more passionate toward ABE/ABAA <strong>aircraft</strong>….<br />
Clearly there are many ways people experience personal satisfaction associated<br />
with ABE <strong>aircraft</strong>, but most rate it as very important in their reason for purchase.<br />
Aircraft performance<br />
The rating of <strong>aircraft</strong> performance as a reason for purchase is recorded in Figure 42.<br />
This shows that <strong>aircraft</strong> performance is very important to most respondents. Aircraft<br />
performance in this context was interpreted as meaning the ability of an <strong>aircraft</strong> to<br />
perform required functions <strong>and</strong> manoeuvres, along with its stall speed, cruising<br />
speed, rate of climb, altitude flight limits, <strong>and</strong> payloads or flight range (Gunston,<br />
2004; Wanttaja, 2006c). It may also involve the fuel efficiency of the engine.<br />
Higher performance <strong>aircraft</strong> have higher stall speeds <strong>and</strong> are more challenging to<br />
fly, but not all builders want to fly high performance <strong>aircraft</strong>, <strong>and</strong> the choice of<br />
<strong>aircraft</strong> may change with time. One person commented on the implications of<br />
choosing a high performance <strong>aircraft</strong>, <strong>and</strong> the need to develop flying practices that<br />
reflect the nature of high performance <strong>aircraft</strong> by stating:<br />
As my <strong>aircraft</strong> is a heavily customised complex high performance machine, I<br />
was fortunate to have input from [a] LAME, builders, designers, <strong>and</strong><br />
enthusiasts. The significant lesson I learnt from the successful <strong>and</strong> safe<br />
process is that people who make the most noise don’t always have the best<br />
information; opinion is a far cry from knowledge. Accepted certified flying<br />
practices are not necessarily appropriate for high performance composite<br />
<strong>aircraft</strong>, <strong>and</strong> just because you haven’t hurt yourself yet doesn’t mean you are<br />
safe.<br />
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