Conclusions w liv 0269 upgrade latsa software.

Upgrade of LATSA Page 61 of 148 7 Conclusions and recommendations

7.1 Conclusions

The project has met the objectives detailed in Section 2. In doing so it has provided the industry with a reasonably flexible and accurate model which can be used to predict key outcomes on- board flights transporting livestock. While the predicted animal physiology outputs can be readily validated through research and empirical data, aircraft ventilation is more complex. The ECS outcomes generated by version 2.0 of LATSA appear to be generally elevated in comparison to those observed by most but not all exporters. This is an intended consequence with the expectation that users would discuss anomalies with aircraft operators during the construction of proposed consignments to ensure that aircraft have the nominated ventilation capacity. The software encompasses most if not all of the variables associated with livestock transport by air. These variables include ports, operators, aircraft, holds, manufacturers, crates, animals and liveweights. As a result the potential combinations are extensive and in an effort not to exclude choices in the initial acceptance stage of the implementation process, there are a number of non effective selections still available in the consignment building process. As a result some selections may create errors during early use of the software. Response from early adopters has been encouraging with the expectation that exporters will find the software tools relatively easy to use and suitable for their own needs. In addition, the software provides much more information than was previously available to justify a higher level of confidence within and outside of the livestock air transport industry segment. This higher level of confidence is based on publicly available aircraft ESC data. While the results provide much more information than was previously known, caution must be taken in relying on the results of version 2.0 of LATSA due to the way in which it uses maximum and minimum design specifications within its calculations.

7.2 Recommendations from