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System Engineering Principles for Air Deployable Amphibious Vehicle - Term Paper Example

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According to research findings of the paper “System Engineering Principles for Air Deployable Amphibious Vehicle”, the capabilities proposed to be installed in the new ADAV’s for use by the Australian Military need to be tested and evaluated with regard to their operation and functionality…
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The Australian Defense Forces have identified the need for further improvement to the functionality of their Air Deployable Amphibious Vehicles, in a bid to cope with the ever-increasing, more deadly threats in the battlefield environment. This has led to the innovation and development of new technologies to aid the ADAV’s inadequate detection, evasion, and protection of warzone threats. Some of these technologies include wide – range bomb detection capabilities, automatic terrain adapting locomotive system, communication capabilities with the command post, and mobile gun system, among others.

This will save the cost of implementing these new technologies, while also reducing the training that the crew will be required to undertake in order to operate the vehicles to their advantage during conflicts. This paper discusses the requirements of these capabilities, and the modifications necessary to ensure they integrate smoothly into a single system. 1.3 Justification for Acquisition The ADAV is a necessary requirement for the ADF as it provides them with a strategic advantage on the battlefield, allowing small groups of soldiers to traverse hostile environments on the battlefield.

However, in the recent past, the arms race has led to the development of devastating weapons that are undetectable with conventional technologies, increasing the vulnerability of the Australian Military. Furthermore, war on conventional terrain result in very large collateral damage, and as a result, modern armies have opted to gain battlefield advantage by waging wars on hostile terrain. Therefore, there is a need to update the system capabilities of the ADAV to give the soldiers better protection on the battlefield, increasing their chances of surviving an encounter with enemy combatants.

The decision to upgrade the system is to be made by the management of the Australian Army, sanctioning the use of funds to develop the technologies and train the relevant personnel.

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(System Engineering Principles for Air Deployable Amphibious Vehicle Term Paper Example | Topics and Well Written Essays - 5750 words, n.d.)
System Engineering Principles for Air Deployable Amphibious Vehicle Term Paper Example | Topics and Well Written Essays - 5750 words. https://studentshare.org/engineering-and-construction/2067169-systems-engineering-principles-3
(System Engineering Principles for Air Deployable Amphibious Vehicle Term Paper Example | Topics and Well Written Essays - 5750 Words)
System Engineering Principles for Air Deployable Amphibious Vehicle Term Paper Example | Topics and Well Written Essays - 5750 Words. https://studentshare.org/engineering-and-construction/2067169-systems-engineering-principles-3.
“System Engineering Principles for Air Deployable Amphibious Vehicle Term Paper Example | Topics and Well Written Essays - 5750 Words”. https://studentshare.org/engineering-and-construction/2067169-systems-engineering-principles-3.
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