After conducting basic research on

After conducting basic research on existing solutions for flight platforms and then carefully reviewing the design specification, the team decided that the platform would be based on the designs of previous years. Last year's test results showed that this was a viable design by achieving moderate success in forced flights. Obviously with a revised design summary, there have been some modifications to the design, but there are also some changes made to improve and improve the system. The general concept of the platform remains basically the same. A five-fan system was used, the central blower providing most of the thrust and four surrounding blowers to provide the rest of the thrust and maintain platform stability. The team decided that the four outside fans used in the project last year should be used on the flying platform. This decision is based on two factors, first that the previous team successfully used them for an identical application, thus providing a solid development base for the current project to get started with, and The second is to keep the cost of the project to a minimum. However, the central fan was changed, instead of using a fifth electric fan, a blower provided by a small IC motor was chosen. Although this increases the overall weight of the platform, it is thought that the extra thrust created will easily compensate for this and provide excessive thrust to the platform.

Kết quả (Anh) 1:

After tiến hành basic research on existing platforms and solutions for flight then carefully reviewing the design specification, the team would be decided based platform là on the designs of previous years. Last year's test results showed this was a Viable có design by Achieving moderate success in forced Flights. Obviously with a revised design summary, there được some modifications to the design, but some changes made there cũng and Improve To improve the system. The general concept of the platform Basically Remains The Same. A five-fan system was used, the central thrust of the most nếu blower and four surrounding blowers to cung the rest of the thrust and Maintain Stability platform. The team decided là four outside fans used in the project last year on the flying nên used platform. This Decision is based on two Factors, first là previous team SUCCESSFULLY USED added for an identical application, thì Providing a solid development base for the current project to to get started with, and The second is to keep the cost of the project to a minimum . Tuy nhiên, the central fan was changed, using a fifth thay electric fan, a blower motor provided by a small IC was Chosen. Although this increases the overall weight of the platform, it is thought the extra thrust created will có Easily compensates for this and provide a platform to the excessive thrust. the central fan was changed, using a fifth thay electric fan, a blower motor provided by a small IC was Chosen. Although this increases the overall weight of the platform, it is thought the extra thrust created will có Easily compensates for this and provide a platform to the excessive thrust. the central fan was changed, using a fifth thay electric fan, a blower motor provided by a small IC was Chosen. Although this increases the overall weight of the platform, it is thought the extra thrust created will có Easily compensates for this and provide a platform to the excessive thrust.

Kết quả (Anh) 2:

After how basic research on existing solutions for flight platforms and then carefully reviewing toolbar The design specification, the team decided that the platform would be based on the designs of previous years. Last Year's test results showed that this was a viable design by achieving moderate success in forced flights. Obviously with a revised design summary, there have been some modifications to the design, but there are also some changes made to improve and improve the system. The general concept of the platform remains basically the same. A Five-fan system was used, the central blower providing most of the thrust and four surrounding blowers to provide the rest of the thrust and maintain platform stability. The team decided that the four outside fans used in the project last year should be used on the flying platform. This decision is based on two factors, first that the previous team successfully used them for an identical application, thus providing a solid development base for the current project to get started with, and The second is to keep the cost of the project to a minimum. However, the central fan was changed, instead of using a small IC motor was chosen. Although This increases the overall weight of the platform, it is thought that the extra thrust created will easily compensate for this and provide excessive thrust to the platform.

Kết quả (Anh) 3:

After basic research on existing solutions for flight platforms and then carefully reviewing the design specification, the team decided that the platform would be based on the designs of previous years. Last year's test results showed that this was a viable design by eving moderate success in forced flights. Obviously with a revised design summary, there have been some modifications to the design, but there are also changes made to improve and improve the system. The general concept of the platform remains the same. A five-fan system was used, the central blower providing most of the thrust and four surrounding blowers to provide the rest of the thrust and maintain stability. The team decided that the four outside fans used in the last year should be used on the flying platform. This decision is based on two factors, first that the previous team successfully used them for an identical application, thus providing a solid development base for the current project to get started with, and the second is to keep the cost of the project to minimum. However, the central fan was changed, instead of using a fifth electric fan, a blower provided by a small motor was chosen. Although this increases the overall weight of the platform, it is thought that the extra thrust created easily compensate for this and provide excessive thrust to the platform.