in this research paper called "Next generation weather satellites'', the author describes the perspective that our world can achieve with modern meteorological equipment. This theme is underlooked from the technical side, so this paper will be helpful for students of Technical faculties or Design. The author strongly believes that next generation weather satellites are still in production, while others are still in the design process for maximum efficiency and reliability possible, as well as operational life. As a result, there is a need to look at the next generational weather satellites based on their design and technological features onboard that are used for weather forecasting and planning purposes. The design of next generation weather satellites is dependent on a number of aspects, of which the cost of production is one, and this plays a crucial role in determining how soon these systems can be operational. As such, the cost of facilitating the creation of next generation weather satellites is high and therefore requires a large amount of capital. This is following the steps used in the design of different technologies used in this heavy equipment in that there are the design fees. Current programs in this venture of producing next generation weather satellites have faced significant constraints from financial pressure and shortcomings, where most of the projects to produce them have overrun their budgets.
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The main reason for this lies with the fact that the components required to produce a single satellite are not required en masse, but are instead procured from different manufacturers, which makes the price high due to poor economies of scale based on wholesale and retail prices (Altium, 2012). Single components cost more than bulk component sales, thus there is need to consider the pricing in the designing of the next generation weather satellites based on price, where in spite of the high cost of design and production of the satellites, bulk production of the satellites is more viable due to lowering the cost of the components. In addition, another factor in the design of next generational weather satellites in relation to the cost is being cost effective in saving operational costs from older satellites that have been in orbit on in a geosynchronous position with earth. As such, designing these satellites based o efficiency is a feature to be considered as even current trends indicate that studies have been done to assess the role of cost effectiveness in next generation weather satellites. Costs of factoring in and using next generation satellites based on improved modern technology are lower than the current satellites in orbit considering the resolution of images captured from technically and technologically advanced features to be found in next generation satellites (Gonzalez, 1998). Considering this, designing next generation weather satellites requires production of data such as maps and tracking of weather patterns at only a fraction of the conventional cost used in traditional satellites that are already in orbit. The above consideration in designing next generation satellites ensures that the functionality of these satellites is meant to overtake the current weather satellites by cutting down on their cost of operation in relation to resolutions and photographic units to be incorporated into the equipment. This is further to translate the cost of offering access to the satellites, since there will be no need to keep analyzing the data from a third party point on the ground since all is taken care of from the satellites end. The above brings in the concept of technological inclusions in designing next generation weather satellites. In tis point, there is one key aspect to assess and analyze critically as it serves the central point in the entire satellite network for both existing and next generation. Sensors are what pick up information and