Investigating the fundamental enabling technologies that underpin the design of a guided small calibre projectile

制导小口径弹丸的方法多种多样。所示的设计被选择来代表实现平移运动的不同方法。可能存在与所示设计不同的其他设计，这些设计可能或多或少具有一定的效率。从这些来源获得的关于这些方法的有效性的数据很少。因此，设计一个测试来定量比较上述设计的有效性将是非常有利的。詹姆斯正在致力于小武器制导子弹的概念开发。该项目的目的是探索制导和控制系统的微型化，这些系统可以安装在直径为7.62的子弹中，以提高其准确性或第一发子弹的命中概率。因此，项目有三个不同的阶段。对小武器子弹外弹道的认识。欣赏现有的制导和控制系统，这些系统可以装在一个小子弹里。两个系统的集成。

A variety of methods for guiding small calibre projectiles have been presented. The designs shown were chosen to represent different methods of achieving translational motion. There likely exist alternative designs to those shown and these may be more or less efficient. Little data exists from these sources pertaining to the effectiveness of such methods. As such, it would be highly advantageous for one to design a test to quantitatively compare the effectiveness of the above designs. James is working on the concept development of a small Arms guided bullet. The aim of the project is to explore miniaturisation of guidance and control systems which can be accommodated in a bullet having a diameter of 7.62 to enhance its accuracy or first round hit probability. Therefore project has three distinct stages. Understanding of external ballistics of a small arm bullet. Appreciation of guidance and control systems available which can be accommodated in a small bullet. Integration of two systems.