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Civilian, police, and military policies about firearms attract significant attention, yet the corresponding discussions tend to focus on retrospective evidence, such as the effectiveness of previous policies or reactions to recent tragedy. Less attention is devoted to proactive research issues. In particular, recent evidence has demonstrated a strong link between shooting performance and cognitive abilities, which provides numerous implications for policy decisions, assessment procedures, and firearm training. One important issue is how the weapon's rate of fire affects performance. Specifically, how does behavior differ when one is using a semiautomatic versus automatic weapon, and which cognitive abilities are most important with each weapon type? Results indicated that participants fired nearly twice as many rounds when armed with automatic versus semiautomatic weapons, yet they showed no difference in successfully neutralizing hostile targets. However, participants were more than twice as likely to inflict civilian casualties with automatic weapons, and different cognitive tasks aligned with the likelihood of inflicting civilian casualties for each specific weapon type. This evidence suggests substantial differences in shooting behavior based on the rate of fire. Furthermore, the cognitive evidence predicted performance regarding hostile casualties and civilian casualties inflicted even when accounting for differences in gender, previous firearm use, and video game experience. This evidence supports the idea that different cognitive mechanisms may underlie different aspects of shooting performance, which could allow for targeted assessments and training based on firearm type. [ABSTRACT FROM AUTHOR]

The article discribes combat effectiveness of aircraft automatic cannons and compares combat effectiveness of M61A1 rotary cannon with cannons being used on aircraft of the Czech Air Force. The procedure and examples of probability calculation for aerial target destruction are presented for hight rate of fire weapons firing one burst. The procedure is shown for a step law and an exponential law of target destruction and for the constant and changing target hit probability. Basic characteristics for all types of rapid-firing cannons which are part of standard armament of modern aircraft are included in this paper. [ABSTRACT FROM AUTHOR]