A Universal Radio Fuze Throwing Test System

Abstract

The invention discloses a general radio fuze throwing test system, which relates to the field of general radio fuze dynamic testing and includes a carrier aircraft, a mounting device, a throwing device and a ground control device. The concept of unmanned aerial vehicle throwing is introduced in the field of dynamic test of general radio fuze. Through the design of the throwing system, the present invention can carry out general radio fuze attitude control, performance parameter collection, and simultaneously carry out tests of multiple general radio fuzes, which solves the problem of static The test cannot fully verify the performance of the general radio fuze, the cost of the dynamic test is high, and the site is limited. The universal radio fuze throwing test system disclosed by the present invention collects real echo signals, graphically displays the sensitivity and proximity effect of the tested universal radio fuze, has flexible test site selection, is easy to operate, and has low test cost.

Description

technical field [0001] The invention belongs to the technical field of fuze performance tests, in particular to a dynamic test technology for the proximity performance of general radio fuzes. Background technique [0002] At present, the testing and testing of the proximity performance of general radio fuzes mainly use methods such as manual pushing plate testing, anti-ballistic testing, and live ammunition shooting testing. The push plate test cannot truly reflect the performance of the general radio fuze, the cost of the anti-ballistic test and the live ammunition shooting test is high, the test site is limited, and the test scheduling resources are many. [0003] In recent years, the popularity of unmanned aerial vehicles and the improvement of mounting capacity have gradually increased the throwing devices and systems based on unmanned aerial vehicles. However, due to the particularity of the general radio fuze test, the existing throwing system does not have a general r...

AI Technical Summary

Problems solved by technology

[0002] At present, the testing and testing of the proximity performance of general radio fuzes mainly use methods such as manual pushing plate testing, anti-ballistic testing, and live ammunition shooting testing. The push plate test cannot truly reflect the performance of the general radio fuze, the cost of the anti-ballistic test and the live ammunition shooting test is high, the test site is limited, and the test scheduling resources are large, etc.

[0003] In recent years, the popularity of unmanned aerial vehicles and the improvement of mounting capacity have gradually increased the throwing devices and systems based on unmanned aerial vehicles. However, due to the particularity of the general radio fuze test, the existing throwing system does not have a general radio fuze Overload control, rendezvous attitude control, performance data collection and other functions cannot meet the requirements of the general radio fuze dynamic performance test

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