PERANCANGAN ALAT PENGUKUR STABILITAS TANGAN
SAAT MENGGENGGAM PISTOL DALAM LATIHAN
MENEMBAK
Total View This Week0
Total View This Week0
Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Widiantara, Wahyu
Subject
T Technology (General)
Datestamp
2024-02-27 03:19:49
Abstract :
Proficiency and reliability in shooting a gun was a basic capability that must been possessed by kopasgat soldiers of the Indonesian Air Forced as the front guard in maintaining the territorial integrity of the republic of Indonesia. A stable handed condition when aiming at the target was an absolute requirement to got an accurate shot. Currently there was no tool for shooters have been able to showed the amount of handed tremor which was an important factor in the accuracy of shots. In this final project, the author would design a shooter's handed vibration measured device used the arduino uno microcontroller-based accelerometer mpu6050 sensor. As soon as the handed shook, then the mpu6050 accelerometer sensor would measured the vibration and sent the data to the arduino uno microcontroller to then display it on the lcd screen and rang the buzzer component if the detected vibration had exceeded the limit, which was 0. 2 G on each axis. Handed shook less than 0. 2 G on each axis would result in an accurate shot that was more than 7 on the target or on the black area. Meanwhile, if the shooter's handed shook more than 0. 2 G on each axis, it would result in an inaccurate shot, namely a valued of less than 7 or hitting the white area.
Proficiency and reliability in shooting a gun was a basic capability that must been possessed by kopasgat soldiers of the Indonesian Air Forced as the front guard in maintaining the territorial integrity of the republic of Indonesia. A stable handed condition when aiming at the target was an absolute requirement to got an accurate shot. Currently there was no tool for shooters have been able to showed the amount of handed tremor which was an important factor in the accuracy of shots. In this final project, the author would design a shooter's handed vibration measured device used the arduino uno microcontroller-based accelerometer mpu6050 sensor. As soon as the handed shook, then the mpu6050 accelerometer sensor would measured the vibration and sent the data to the arduino uno microcontroller to then display it on the lcd screen and rang the buzzer component if the detected vibration had exceeded the limit, which was 0. 2 G on each axis. Handed shook less than 0. 2 G on each axis would result in an accurate shot that was more than 7 on the target or on the black area. Meanwhile, if the shooter's handed shook more than 0. 2 G on each axis, it would result in an inaccurate shot, namely a valued of less than 7 or hitting the white area.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
