PENENTU SUDUT PITCH DAN ROLL PADA PAYLOAD
ROKET BERBASIS DATA SENSOR ACCELEROMETER
MPU-6050 MENGGUNAKAN KYL-1020
Total View This Week0
Total View This Week0
Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Sugiyarto, Sugiyarto
Subject
T Technology (General)
Datestamp
2024-03-27 05:20:39
Abstract :
Payload or rocket payload is one of the electronic objects that is currently being developed through a competition built by Dikti and LAPAN, namely Komurindo. The payload is the substance that is carried inside the rocket. In the Indonesian Rocket Cargo Competition, each contested rocket payload uses sensors to measure meteorological parameters and rocket motion behavior. One of the most important sensors in a rocket is the accelerometer sensor, because the sensor can detect the flight attitude of the rocket. This study aims to determine the value of the pitch and roll angle on the MPU-6050 accelerometer sensor which is used in the payload of the rocket and then compared with the theoretical calculation of the pitch and roll formula. The MPU-6050 accelerometer sensor used in the rocket payload uses the KYL-1020 transmission communication method. The MPU-6050 accelerometer sensor functions to read the x,y, and z acceleration values on the rocket payload, then the x,y, and z acceleration data values will be accessed by the microcontroller and the processing results will be sent to the ground segment to be displayed on visual studio using KYL 1020. Sensor data displayed in visual studio will be calculated using the pitch and roll formula to get the pitch and roll values. Then it will be compared with the experimental angle that has been determined to determine the accuracy of the accelerometer sensor. The results of this study indicate that the pitch and roll angle determinants on the rocket payload based on the MPU-6050 accelerometer sensor using KYL- 1020 can work well and according to the function of each component. The accelerometer sensor will read every x, y, and z acceleration value data that is processed by the microcontroller to be sent to the ground station using KYL-1020 which can be sent within 350 meters to be displayed in visual studio. The displayed acceleration data value is calculated in the pitch and roll formula to determine the pitch and roll angle of the payload. From the actual comparison of the pitch and roll angles according to the results of the formula calculations with the error rate at the pitch angle not more than 3% and the roll angle not more than 1%
Payload or rocket payload is one of the electronic objects that is currently being developed through a competition built by Dikti and LAPAN, namely Komurindo. The payload is the substance that is carried inside the rocket. In the Indonesian Rocket Cargo Competition, each contested rocket payload uses sensors to measure meteorological parameters and rocket motion behavior. One of the most important sensors in a rocket is the accelerometer sensor, because the sensor can detect the flight attitude of the rocket. This study aims to determine the value of the pitch and roll angle on the MPU-6050 accelerometer sensor which is used in the payload of the rocket and then compared with the theoretical calculation of the pitch and roll formula. The MPU-6050 accelerometer sensor used in the rocket payload uses the KYL-1020 transmission communication method. The MPU-6050 accelerometer sensor functions to read the x,y, and z acceleration values on the rocket payload, then the x,y, and z acceleration data values will be accessed by the microcontroller and the processing results will be sent to the ground segment to be displayed on visual studio using KYL 1020. Sensor data displayed in visual studio will be calculated using the pitch and roll formula to get the pitch and roll values. Then it will be compared with the experimental angle that has been determined to determine the accuracy of the accelerometer sensor. The results of this study indicate that the pitch and roll angle determinants on the rocket payload based on the MPU-6050 accelerometer sensor using KYL- 1020 can work well and according to the function of each component. The accelerometer sensor will read every x, y, and z acceleration value data that is processed by the microcontroller to be sent to the ground station using KYL-1020 which can be sent within 350 meters to be displayed in visual studio. The displayed acceleration data value is calculated in the pitch and roll formula to determine the pitch and roll angle of the payload. From the actual comparison of the pitch and roll angles according to the results of the formula calculations with the error rate at the pitch angle not more than 3% and the roll angle not more than 1%
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
