Sistem kendali quadcopter dengan menggunakan cctv sebagai alat pemantau bencana alam
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Institusion
Institut Teknologi Telkom Purwokerto
Author
Abdus, Salam
Subject
T Technology (General)
Datestamp
2021-04-23 04:38:32
Abstract :
Rapid development of telecommunications technology at the time of this now evolved along with advances in communications technology revolution itself. Technology that is fast, easy and widespread to be daily necessities on the modern era. One of the emerging telecommunications technology among the public today is the utilization of radio frequency usage. Radio frequency was only in use for radio only, are now able to move an object, such as moving the remote control car. In this thesis, the author makes a quad copter with tool grow the pre-existing which can be used to monitor natural disasters that are controlled via remote control by utilizing a FM modulation function to control the movement of the quad copter when flying in the air. The components used for the manufacture of the device driver or flight controller type KK board version 2.0, EMAX brushless rotor type CF 2822 11.1 volts, the Electronic Speed Control (ESC) types of HK SS Series 18-20 Ampere, catudaya type of Lithium Polymer (Li-Po) 1800mAh 11.1 volt remote control transmitter and receiver (Tx-Rx) type of Turnigy 9 x 9 channel 2.4 GHz frequency.
Rapid development of telecommunications technology at the time of this now evolved along with advances in communications technology revolution itself. Technology that is fast, easy and widespread to be daily necessities on the modern era. One of the emerging telecommunications technology among the public today is the utilization of radio frequency usage. Radio frequency was only in use for radio only, are now able to move an object, such as moving the remote control car. In this thesis, the author makes a quad copter with tool grow the pre-existing which can be used to monitor natural disasters that are controlled via remote control by utilizing a FM modulation function to control the movement of the quad copter when flying in the air. The components used for the manufacture of the device driver or flight controller type KK board version 2.0, EMAX brushless rotor type CF 2822 11.1 volts, the Electronic Speed Control (ESC) types of HK SS Series 18-20 Ampere, catudaya type of Lithium Polymer (Li-Po) 1800mAh 11.1 volt remote control transmitter and receiver (Tx-Rx) type of Turnigy 9 x 9 channel 2.4 GHz frequency.
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