Review and Design of Hybrid Surveillance Robot using
Rocker Bogie Mechanism
Journal:
GRENZE International Journal of Engineering and Technology
Authors:
Vinod Raj G N, Prajwal R, Karthik G Shet, Umesh, Sudhakar H M
Volume:
10
Issue:
2
Grenze ID:
01.GIJET.10.2.528_3
Pages:
713-717
Abstract
This paper describes a review of surveillance robots and proposes a new hybrid
control robot that incorporates a rocker bogie mechanism for better and more accurate
movement. Six DC motors allow the robot to deftly navigate surfaces, including stairs. Notable
features include real-time video capture, people detection and live video monitoring with ESP32
cam, GPS-based location monitoring, environmental monitoring with DHT sensor, and Lidarassisted
obstacle detection. Control is facilitated by a app, which gives users intuitive commands
on the articulate arm with 360 degree working. Navigation relies on a custom motor driver and
rotary encoder for accurate distance measurement. The implemented human detection algorithm
ensures real-time safety alerts. Communication between robot and user is done through GSM
and a Android app. We provide a detailed overview of the block diagram, hardware components,
supported by detailed survey. This hybrid robotic surveillance system, combines the rocker bogie
mechanism with an augmented arm controlled via a app, representing a major advance in
robotics, and commands a solution that is more work promises real-world diversity.