Jakarta, INTI – Amid rapid technological advancement, students from Sultan Ageng Tirtayasa University (Untirta) are making strides in life-saving innovation in life-saving innovation. On Wednesday, June 25, 2025, the Untirta Robotic Club conducted a trial run of a Search and Rescue (SAR) robot named Tirtapod at the Faculty of Engineering, Untirta, in Cilegon City, Banten. This robot was developed to assist in locating victims trapped under rubble during disasters such as earthquakes and tsunamis.
Equipped with human-detection sensors, Tirtapod is designed to navigate hazardous environments and carry out rescue missions that would typically pose serious risk to human rescuers.
The Name and Structure Behind Tirtapod
the name Tirtapod is a combination of "Tirta" (from Unitra) and "hexapod", referring to the six-legged robotic design used in its construction. These six legs provide the robot with the balance and mobility it needs to move steadily across uneven terrain. Each leg is equipped with three servo motors, allowing precise and flexible movement at different angles.
Firefighting and Victim Transport Features
Although still in the early stages of development, Tirtapod has the ability to detect and extinguish fires using its built-in sensors. Once it locates a fire source, the robot moves toward it and sprays stored water to put out the flames. This feature has the potential to assist in high-risk rescue operations in hazardous environments.
Tirtapod can also transport victims, though currently limited to lightweight figures or dummies. With the help of color-detection cameras and obstacle-avoidance sensors, the robot can navigate debris, approach the victim, and carry them to a safer location.
Built to Overcome Disaster Zone Challenges
From collapsed buildings and broken roads to uneven surfaces and staircases, Tirtapod is ready to face difficult terrain. Its balance sensors help maintain stability while navigating through complex environments, making it suitable for use in real-life SAR missions where every second and every step matters.
Future Prospects and Development
Although Tirtapod’s capabilities are still limited, its potential is promising. In the future, the robot is projected to participate in full-scale SAR operations, including real firefighting and human victim evacuation. Plans are also underway to integrate Artificial Intelligence (AI), allowing the robot to make autonomous decisions during rescue missions.
This innovation proves that Indonesian students are capable of creating technology with a real impact on society. With continued development, Tirtapod may one day become a vital part of national rescue teams.
Conclusion
The Tirtapod trial by Untirta students highlights the vital role of young generations in advancing humanitarian technology. With sensor systems, smart design, and a passion for innovation, Tirtapod marks an important step toward applying robotics in future rescue missions.
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