THE FUTURE OF
ROBOTIC SAR IS HERE
Discover the advanced technologies in robotic SAR
Indonesia Robotic Contest KRI
POWERED BY DYNAMIXEL ROBOTIS
ABOUT US
We're define the future of search and rescue robotics through Andromeda.
EWS ANDROMEDA URDC is a research team under the Undip Robotic Development Center (URDC), focused on developing a SAR robot designed for search and rescue operations in emergencies. The team actively participates in regional and national levels of the Indonesian Robotics Contest (KRI). Our motto is "#1" aiming to be the best in SAR Robotics.
A R E N A
High-difficulty Arena Designed for Ultimate Robot Testing
This robot arena features various zones for SAR mission simulation. It includes obstacle zones (R) with uneven surfaces, rescue zones (SZ) for simulating object or victim retrieval, and control zones (K) as reference points for the robot. The arena is equipped with stairs, a start area, and a finish area to test the robot's ability to navigate challenging terrain from start to finish.
ADVANCE OBJECT DETECTION
Andromeda a Search and Rescue (SAR) robot developed by the Diponegoro University team, uses advanced object detection technology capable of identifying victims and obstacles with high accuracy in extreme environments. With a reliable visual recognition system, Andromeda can detect and process object data in real-time, enabling rapid response in emergency situations. This object detection technology is also equipped with advanced sensors , making Andromeda URDC a vital asset in rescue operations, even in hard-to-reach conditions.
PRECISION DESIGN
The Andromeda Robot is an advanced search and rescue machine designed for precision and efficiency in emergencies. Its modular design allows for customization and rapid deployment, featuring advanced sensors for real-time data analysis. With articulated limbs and a rugged build, it navigates challenging terrains and reaches confined spaces, making it ideal for locating and assisting victims in disaster scenarios. The Andromeda Robot exemplifies the future of precision design in robotics.
WHY OBJECT DETECTION
Innovation in Manufacturing: Creating More Efficient and Resilient SAR Robots
This exploration focuses on advancements in manufacturing technologies that enhance the design and production of Search and Rescue (SAR) robots. By integrating techniques like additive manufacturing and advanced materials, these innovations lead to more efficient and robust robots. This results in quicker deployment and improved functionality, enabling effective rescue operations in challenging environments and ultimately saving lives during emergencies.
Team Information
25+
MEMBERS
5+
ACHIEVEMENT
UNDIP
UNIVERSITY
4
CORE TEAMS
20+
INNOVATION
11
PARTNERS
INDUSTRY
Our
Partners and Sponsorship
KRI 2024
We extend our heartfelt gratitude to our sponsors for their invaluable support in KRI 2024. Your contributions have played a crucial role in our journey, empowering us to innovate, compete, and reach new heights. Thank you for being an essential part of our success!
PT Rekayasa Cakrawala
Resources
PT Enviromate Technology
International
IDI SOFTWARE
PT Bumi Agung
Perkasa Indah
PT Pertamina Gas
PT Streamwork
PT Duraquipt
Cemerlang
PT Pertamina Gas
Negara Tbk
PT Katup Industri
Indonesia
PT Pelabuhan Indonesia
PT Perusahaan Listrik
Negara
PT Arkhajayanti Persada Tbk
CAREERS
Our Team Contain