[Free demo units available for inquiries] Continuous operation for up to 8 hours. Improved environmental performance allows for operation in rainy conditions!
Since the fiscal year 2014, we have completely revamped the hardware of the "Compact Electric Disaster Response Crawler Robot" that we have been developing, and we have now developed a new model of the compact electric disaster response crawler robot. **Features** - Changed to a chain sprocket drive system, allowing operation on sandy and grassy terrain. - Incorporated gaskets in all metal part joints to improve water resistance, enabling outdoor operation even in rainy conditions. - Continuous operation for up to 8 hours (about twice that of SPIDER). *For more details, please download the PDF or feel free to contact us.*
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basic information
【Minimum Configuration Basic Specifications】 Dimensions (L×D×H) [mm]: 1060×448.7×382.1 Minimum Ground Clearance [mm]: 70 Travel Method (Main Crawler): Independent left and right crawler drive Auxiliary Travel Unit (Sub Crawler): 4 independent sub crawler system Belt Drive Method: Chain sprocket drive Sub Crawler Torque: 107Nm Main Power Supply: Lithium-ion battery Operating Time: 2 hours (maximum 8 hours) Climbing Angle Capability: 45 degrees Control PC: Raspberry Pi 3 Model B+ *For more details, please download the PDF or feel free to contact us.*
Price information
Scheduled selling price: 3 million yen (excluding options such as cameras and sensors)
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Applications/Examples of results
For more details, please download the PDF or feel free to contact us.
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Company information
Isaac Corporation was established in 2012 as a company that researches and develops service robots. Since then, we have been primarily engaged in the research and development of medical and nursing care robots in close collaboration with the Onchikai Foundation. Furthermore, since 2013, we have also been advancing the research and development of disaster response robots. Looking ahead, while keeping an eye on the future of Japan's robotics industry, we will continually consider what we should do in the region of Fukushima Prefecture and aim to be a company that can broadly contribute to the reconstruction of Fukushima Prefecture and the accumulation of the robotics industry through our research and development efforts.
![Ball-riding personal mobility (omnidirectional movement device) [Suwa Tokyo University of Science]](https://image.www.ipros.com/public/product/image/6a3/2001386428/IPROS78201058612067840772.png?w=280&h=280)
