Duke Robotics Corp. ("Duke Robotics" or the "Company"), a leader in advanced robotics technology and autonomous drone solutions, today announced the launch of its next-generation Insulator Cleaning Drone System (ICDS2), representing a significant technological advancement in the Company's innovative utility maintenance drone solution.
The ICDS2 builds upon the Company's proven IC Drone technology with substantial performance improvements designed to enhance operational capabilities for utility providers worldwide.
The ICDS2 features several key technological advancements over its predecessor:
- Extended Flight and Operational Time: The ICDS2 offers significantly longer flight duration, enabling more efficient servicing of multiple high-voltage insulators in every flight mission.
- Increased Maximum Takeoff Weight (MTOW): A considerably higher payload capacity allows the system to carry more cleaning agent, allowing longer refill intervals and enhancing operational efficiency.
- Enhanced Stability and Position Holding: Advanced stabilization algorithms and improved communication systems deliver superior precision during cleaning operations, enabling operational capabilities even in more challenging weather conditions.
- Advanced Radar System: Next-generation sensors provide improved detection capabilities, enhancing safety and allowing for operations in more complex environments.
- Superior Cleaning Durability: Reinforced cleaning mechanisms and optimized water delivery systems increase cleaning effectiveness while reducing maintenance requirements.
Yossef Balucka, Chief Executive Officer of Duke Robotics, commented: "We believe that the development of the ICDS2 represents a significant milestone in our mission to revolutionize utility maintenance operations. This next-generation system addresses key operational challenges faced by utility providers and builds upon the valuable experience and know-how we gained from our activities in the field. The enhanced capabilities of the ICDS2 are designed to deliver even greater safety benefits, operational efficiencies, and environmental advantages to utility companies worldwide."