The internal geometry of a blade is complex and restrictive. Our robot is specifically designed to handle these constraints with ease:
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Dimensions: With a compact frame of 45x25x22 cm, it easily accesses areas that are otherwise unreachable.
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High-Traction Wheels: The robot features specialized wheels designed for high grip on the curved and often slippery internal surfaces of the blade.
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Robust Chassis: Built to withstand the rigors of field operations, the sturdy chassis ensures long-term reliability.
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Modular Sensor Array: This flexibility allows for the integration of various inspection tools depending on the specific needs of the project.
2. Advanced Vision in Total Darkness
Lighting is non-existent inside a blade. Our robot carries its own high-intensity illumination and sensing suite to “see” better than the human eye:
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Dual Illumination: Front-mounted LEDs and additional square LED illuminators ensure every inch of the structure is perfectly lit.
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360-Degree Awareness: Using front depth cameras along with side and rear depth sensors, the robot maintains full spatial awareness at all times.
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AI-Powered Detection: The system is equipped for autonomous driving and crack detection, identifying structural risks automatically as it moves.
3. Precision Mapping and Cloud Connectivity
We don’t just find defects; we map them with millimetric accuracy to create a historical record of the blade’s health:
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LiDAR Technology: The LiDAR sensor on the top turret performs high-precision 3D scans of the interior.
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Real-Time Mapping (SLAM): Using SLAM technology, the robot creates an instant map of the blade, localizing every finding with exact coordinates.
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Cloud Connection: All inspection data is synced via a cloud connection, allowing engineering teams to analyze findings from anywhere in the world.
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ROS Integration: Our software is built on ROS (Robot Operating System), ensuring seamless integration and high-performance control.
