Pioneering Autonomous Window Cleaning Drones

At Aeroshine, we are redefining the future of window cleaning with AI-driven, drone-assisted technology. Our innovative approach integrates swarm intelligence, real-time adaptive control, and photogrammetry-based 3D mapping to provide safe, efficient, and cost-effective cleaning solutions for high-rise buildings.

How It Works

    • Aeroshine drones use LiDAR and photogrammetry to scan and generate a high-resolution 3D model of the building.

    • The AI-powered system processes this data to create an optimized cleaning path for each drone.

    • Multiple drones work collaboratively to cover large glass surfaces efficiently.

    • AI algorithms distribute tasks dynamically, ensuring balanced workload and optimized cleaning patterns.

    • Unlike battery-powered drones, Aeroshine operates using a tethered power system, enabling continuous flight without downtime.

    • This ensures uninterrupted operation for large-scale cleaning projects.

    • Each drone is equipped with a precision high-pressure water nozzle capable of cleaning at 110 bars, with peak loads reaching 160 bars.

    • Smart water control adjusts pressure based on surface conditions, minimizing water waste and maximizing cleaning efficiency.

  • The system detects obstacles, window frames, and architectural details in real time.

    • AI algorithms adjust drone movement dynamically, ensuring safe and damage-free operation.

Why Our Technology Stands Out

    • AI-driven mapping ensures maximum efficiency.

    • Tethered power system eliminates battery limitations.

    • Fleets can be expanded for high-volume cleaning demands.

    • Smart resource management reduces environmental impact.

  • Removes the need for manual labor at dangerous heights.

Our commitment to innovation and automation is reshaping urban cleaning.

Aeroshine – The Future of Window Cleaning Technology.