Hi-rise building facade and window cleaning

Aero Bright Product

• Safety: Drones eliminate the need for human workers to hang from great heights, minimizing the risk of accidents, falls, or injuries.

• Efficiency: Thanks to the dual nozzle design, and seamless switching between foaming and rinse modes. No time is wasted in setup, repositioning, or manual adjustments.

• Cost-Effectiveness: Fewer workers are needed for drone operations, significantly reducing labor costs. A single operator can manage the entire cleaning process, saving money on wages, safety equipment, and insurance.

• Precision and Quality: Equipped with high-pressure washer and dual nozzles, our cleaner provide uniform cleaning results, reaching difficult spots with consistent pressure and precision.

• Downtime: Operate efficiently without interrupting building operations. No scaffolding or rope systems are needed, minimizing disruptions to tenants or businesses inside the building.

Human workers / Spidermen

• Safety: Spidermen face significant safety risks, especially in adverse weather conditions like strong winds or rain.

• Efficiency: Cleaning by hand is slow and labor-intensive, especially for large buildings, often requiring days to complete tasks that a drone can finish in hours.

• Cost-Effectiveness: Human cleaning requires more personnel, including safety supervisors, rope technicians, and backup staff, increasing overall costs.

• Precision and Quality: Human workers might miss hard-to-reach areas, leading to uneven or incomplete cleaning, especially on intricate building designs.

• Downtime: Human cleaning setups can interfere with the building's functionality, requiring partial closures or restricted access, leading to downtime and inconvenience.

Cleaning bot

• Safety: Cleaning bots must adhere securely to the building, which involves time-consuming setup. If the bot loses suction or magnetic grip, it could fall, posing safety risks to people below. 

• Adaptability to Weather Conditions: Bots rely on secure adhesion to the building and can become inoperable in windy, rainy, or icy conditions, significantly limiting their usability.

• Operational Costs: Bots require more frequent maintenance, as their suction or magnetic systems can wear out over time. Additionally, they often need multiple personnel for setup and supervision.

• Cost-Effectiveness: Bots move slowly as they adhere to surfaces using suction or magnets. Repositioning them for different sections requires human intervention, leading to longer cleaning times.

• Cleaning Performance: Bots often use rotating brushes or small water jets, which may struggle to clean stubborn stains or large areas effectively. Their cleaning quality may be inconsistent across different surfaces.

• Versatility and Reach: Cleaning bots are limited to flat, smooth surfaces and struggle with curved or irregular facades. Their mobility is restricted, making it hard to clean corners or areas with architectural complexity.