25%
Estimated average
time savings
Aircraft De-Ice
Our de-ice product revolutionizes the aircraft de-icing process by utilizing advanced robotics and automation.
Welcome to the future of aircraft de-icing
Our systems are designed to be world leading, utilizing state of the art hardware and software to achieve the highest level of precision and accuracy. By using the latest technology, we are able to provide our customers with a level of service that is unmatched in the industry. With our advanced robotics, we will streamline operations, reduce costs, and ensure every operation is safe.
Safety
Improving on today's standards
Our automated system follows guidelines from SAE International Global Anti-Icing and De-Icing Standards, which are recognized and referenced by regulatory authorities including the FAA, EASA, Transport Canada, and ICAO to promote common de-icing processes and improve safety. These standards were developed in collaboration with airlines, regulatory authorities, de-icing service providers, equipment and fluid suppliers, aircraft OEMs, and airport authorities to harmonize ground de-icing recommended practices.
Efficiency
Our de-ice product is designed to be highly efficient, allowing for a fast and thorough de-icing process. Our state-of-the-art equipment and advanced technology ensures that we can effectively remove ice and snow from aircraft surfaces in a timely manner, reducing the time that aircraft need to spend on the ground during de-icing. This means that airlines can keep their schedules running smoothly, and passengers can avoid unnecessary delays. Additionally, our de-ice product is designed to minimize waste and reduce environmental impact, further improving its efficiency. Overall, our de-ice product is a reliable and efficient solution for keeping aircraft free from ice and snow.
25%
Estimated type 1 glycol
usage reduction
30%
Estimated type 2 glycol
usage reduction
90%
Estimated spent fluid
capture rate
De-ice Tool
Our robot is equipped with a highly efficient de-icing tool, which is designed to quickly and effectively remove ice and snow from aircraft surfaces. With 31 individual nozzles and the ability to spray and use various substances including glycol, water, and air, our de-icing tool ensures that every inch of the aircraft is thoroughly de-iced. Measuring 3.00m in length, it is designed to cover a large area in a short amount of time, while still maintaining precision and accuracy. And with the ability to change tools in just 15 minutes, we are able to provide a range of different services efficiently and effectively
Fluid coverage application area cm |
320 |
|
Flow rate fluid l/m |
50 |
-280 |
Flow rate air bar |
9 |
|
Nozzles |
Air |
9 |
Water |
19 |
|
Type I |
19 |
|
Type II |
3 |
Test facility
At our full-scale test facility located at ENSN Geitegryggen Airport, we conduct rigorous testing on our de-icing equipment to ensure it meets industry standards for safety and effectiveness. By testing our equipment in a controlled environment, we can optimize our de-icing process and identify any areas for improvement. This testing also allows us to gather real-world data on the performance of our de-icing equipment, which we can use to continuously improve our products and services. As a result of this rigorous testing, we are confident that our de-icing equipment is efficient, effective, and environmentally friendly.
Related features
Aircraft wash
Our washing product is an innovative and sustainable solution for aircraft cleaning. Our automated aircraft wash system utilizes state-of-the-art robotics and automation to provide a safer, faster, and more environmentally friendly solution to aircraft cleaning.
Engine Wash
Our automated aircraft engine wash system utilizes a certified and proven process to provide a safer, faster, and more environmentally friendly solution to engine cleaning.
Inspection
Our state-of-the-art robots are equipped with high-quality inspection cameras, allowing us to provide detailed and accurate assessments of aircraft components and structures.
Automation = Reduction
Time is a critical factor in the aviation industry, and every minute saved can have a significant impact on both the environment and the bottom line. By reducing the time aircraft spend on the ground, we can minimize fuel consumption, decrease emissions, and increase operational efficiency.
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