System7 Mat in the Composite Airport System (CAS) Project
ASL Innovations, Composite Airport System (CAS) project aims to enhance airline access to remote northern locations, addressing critical challenges posed by traditional gravel runways. The CAS is based on the System7 mat, a modular and versatile hard surface solution which improves operational efficiency and opens the door to modern jet access for traditionally inaccessible facilities.
The System7 mat is specifically engineered to provide a stable, durable, and lightweight surface that can be deployed quickly in remote environments. During the CAS trial installation at an airport in Northern Canada, the CAS mats were utilized to create a tarmac that supports various aircraft types, effectively replacing the outdated gravel surface. This transition is crucial, particularly as the 737-200, the primary aircraft for these areas, is quickly reaching obsolescence.
One of the standout features of the CAS mat is its ability to significantly reduce maintenance requirements and enhance runway performance. The mat’s design minimizes erosion and provides better traction in challenging weather conditions, ensuring safer landings and takeoffs. Furthermore, the 100% recyclable material aligns perfectly with ASL’s commitment to sustainability, allowing for a zero-waste approach in airport operations.
The installation process of the CAS mat is efficient, requiring minimal training for local personnel, which empowers the community to participate actively in the project. This not only builds local capacity but also fosters a sense of ownership over the airport infrastructure.
Independent assessments from engineering partners are confirming the effectiveness of the CAS mat in improving runway conditions. As the CAS project progresses, the successful implementation of the CAS mat serves as a model for future infrastructure developments, showcasing how innovative materials can revolutionize airport operations in remote regions while prioritizing safety, sustainability, and community involvement.
