Empowering Military Air Mobility with Innovative Paramotor, Parachute, and other Flexible Wing Solutions

The Air Mobility group at Triton Systems develops cutting-edge solutions to enhance the delivery and transportation of personnel and cargo across the battlespace. Focused on military applications, we specialize in edge-of-the-envelope technologies that maximize performance, reduce detectability, and enhance mission readiness. Our team is dedicated to exploring innovative materials and advanced engineering approaches to address the unique challenges of air mobility in dynamic operational environments.

Internal Specialties

  • Flexible Fabric Wings

Expertise in designing and developing advanced fabric wings tailored for military applications, optimizing performance, durability, and adaptability in dynamic environments.

  • Propulsion Systems and Propeller Design

Specializing in the design and integration of high-performance propulsion systems and propellers to enhance efficiency, reliability, and mission success.

  • Custom Software Tools for Data Analysis

Utilizing proprietary software tools to analyze test data, enabling data-driven design decisions and continuous improvement of air mobility solutions.

  • Military Personnel and Cargo Parachute Systems

Extensive experience in the design, testing, and deployment of parachute systems for personnel and cargo, ensuring reliability and safety in critical missions.

  • Airborne Testing

Conducting rigorous, mission-specific testing to meet and exceed Department of Defense requirements, ensuring operational readiness and compliance.

  • Program Management

Proven expertise in managing complex programs, delivering innovative solutions that exceed customer expectations and drive new capabilities in the air mobility space.

  • Industry Partnerships

Collaborating with industry leaders to enhance technology application, expand testing capabilities, and scale production to meet mission demands.

Cross-Collaboration within Triton

The Air Mobility group thrives on interdisciplinary collaboration within Triton Systems, leveraging the expertise of specialized teams to enhance our capabilities and deliver innovative solutions. Key areas of collaboration include:

  • Acoustics

Partnering with the Acoustics team to utilize advanced testing capabilities for measuring and reducing propeller and engine noise signatures, ensuring reduced detectability and operational effectiveness.

  • Health and Human Performance

Collaborating on ergonomics and human interaction with developed equipment and systems, including user interface development for custom software tools to optimize usability and performance.

  • Materials and Additive Manufacturing

Leveraging composite production capabilities to rapidly prototype complex carbon fiber and other aerodynamic structures, enabling faster development cycles and enhanced performance.

  • Applied Computational Engineering

Advanced finite element analysis (FEA) and computational fluid dynamics (CFD) to inform critical design decisions and refine numerical models for optimized solutions.

  • Sustainment

Providing aerodynamic input and expertise to support the development and design of Unmanned Aerial Systems, ensuring long-term operational effectiveness and adaptability.

  • Engineered Materials & Manufacturing

Collaborating on fabric and adhesive testing and development for new flexible wing structures, enabling the creation of advanced materials for next-generation air mobility solutions.