Composite Materials for Remotely Operated Unmanned Systems
Unmanned systems such as Unmanned Aerial Vehicles (UAVs), Remotely Operated Vehicles (ROVs), and Unmanned Underwater Vehicles (UUVs) have become indispensable in modern applications across various sectors. These systems are instrumental in gathering critical data, transporting payloads ranging from sensors to cargo, and ensuring security. As these systems are often deployed in extreme environments such as high altitudes, deep underwater, or hazardous terrains, their operational efficiency and effectiveness depend heavily on their structural integrity and performance. Composites have emerged as the material of choice for many of these applications due to their superior properties offering excellent strength-to-weight ratio along with resistance to impact, and environmental degradation, ensuring long-term durability and reliability.
BHOR provides a diverse range of lightweight composite intermediates designed to enhance the structural efficiency of unmanned systems which contribute to extended operational range, increased operational period, and higher payload capacities, making the systems more effective and versatile. Additionally, BHOR offers advanced materials which enable improved functional capabilities for wireless operation and communication crucial for the seamless control and coordination.
Ultra-light weight Carbon Fiber Reinforcements for highly weight critical applications:Â Â Â
3K Carbon Fiber Fabrics for light weight Structural and Non-structural components:
12K Carbon Fiber Fabrics for Structural Members, Part thickness build-up and for manufacturing preforms for machined components:
Glass Fiber Fabrics for Light weight and cost effective production
Aramid Fabrics for applications involving higher abrasion, impact mitigation, flexible joints such as leading edge, landing gear, flap joints, etc.
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Epoxy Resin systems for suitable for various manufacturing processes
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Prepregs for higher consistency, high throughput rates, better mechanical performance, and light weight:
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Film Adhesive Systems for light weight Sandwich Structures
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Pultruded Sections for components requiring high stiffness such as spars, ribs, etc.Â
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