This webinar introduces Levitate™, a new family of ultra-lightweight cable assemblies engineered specifically for UAV and avionics applications. As UAV platforms continue to scale in complexity and volume, reducing weight without compromising RF performance has become critical. Levitate addresses this challenge by delivering the lightest weight per unit of loss, while maintaining mechanical robustness and reliable signal integrity across a wide range of avionics systems.
The rapid growth of the UAV market is driving demand for optimized RF interconnect solutions:
Billions in global investment, with strong military adoption
Double-digit annual growth projected through 2030
Increasing system complexity across avionics, communications, and surveillance
This creates a clear need for lightweight, high-performance cable solutions purpose-built for UAV platforms, not adapted from traditional aerospace designs.
The Challenge: Weight vs. Performance
Traditional RF cable solutions often force a tradeoff:
Heavier cables improve durability but add system weight
Lightweight options may compromise shielding, loss, or reliability
Many competitors rely on modified legacy designs not optimized for UAV use
For UAV systems, excess weight directly impacts range, payload capacity, and overall efficiency.
How Levitate Solves These Challenges
Levitate is engineered from the ground up to meet UAV-specific requirements:
Lightest weight per unit of loss to reduce overall system mass
Mechanically robust construction for demanding environments
Cost-effective and distribution-ready for scalable deployment
These features enable improved system performance without sacrificing durability or affordability.
Application Focus: UAV Avionics Systems
Levitate supports a wide range of avionics functions, including:
Flight control and navigation systems
Communications and telemetry
Surveillance, reconnaissance, and video systems
Electronic warfare and higher-frequency applications (with upgrade paths)
Design Configurations
Levitate assemblies are optimized for different routing environments: