Standard materials used in tethered drone cables pose ongoing challenges for both commercial industries. Traditional durable materials are bulky and heavy often weighing drones down, while lighter weight materials absorb moisture and lack adequate protection to withstand harsh environments. As a result, standard cables limit the altitude that drones can operate, affecting the line of sight or coverage.
These challenges can significantly limit opportunities for more payload options and decrease the capability of tethered drones.
Do Not Let Your Tether Hold You Down
Tethered Drone Cables strike a balance by combining power and fiber optic cables with unique materials in a hybrid solution that yields exceptional benefits. These game-changing cables offer a rugged, small-scale design with high performance that maximizes Tether Management System (TMS) availability, provides increased design options and payload, and enables greater drone operational
capability.
Lighter Weight. More Payload. Longer Lengths.
innovative cable technology considerablyreduces size and weight without sacrificing mechanicaldurability or electrical performance Tethered Drone Cables are 20% smaller in size thanstandard cables constructed with nylon, which also
makes them inherently lighter in weight. Therefore,they take up less space inside the TMS, which means more design options and extra payload during operation. These cables also provide greater weight
stability in harsh fluids that further increases design options/payload and operating height
