JINPAT LPT Hollow Shaft Slip Rings in Tethered Drone Applications

Tethered drones, connected to a ground power source via cables, can hover in the air for extended periods and are widely used in emergency command, fire rescue, border patrol, communication relay, and engineering inspection scenarios. However, the drone needs to rotate freely in the air, and the power cable must rotate continuously with it, which places extremely high demands on the size, weight, voltage resistance, and transmission stability of the slip ring.

JINPAT LPT slip rings feature a highly integrated, compact, and lightweight design, easily integrated into the drone's rotating joint or retraction mechanism, significantly optimizing system layout and load capacity. Its core advantage lies in its professional high-voltage power transmission capability, meeting the common medium-to-high voltage power transmission schemes in tethered systems. Through high-voltage resistant materials, optimized insulation structure, and safety clearances, it ensures no breakdown or leakage under long-term high-load operation, thus achieving high-efficiency, low-loss power transmission, guaranteeing a continuous and abundant power supply to the drone platform and preventing accidental landings due to voltage fluctuations or power interruptions.

In addition, this slip ring supports the mixed transmission of power, control signals, and data signals, ensuring the real-time and lossless transmission of critical information such as flight control commands and image data, enabling continuous air-to-ground integrated operations. Whether in strong winds, temperature variations, or continuous vibrations, the LPT series demonstrates excellent environmental adaptability and an ultra-long service life, truly becoming a trustworthy "rotating power heart" in tethered drone systems.

JINPAT LPT hollow shaft slip rings empower tethered drone systems with technological innovation, providing industry users with continuous, stable, and safe aerial operation capabilities.