The JINPAT LPT hollow shaft slip ring provides a stable and reliable rotating connection solution for tethered drones. Its compact structure and high-voltage power transmission capabilities ensure continuous drone operation.
In tethered drone systems, the power cable needs to rotate continuously with the drone, placing stringent demands on the size, weight, and performance of the slip ring. The JINPAT LPT series is specifically designed for such dynamic power transmission scenarios. It features a highly integrated, compact, and lightweight design, easily integrated into the drone’s rotating joint or retraction mechanism, significantly optimizing the overall system layout and load.
One of its core highlights is its professional high-voltage design. This series of slip rings can stably transmit operating voltages of several hundred volts or even higher, specifically tailored for the medium-to-high voltage DC power transmission schemes common in tethered systems. By using high-voltage resistant materials, optimizing the insulation structure and safety clearances, it ensures that no breakdown or leakage occurs under long-term high-load operation, thus achieving high power transmission efficiency and low loss. This fundamentally guarantees that the drone platform receives a continuous and sufficient power input, preventing accidental landings due to voltage fluctuations or power interruptions. At the same time, the 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 operation.
Whether used for emergency command, fire monitoring, border patrol, communication relay, large-scale event support, or engineering inspection, the JINPAT LPT series hollow shaft slip ring, with its excellent compactness, reliable high-voltage power transmission capabilities, and ultra-long service life, can serve as the “power rotation hub” of the tethered drone system, ensuring uninterrupted power and signal transmission during aerial operations, thus enabling the drone to achieve true 24/7 continuous aerial monitoring.
