Slip Rings for Drones

Slip Rings for Drones

Slip rings are one of the core components of drones. With extensive experience in the consumer electronics field, JINPAT has successfully applied its slip ring technology to the drone market.

JINPAT's drone slip ring products are characterized by their compact size, lightweight, and vibration resistance, providing reliable support for the stable operation of drones. Among these, the LPMS ultra-micro slip ring has an outer diameter of just 4.5mm and a rotation torque of less than 0.6N·mm, making it widely applicable in the drone slip ring market. Representative products include the LPC-24A-0210-4S-HD01, LPKS038-0210, and LPMS-12U, catering to the needs of different types of drones.

The LPC-24A-0210-4S-HD01 slip ring features excellent protection levels, effectively resisting external environmental interference, whether from dust or humidity. Its operating temperature range is from -20°C to 60°C, ensuring that drones can function normally in harsh mountain cold or hot desert environments. With an engineering plastic shell and aluminum alloy contacts, it enhances reliability while reducing costs and the drone's payload, providing stable power and signal transmission for high-speed rotating components. It is widely used in various machinery, petrochemical equipment, and specialized devices, demonstrating strong versatility and reliability. Additionally, this slip ring integrates multiple signals to meet the multifunctional visual needs of drones during flight.

The LPKS038-0210 slip ring features a pancake design with strong pressure resistance, capable of withstanding significant voltage fluctuations, ensuring stable operation in complex electrical environments. Its contacts are made of precious metals, further enhancing conductivity and corrosion resistance, extending the slip ring's lifespan and making it one of the top choices for many drone manufacturers.

The LPMS-12U slip ring also performs excellently, with an operating temperature range of -45°C to 60°C, making it crucial for drones performing missions in extremely cold environments. Its contacts are designed with a gold-to-gold configuration, ensuring high-quality and stable signal transmission. The shell is made of stainless steel, providing good strength and corrosion resistance to effectively protect the internal structure, with an operational speed of up to 0-300 RPM to meet varying flight speed requirements.