High-performance Connectivity Solutions for Military Robots - Sunkye R06 Series Nano Miniature Connectors

Military robotics need to be smaller, lighter and smarter, Sunkye R06 connectors provide connectivity solutions that combine miniaturization with ruggedness for high performance.

Military robots are autonomous robots or remote-controlled mobile robots designed for military applications, from transport to search & rescue and attack. In urban and natural environments, military robots need to carry sensors, mesh communications, and manipulators for a range of data collection, intelligence, security, asset protection, and military-specific uses in operating conditions that are can hard even for humans to operate.

Over the years, Robotics are increasingly essential to military operations. Miniaturized connectors that can operate in all environmental conditions are critical to designing robots that support the military. 

Due to the particularity and versatility of the application environment of military robots, the connectors used for military robots must meet the characteristics of shock resistance, vibration resistance, extreme temperature resistance and sealing... etc.

Sunkye’s R06 series Nano miniature connectors are based on the Nano-D technology with 0.635mm contact spacing and nano miniature alloy shells, which meets the MIL-DTL-32139 specification widely use in extreme environments which is super small and lightweight. Whether military robots are often exposed to extreme temperatures or need to be protected against dust, water and corrosion, as long as there are requirements for extreme miniaturization, sealing, high density, light weight, and high reliability, R06 series Nano-D connector can be used.

Sunkye Connectors perfectly meets these applications’ specific requirements:
☑ Meet MIL-DTL-32139
☑ Twist Pin Contacts
☑ compact and lightweight
☑ 360° EMC shielding available

☑ Miniaturization and high density

☑ sealed and hermetic solutions

☑ Resistance to vibration, shock

☑ Fast data transmission over long distances