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NASA Parker Solar Probe

Space connectors make historic pass through Sun's atmosphere on board Nasa’s Parker Solar Probe

Smiths Interconnect’s microwave RF components, delivering high reliability and connectivity performance, are used in the data and control transmission systems of the Parker Solar Probe, a NASA robotic spacecraft. Launched in 2018 with the mission of repeatedly probing and making observations of the outer most part of the Sun’s atmosphere, the Parker Solar Probe is one of the most audacious missions ever mounted by the agency.

Illustration of the DART spacecraft with the Roll Out Solar Arrays (ROSA) extended. Each of the two ROSA arrays in 8.6 meters by 2.3 meters. Photo courtesy of NASA

Cosmic crash may be our proudest space mission yet

Having long been an enabling partner for space voyages, and carefully cultivated a reputation for safety and reliability as well as performance, we’re now part of the first mission where a deliberate full-scale cosmic crash was the primary objective.

Connectivity can play a key role rail braking systems

Rugged and reliable connectivity for safety-critical applications

The series, featuring Hypertac Hyperboloid contact technology, is an IP67 circular connector with an EMC metal housing suitable for automatic train, operation and traffic control and in particular for sensors in train braking systems as they resist under the most extreme environmental conditions.

Smiths Interconnect has become a trusted manufacturer in the defence industry, with extensive experience and expertise that speaks for itself.

Keeping the defense world connected

Across the industry, the near-peer dynamic has led to a materials shortage and price spikes, and the Covid pandemic has been a prime example of how geopolitical, health and weather factors can impact supply. As such, Smiths Interconnect is continuously seeking out new ways to synthetically produce conductive materials quickly and cost-efficiently.