Company insight


compact, unified batteries eliminate snags and increase agility in the field.


Built for battle: the connective core For designers, the challenge is clear – create smaller, more durable connector systems that keep soldiers light, agile and constantly connected throughout the mission life cycle.


While they may seem humble, physical connectors play a central role in the success of global defence systems. They must endure physical abuse, environmental extremes and remain fail-safe in high-stakes environments. Today’s command centres can track every asset – air, sea, land and individual – down to the second. The leap from radio networks to fully integrated digital ecosystems has transformed what’s possible in real-time battlefield coordination.


The rise of the connected force Modern military assets – from artillery and tanks to drones and personnel – are now part of a networked enterprise, with direct two-way links to central command. This system enables fluid asset deployment,


resource tracking and tactical responsiveness through real-time data. Layered on top are advanced capabilities like hypersonic weapons, quantum computing and AI-driven platforms. Among these, one enabler stands out: 5G. Paired with AI and remote sensing, it’s paving the way for semi-autonomous military vehicles and a shrinking decision loop that puts data in action faster than ever.


The heart of every system: the connector


Every system, no matter how advanced, requires physical connections. From PCB boards to exterior ports, power and data must flow through robust, secure interfaces. Designers routinely collaborate with connector experts from the earliest stages of development to ensure optimal integration. Omnetics Connector Corporation has been that go-to partner for over three decades. Its work supports nearly every major defence and aerospace company, providing connector solutions that address mission-critical demands with precision and speed.


Solving a sealing oversight A customer using Omnetics’ Nano360° circular connectors realised their design didn’t account for water sealing when the connector was unmated – because they assumed dust caps would suffice. In practise, soldiers removed the caps, exposing the device to water ingress. Omnetics quickly re-engineered the connector to add sealing protection in the unmated state –without altering form, fit or function – preserving backward compatibility with deployed equipment.


Space-saving in the sky Clients in UAV and space sectors have seen impressive efficiency gains by switching from traditional two-piece Micro-D backshells to Omnetics’ integrated versions. These one-piece designs simplify shield termination and maintain all traditional functionality, making them ideal for high-reliability, weight-sensitive applications. ●


www.omnetics.com


Defence & Security Systems International / www.defence-and-security.com


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