Mobix Labs Delivers EMI-Filtered Connectors for the U.S. Navy’s New Tomahawk Missile System
Mobix Labs has reached a significant milestone with the delivery of its advanced EMI-filtered connectors for the U.S. Navy’s Tomahawk Cruise Missile system. These connectors, integral to the new Block V Tomahawks, help ensure electronic resilience in the face of electromagnetic interference, safeguarding critical missile functions in high-stakes operational environments. As Mobix Labs deepens its footprint in defense technology, this achievement reflects our dedication to advancing military-grade connectivity solutions.
Enhancing Precision in Modern Defense
The Tomahawk Cruise Missile, known for its long-range precision and adaptability, has become a mainstay of the U.S. military’s defense capabilities, deployed from ships and submarines. According to Newsweek, the U.S. military’s arsenal includes thousands of Tomahawks, and these missiles have been deployed in more than 2,300 combat scenarios. The modernized Block V variant, supported by Mobix Labs’ EMI connectors, represents the latest evolution, extending service life by 15 years and enhancing accuracy to strike targets with high precision from distances of up to 1,000 miles. This long-range capability enables them to penetrate heavily defended airspace, making them a vital asset in modern warfare. Mobix Labs’ EMI filtered connectors enhance this capability, ensuring the missile’s sensitive electronics remain reliable and interference-free in jamming-prone environments.
With rising electronic warfare tactics, such as signal jamming, EMI protection is more critical than ever for modern defense systems. Mobix Labs’ EMI filtering technology helps maintain mission-critical stability by shielding the Tomahawk’s sensitive guidance and communication systems from external disruptions. These connectors, developed with our EMI Solutions team, meet AS9100 and MIL-810 standards, underscoring their resilience in the demanding environments of military applications.
