#USA #Denver #Ursa Major #Hypersonic Technology #HAVOC Missile

Ursa Major's Innovative HAVOC Missile System: A Game Changer in Hypersonic Technology

Today marks a significant advancement in hypersonic capabilities with the introduction of the Ursa Major HAVOC Missile System. This cutting-edge missile system is designed primarily for medium-range operations, focusing on delivering high-speed, cost-effective solutions effectively. As military demands evolve, having advanced systems like HAVOC becomes crucial for maintaining operational superiority.

The HAVOC Missile System stands out thanks to its fully versatile design, which allows it to cater to diverse operational requirements of the armed forces. The missile's core module, in addition to its primary function, can also be utilized for targeting operations, enhancing its overall applicability in various military scenarios. One of the most notable features of the HAVOC system is its power source—the Draper engine. This tactical liquid rocket engine not only provides remarkable thrust but is also remarkably cost-effective, providing a budget-friendly alternative to traditional airbreathing engines.

CEO Chris Spagnoletti emphasizes that keeping pace with global adversaries mandates more than just sophisticated systems. It requires a focus on swift delivery, high cost-efficiency, and the capability to build at scale. He states, "The Ursa Major HAVOC Missile System delivers a highly capable hypersonic weapon designed from the ground up to be produced rapidly and in significant volumes, providing the warfighter with a reliable and adaptable capability."

One of the standout capabilities of the HAVOC system is its ability to throttle and restart in-flight, which creates opportunities that exceed typical hypersonic boost glide and cruise missile systems. This advanced functionality reduces the necessity for costly thermal protection systems, thereby enhancing affordability while ensuring a resilient supply chain crucial for national defense.

Notably, the HAVOC Missile System is multi-domain compatible, capable of executing missions both within and outside of the atmosphere. The modular design facilitates integration with several solid rocket motor boosters, making it adaptable for launch from various platforms, including fighters, bombers, and ground-based systems, turning it into an asset suitable for multiple mission profiles.

Ursa Major's wealth of experience in hypersonic technology spans over a decade, lending confidence in the HAVOC system's performance. Prior hypersonic flight tests using Ursa Major's Hadley liquid rocket engines have validated the propulsion capabilities under authentic flight conditions, thereby reinforcing commitments to U.S. hypersonic superiority. Furthermore, through collaborations with the Air Force Research Laboratory in the Affordable Rapid Missile Demonstrator program, Ursa Major has successfully showcased its ability to design and manufacture fully-operational military vehicles.

As military challenges progress, HAVOC emerges as a next-generation hypersonic missile solution engineered to meet contemporary threats. The system aligns significantly with various Department of Defense priorities, including the rapid prototyping, building, and learning processes aimed at enhancing the industrial capacity for hypersonic systems and expanding warfighter inventories.

About Ursa Major

Based in Berthoud, Colorado, Ursa Major engages in the aerospace and defense sector, focused on delivering practical solutions for hypersonics, solid rocket motors, and space mobility. The company utilizes advanced production techniques and adaptable architectures to create systems applicable across multiple domains—land, air, sea, and space. Through its commitment to revitalizing the defense industrial base for the U.S. and its allies, Ursa Major aims for rapid innovation, providing critical capabilities where adaptability and speed are paramount. For more information, visit www.ursamajor.com.