Advancements in Solid Rocket Propulsion: Northrop Grumman’s Latest Achievements
Promontory, Utah – January 29, 2026
Northrop Grumman Corporation has marked a significant milestone in solid rocket motor technology with the successful testing of the BAMM!29 2.0, the second in a series of cutting-edge solid rocket motors developed under the SMART Demo initiative. This achievement follows the prior successful static test of the SMASH!22 motor conducted in December 2025, underscoring the company’s robust commitment to rapid propulsion system advancements.
Innovative Features of BAMM!29 2.0
The Bombardment Attack Missile Motor, known as BAMM!29 2.0, features several groundbreaking technologies:
- Advanced Materials: Incorporating a next-generation carbon fiber casing enhances durability and performance metrics.
- Additive Manufacturing: The integration of advanced additively manufactured components reflects a significant leap in production efficiency and design flexibility.
Objectives of the SMART Demo Program
The SMART Demo initiative serves as a critical platform for evolving solid rocket motor fabrication techniques:
- Embracing Technical Risk: Northrop Grumman is actively validating promising technologies that may be integrated into current motor designs, thereby enhancing overall capabilities.
- Customization for Demands: Each motor iteration is specifically tailored to address unique requirements of the industry or combat scenarios, ensuring that the end product meets real-world operational needs.
Continuing Trends in Development
For the third consecutive year, the SMART Demo program has exemplified effective research and development outcomes, yielding:
- Reduced Timeframes: Innovations have notably shortened development periods, allowing for quicker deployment of effective solutions.
- Cost Efficiency: As new capabilities emerge, Northrop Grumman demonstrates a commitment to lowering development costs, making advanced propulsion systems more accessible.
- Enhanced Performance: The enhancements made aim to elevate motor performance, contributing to future operational effectiveness.
This initiative signifies Northrop Grumman’s leadership role in the solid rocket propulsion arena, showcasing the ability to evolve and implement new technologies at unprecedented speeds. The implications extend beyond mere technological advancements, positioning the company as a vital contributor to national security and defense capabilities.
Photo Courtesy: Northrop Grumman
As solid rocket technology continues to evolve, these innovations may pave the way for more sophisticated military applications, ultimately supporting the needs of warfighters in diverse operational environments.
