Defense manufacturing firm X-Bow Systems has successfully launched its Bolt rocket in a test that showcased the company’s advancement in solid rocket motor (SRM) propellant technology.
The launch gathered essential data for pre- and post-flight analysis, further validating the SRM’s performance.
This data is crucial for evaluating the feasibility of large-scale SRM production for both commercial and military use.
“Unlike traditional methods, X-Bow’s patented technology allows us to design, produce, and test SRMs with unprecedented speed, precision, and scalability,” stated Jason Hundley, CEO of X-Bow.
Solid Rocket Motors
Rockets like the Bolt often serve as boosters to increase payload capacity or for smaller launches into Low Earth Orbit.
They are reliable for short-distance launches but less efficient on longer missions.
In a liquid rocket, fuel and oxidizer are stored separately and pumped into the combustion chamber to burn. These rockets are considered more controllable and efficient once launched from larger vehicles.
However, liquid rockets are more susceptible to propellant degradation risks, whereas SRMs require less maintenance because the fuel and oxidizer are mixed and stored in solid form, lasting longer.
X-Bow’s Approach
The Bolt rocket family is developed using additive manufacturing, incorporating 3D printing technology for motors and propellants.
The company claims this approach could significantly reduce production time and costs compared to traditional methods, with low breakthrough costs allowing for continuous upgrades and innovation.
In June, X-Bow was awarded a contract to build Mk 72 and Mk 104 solid rocket motors for the US Navy.
