Company Filing History:
Years Active: 2007
Title: A Spotlight on Inventor Terill L. Burlison
Introduction: Terill L. Burlison, based in Kent, WA, is an innovative inventor known for his contribution to the field of reusable orbital vehicles. With a focus on enhancing space exploration capabilities, Burlison has obtained a patent that speaks to the future of cargo transportation in orbit.
Latest Patents: Terill L. Burlison holds a patent for a "Reusable Orbital Vehicle with Interchangeable Cargo Modules." This inventive design features a reusable module affixed atop a reusable orbital vehicle (OV) and allows for various configurations of the cargo module. Notably, these modules maintain identical external dimensions at the attachment point, facilitating interchangeability for diverse missions. This flexibility accommodates a range of mission types and durations, with options for both unpressurized and pressurized cargo modules, ensuring versatility in the challenging environment of space.
Career Highlights: Burlison's career is marked by his association with Kistler Aerospace Corporation, a company at the forefront of aerospace technology. His work in developing reusable orbital vehicles signifies a considerable advancement in reducing costs and increasing the efficiency of space operations.
Collaborations: Throughout his career, Terill L. Burlison has collaborated with notable figures such as George E. Mueller and Richard H. Kohrs. These partnerships have contributed to his innovative approach and have bolstered the development of advanced aerospace technologies at Kistler Aerospace Corporation.
Conclusion: Terill L. Burlison's inventive spirit and commitment to advancing aerospace technology shines through his patent for a reusable orbital vehicle. His contributions, alongside collaborations with esteemed colleagues, position him as an important figure in the evolution of space transportation solutions. As technology continues to advance, Burlison's work will likely have a lasting impact on future missions beyond Earth's atmosphere.