The Ascent spacecraft is built to support dynamic space operations through advanced maneuverability, including refueling and high-thrust propulsion. It is also capable of carrying multiple rideshare payloads and transporting small satellites and cargo to the Moon while hosting instruments in lunar and other orbits.
“The addition of Ascent to our Elevation spacecraft line delivers new dynamic space operations capabilities to counter cislunar threats,” said Thai Sheridan. “Ascent supports multi-mission mobility capabilities and spacecraft logistics in expanded orbital environments, featuring a highly maneuverable platform.”
The spacecraft’s rideshare capability enables multiple payloads to be hosted and deployed on a single launch vehicle. BAE Systems said this approach is intended to improve mission flexibility and operational effectiveness.
Ascent is designed to support missions across low Earth orbit, medium Earth orbit, geostationary orbit and beyond. The company said the platform can also function as a “space tug” to move cargo between different orbital regimes.
“The ability to deploy Ascent spacecraft as a ‘space tug’ to transport essential cargo across orbits enhances support of critical exploration and space science missions facilitating our return to the moon,” said Bonnie Patterson.
The Elevation spacecraft line includes other platforms such as Summit and Trek, offering standardized spacecraft products. Together, the variants are intended to meet demand for cost-effective and timely delivery, supported by decades of experience in space systems.
“The speed and scale of delivery with reliable Elevation spacecraft underscores our ability to meet the rising demand of the space defense industry,” said Brad Shogrin. “The introduction of Ascent enhances our capabilities to facilitate integrated programs that bring together payload and spacecraft bus builds, while also managing ground support, operations and sustainment for our customers.”
BAE Systems said it plans to deliver the first pathfinder spacecraft for the Ascent program by 2027.
