President Trump’s Space Force launches first orbital warfare training satellite, equipping America to dominate space against Chinese and Russian threats.
Story Highlights
- U.S. Space Force deploys maneuverable satellite via USSF-87 mission on February 12, 2026, from Cape Canaveral, enabling live offensive and defensive orbital maneuvers.
- Space Delta 9, the orbital warfare unit, transitions to “military-grade” training, likened by Lt. Gen. Gregory Gagnon to upgrading from civilian aircraft to fighter jets.
- Mission advances dynamic space operations amid rising anti-satellite threats from adversaries like China and Russia.
- Aligns with Trump administration’s push for space superiority, building on X-37B successes and plans for proliferated architectures by 2030s.
Launch Details and Revelation
The U.S. Space Force executed the USSF-87 mission on February 12, 2026, from Cape Canaveral Space Force Station in Florida. This launch deployed two Geosynchronous Space Situational Awareness Program (GSSAP) satellites for surveillance alongside a third, undisclosed maneuverable prototype. Lt. Gen. Gregory Gagnon, Commander of Combat Forces Command, disclosed the prototype’s role on February 25 at the Air and Space Forces Association’s Air Warfare Symposium in Aurora, Colorado. Space Delta 9 now operates the satellite for advanced training in tactics, techniques, and procedures (TTPs). This shift supports precise orbital maneuvers, contrasting prior assets limited to basic mobility. Gagnon emphasized building acumen in orbital warfare to counter proliferating threats.
Orbital Warfare Capabilities Advance
Space Delta 9 oversees the new satellite, GSSAP operations, and the X-37B test vehicle within Combat Forces Command. The prototype enables “driving” spacecraft dynamically, informed by X-37B’s 2025 aerobraking demonstrations that altered orbits. U.S. Space Command demands such mobility for contested environments, where fuel constraints previously hindered operations. Lt. Gen. Philip Garrant of Space Systems Command (SSC) leads near-term demos to bridge gaps until advanced propulsion matures. Col. Corey Klopstein, heading SSC’s System Delta 81, develops purpose-built training assets through partnerships. These efforts prepare for an orbital opposition force simulating enemy systems in low-Earth orbit.
Strategic Context and Leadership
Established in 2019, Space Force accelerated orbital warfare concepts in 2025 amid discussions of kinetic and non-kinetic anti-satellite weapons against China and Russia. Gen. Chance Saltzman, Chief of Space Operations, advocates rapid prototyping like AMTI sensors for tracking. The National Reconnaissance Office cooperates on classified tech, replacing legacy systems such as JSTARS. Gagnon highlighted unspecified “protective measures” for U.S. satellites during the symposium. Hierarchical structure flows from Saltzman’s policy to Gagnon’s operations and SSC acquisitions. This aligns with Trump-era priorities like the Golden Dome missile shield, enhancing national security through space dominance.
Short-term gains include enhanced TTPs for Space Delta 9, signaling deterrence to adversaries. Long-term, the satellite informs maneuverable architectures by the 2030s, spurring on-orbit refueling innovations. Economic boosts target SSC budgets, while commercial operators may benefit from dual-use tech. Uniform expert consensus underscores urgency against threats like Chinese coast defenses, with no major contradictions in reporting.
Space Force can finally start ‘orbital warfare’ maneuvers with new satellite https://t.co/9DGSeeBSEi
— Task & Purpose (@TaskandPurpose) March 2, 2026
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Space Force can start ‘orbital warfare’ maneuvers with new satellite
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