Airbus is preparing two uncrewed combat aircraft
Airbus is teaming up with U.S. firm Kratos to adapt the XQ‑58 Valkyrie into “loyal wingman” uncrewed combat aircraft for European air forces, integrating them via Airbus’s MARS/MindShare AI coordination system to work alongside manned fighters. Commenters weigh the strategic value of such high-end autonomous platforms against the rise of cheap, expendable drones seen in Ukraine and Iran, debating cost-effectiveness, signal-jamming risks, and how quickly lethal decision-making will shift from human pilots to software. Many see this as a transitional step toward largely autonomous air warfare, with implications for industrial capacity, military doctrine, and the political threshold for going to war.
European defense-industrial context
- Many see this as part of the EU building a more capable, less US‑dependent military industry; others argue it’s mainly reprogramming a US platform (Kratos Valkyrie) with European datalinks and AI, not true indigenous capability.
- Some note Europe already has major arms exporters; the real advantage is having industrial base and know‑how that can be scaled quickly in crisis.
- There is concern about slow, politicized German/EU procurement and whether this becomes another over-complicated, over-priced project instead of mass, cheap systems.
Role and design of the “loyal wingman” drones
- These are described as “loyal wingman” aircraft: fast, low‑observable drones working with manned fighters to extend sensor reach, carry weapons, perform SEAD, or take higher-risk roles.
- They are contrasted with Shahed‑style one‑way attack drones and FPV quadcopters; closer analogies are higher-end stealthy combat drones (e.g., other nations’ “loyal wingman” programs).
- Airbus’ MARS/MindShare stack is pitched as an open, software‑defined “brain” coordinating mixed manned/uncrewed formations.
Autonomy, control, and comms
- Debate centers on how much autonomy these systems will actually have. Initial concepts retain human pilots for weapons release, with the drone executing delegated tasks.
- Some expect autonomy to steadily grow, with pilots becoming supervisors while AI coordinates tactics across many platforms.
- Others worry about jamming, satellite vulnerability, and what drones do under degraded links (abort vs continue mission); these state‑machines and rules of engagement are seen as critical and unclear.
- There is disagreement over whether fully autonomous “kill chains” already exist; some point to long‑standing weapons with onboard decision logic, others reserve “AI” for more complex target discrimination.
Cost, scale, and lessons from Ukraine/Iran
- Threads compare $4M‑class “attritable” drones to expensive interceptor missiles; opinions differ on whether this cost-exchange is favorable.
- One camp argues recent wars show the decisive impact of cheap mass drones and that Western focus on exquisite platforms is outdated.
- Another camp counters that cheap drones can’t replace high‑end jets and long‑range sensor/strike systems, which remain essential for air dominance, deep strike, and countering peer adversaries.
Ethical and strategic concerns
- Several comments express fear that uncrewed combat systems will lower political and social barriers to war and increase civilian harm, especially as AI assumes more lethal decision-making.
- Others argue war has historically grown more destructive regardless of technology, and that adversaries “get a vote,” so ignoring autonomous capabilities is not an option.