Germany’s armed forces are about to undergo a quiet but profound shift. This week, Defence Minister Boris Pistorius decided that drone training will become part of the curriculum for all Bundeswehr soldiers. It is a recognition of a reality already visible on modern battlefields: drones are no longer a specialist capability. They are a basic military skill.

The decision raises an immediate and difficult question. How do you train tens of thousands of soldiers, quickly and effectively, in a capability that demands practice, precision and constant repetition?

Traditional military training struggles to scale. Qualified instructors are a scarce resource within the Bundeswehr, and location-based training cannot be expanded indefinitely. Field exercises are costly, time-consuming and constrained by equipment availability. FPV drones, in particular, require muscle memory and situational awareness that only come from repeated hands-on experience.

Flying once or twice is not enough. Mastery comes from hundreds of repetitions.

The Bundeswehr Cyber Innovation Hub, working together with the Kommando Spezialkräfte and the startup Or & Sable, believes it has found a way forward. The answer is RAPTOR FPV, a fully software-based FPV drone simulator designed to remove the bottlenecks that make large-scale training impractical.

RAPTOR FPV is built for decentralised use. It does not require a permanent instructor presence, fixed training locations or physical drones. Soldiers can train independently, at any time and from any location. This removes pressure on instructors and allows training capacity to scale with demand rather than infrastructure.

What sets the system apart is its flexibility. Soldiers do not train on rigid, pre-defined courses. Instead, a built-in level editor allows units to design their own missions based on real operational needs. Reconnaissance flights, complex urban scenarios and simulated effects delivery can all be configured, adapted and repeated as often as necessary.

This approach reflects how drones are actually used. Missions change. Terrain changes. Threats change. Training must be able to evolve just as quickly.

There is also a practical advantage. Simulator-based training eliminates wear and tear on real drones. No crashes. No downtime. No loss of equipment due to training accidents. This makes the system resource-efficient, both in terms of hardware and personnel, while allowing far more training hours than live flying ever could.

Accessibility is another factor. Soldiers who grew up using game controllers often adapt immediately to FPV controls. For everyone else, the learning curve is deliberately low. Progress is measurable, performance can be tracked and skills improve through repetition rather than one-off instruction.

The broader significance of the initiative is strategic. By embedding drone skills across the force, the Bundeswehr is moving away from a model where unmanned systems are confined to specialist units. Instead, drones become a baseline capability, understood and usable across the entire organisation.

Pistorius has written drones into the curriculum. RAPTOR FPV provides a way to make that decision operationally realistic.

The shift also reflects a deeper lesson from recent conflicts. Speed matters. Adaptability matters. And the ability to train at scale may be as decisive as the technology itself.

If Germany succeeds in rolling out drone training to the entire force, it will not be because it trained harder. It will be because it trained smarter.

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