By  Morten Ford

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Readiness should not start when the equipment arrives

New equipment used to arrive on a predictable timeline, with months of lead time to plan training around it. That timeline has collapsed. Systems are increasingly fielded under urgency, and the gap between “delivered” and “operational” is now a gap units cannot always afford.

A lesson from Ukraine

The war in Ukraine has made the pattern visible: new systems often arrive fast, sometimes with only weeks of notice, and units are expected to operate them almost immediately. Procurement cycles that once ran for years now compress into months, driven by battlefield need rather than a fixed delivery schedule.

There is no comfortable window to build a training programme once the equipment lands. If training only starts on delivery, the delay is not a training problem. It is an operational one.

What waiting actually costs

Training that begins after delivery pushes everything behind it. Crews spend their first weeks with a new system learning basics that could have been settled months earlier. Integration with existing units and procedures takes longer than it should. And in the meantime, the operational capability the system was meant to provide simply isn’t there yet.

Training before the system exists on the ground

Simulation makes it possible to start training before the physical system has even arrived. Soldiers can learn the interface, the procedures, and the failure modes of a system using accurate digital models, well ahead of delivery. When the real equipment finally arrives, it is not day one. It is day one of something crews have already rehearsed.

That head start delivers real advantages:

  • Faster initial operational capability, because the learning curve happens before deployment, not after
  • Better reception and integration, since crews arrive at the equipment already fluent in it
  • Less dependency on OEM trainers, whose availability and timelines are rarely under the unit’s control

CASE

STAR AR

An Augmented Reality (AR) app was created to help technicians troubleshoot complex, hard-to-reach systems, enabling them to collaborate around realistic 3D models in real-time.