France's MERIO Unveils Drone-Based Laser Targeting System

France's MERIO has developed an innovative drone-based laser targeting system aimed at enhancing military precision. This advancement is part of a broader effort to integrate cutting-edge technology into defense operations, positioning France at the forefront of drone warfare capabilities.

A drone with high-performance gimbal. MERIO pic.
A drone with high-performance gimbal. MERIO pic.

Key facts

  • MERIO's system enhances targeting precision for military operations.
  • The technology aims to reduce collateral damage during engagements.
  • This development positions France as a leader in drone warfare capabilities.

2 minute read

MERIO's laser targeting payload for drones signals a shift in European targeting doctrine from manned platforms to distributed unmanned sensors that cue joint fires. By putting a precise laser on small UAS, France can shorten the kill chain, pair ISR with effects, and deliver guided munitions with tighter control of collateral risk. It also strengthens sovereign options for Paris, reducing reliance on external targeting pods and integrating more closely with national air and land fires.

For NATO, a modular laser payload that can fly on multiple unmanned platforms improves interoperability in mixed coalitions. Units using common procedures can prosecute time sensitive targets faster, even when bandwidth is constrained. The concept aligns with European efforts to harden command and control against electronic warfare by moving sensing and designation closer to the target and by diversifying platforms that can provide terminal guidance.

Industrial implications are significant. A home grown targeting stack creates exportable subsystems for European primes and SMEs, from optics to stabilization, and offers a pathway to integrate with future loyal wingmen and rotary UAS. If fielded at scale, training for JTACs and UAS operators will need updating, and doctrine will need to set authorities for drone led designation in urban and contested environments.

The pacing challenge is resilience. The system must survive jamming, spoofing, and kinetic attrition, and it must be affordable enough to deploy widely. Governance will matter, from rules of engagement to data assurance, to keep political risk low while leveraging the precision dividends. Europe is moving toward networked, unmanned enabled precision fires.

Source: Defence Blog


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