Enduring High Energy Laser
US Army directed-energy competition for high-power laser counter-drone system; winner selection slipped to Q4 FY26.
Last refreshed: 13 April 2026 · Appears in 1 active topic
Why is the US Army laser programme for drone defence running behind schedule?
Timeline for Enduring High Energy Laser
EHEL laser contest slips to Q4 FY26
Drones: Industry & Defence- What is the EHEL programme and why is it delayed?
- EHEL (Enduring High Energy Laser) is the US Army's competition for a counter-drone laser system. Winner selection slipped from mid-2026 to Q4 FY26 due to technical evaluation delays — a recurring challenge for directed-energy programmes transitioning from lab to field conditions.Source: drones-industry-defence update 5
- Can lasers actually shoot down drones effectively?
- Directed-energy systems including lasers can disable or destroy drones at a fraction of the cost of missile interceptors. The challenge is maintaining beam quality and power generation under field conditions — which is why EHEL is still in competitive evaluation rather than fielding.Source: drones-industry-defence update 5
- Which companies are competing for the EHEL contract?
- The specific EHEL competitors have not been publicly disclosed in this phase. The programme is open to established defence primes and specialist directed-energy firms, with the winner receiving a programme-of-record leading to full-rate production.Source: drones-industry-defence update 5
Background
The Enduring High Energy Laser (EHEL) programme is the US Army's competition to field a high-energy laser system specifically designed for counter-drone operations. Winner selection, originally expected in mid-2026, slipped to Q4 FY26 (October-December 2026) following technical evaluation delays. EHEL is a directed-energy programme, meaning the winning system uses a concentrated laser beam rather than kinetic projectiles to disable or destroy drone targets. The programme is positioned as a cost-effective long-term alternative to missile-based interceptors for high-volume drone threats.
EHEL sits within a broader US Army effort to field directed-energy weapons at echelon — putting laser systems alongside manoeuvre units rather than restricting them to fixed facilities. Competing for EHEL are established defence primes and specialist directed-energy firms; the prize is a programme-of-record that would lead to full-rate production and fielding. The delay to Q4 FY26 adds months to a timeline that the Army had already compressed relative to traditional acquisition.
The EHEL timeline slip reflects recurring challenges in directed-energy acquisition: laser systems must demonstrate reliability, beam quality, and power generation under field conditions that differ substantially from laboratory performance. Ukraine's operational experience with drone saturation has created new urgency around directed-energy counter-drone systems across NATO, but that urgency has not yet translated into faster procurement timelines. A successful EHEL award could accelerate allied interest in similar programmes.
