Gauntlet Phase 2.5: Bomber Competition

The Pentagon’s Drone Dominance Program has launched Gauntlet Phase 2.5, Mission C, focused on reusable bomber/dropper UAS platforms. The program plans roughly $32 million in initial prototype orders for 1,200 night-capable systems, likely distributed among the top three vendors in an indicative 600/400/200 split, with a per-aircraft ceiling of $20,000.

The requirement marks a shift from disposable FPV strike drones toward reusable platforms able to fly more than 9 miles, carry at least 17.6 pounds (8 kg), and release multiple heavy munitions, including 60 mm and 81 mm mortar rounds.

Competition Structure

The planned October event has two compressed stages:

1. Bomber Qualifier: Vendors bring at least six complete UAS and spare durable components, with company pilots demonstrating performance in scripted test lanes.
2. The Gauntlet: Approximately eight firms are expected to advance roughly 48 hours later, where military operator teams fly the systems in more dynamic operational scenarios.

The program’s delivery tempo is deliberately aggressive: selected suppliers would need to provide half of their award quantity within 2.5 months and the balance within five months.

What the Pentagon Is Buying

Gauntlet 2.5 is evaluating a scalable strike system, not merely airframe performance. Likely discriminator categories include:

• Reliability after repeated sorties and field handling.
• Intuitive operator workflow under time pressure.
• Payload integration and accurate release.
• Night operation and sensor performance.
• EW/GNSS-denied resilience.
• Maintainability using simple tools and replaceable components.
• Production capacity at low unit cost.
• Supply-chain credibility under rapid delivery timelines.

DCD Analysis

This is an acquisition experiment built around Ukrainian battlefield lessons: reusable bombers can create persistent tactical pressure at lower cost than precision weapons, provided they are reliable, survivable enough, and producible in volume. The emphasis on soldiers operating the finalists matters: it rewards human factors, ruggedness, repairability, and operational usability over a polished vendor demonstration.

For drone OEMs, the key lesson is that the emerging U.S. market increasingly values affordable volume plus field adaptability. A technically impressive but fragile system may lose to a less elegant aircraft that is easy to launch, recover, repair, reload, and manufacture by the hundreds.