Pentagon Picks Picket’s Rotating Turret for Counter-Drone Test

Why It Matters

Zero‑latency targeting addresses a critical gap in defending against coordinated drone swarms, offering the Pentagon a faster, stealthier counter‑UAS solution. Accelerated DIU procurement could bring the technology to field sooner than traditional acquisition cycles.

Key Takeaways

• Picket selected for DIU Phase II Counter‑UAS program.
• Inferno RTC uses rotating turret for zero aiming latency.
• System relies on passive sensors, avoiding radar emissions.
• 40‑meter assured‑kill zone covers full 360‑degree sphere.
• Phase II testing could lead to fast‑track prototype contract.

Pulse Analysis

The rapid proliferation of commercial drones has forced militaries to rethink close‑in defenses. Traditional gun‑mounted systems suffer from slew‑to‑target delays that become fatal when swarms arrive from multiple vectors simultaneously. By eliminating the need to rotate a barrel toward each threat, a zero‑latency solution can engage several drones in the time it would take a conventional system to aim at just one, dramatically improving survivability in contested airspaces.

Picket’s Inferno RTC tackles this problem with a patented spherical turret that houses multiple barrels at fixed elevations. As the turret spins, a barrel is almost always aligned with any incoming threat, allowing the onboard AI to fire instantly once passive sensors confirm a target. The passive sensor suite, which detects emitted or reflected energy rather than broadcasting radar, further reduces the system’s electromagnetic signature, making it harder for adversaries to locate and suppress the defense asset. The claimed 40‑meter assured‑kill sphere provides a protective envelope that could be mounted on vehicles, ships, or fixed sites.

The selection for Phase II underscores the Defense Innovation Unit’s strategy of fast‑tracking commercial innovations into the defense pipeline. Using the Commercial Solutions Opening pathway and Other Transaction Authority contracts, the Pentagon can bypass lengthy traditional procurement steps, potentially delivering a fielded solution within a few years. If the Inferno RTC meets performance benchmarks, it could set a new standard for counter‑UAS architecture, prompting further investment from both defense contractors and venture‑backed startups seeking to capitalize on the growing demand for autonomous, low‑observable weapon systems.