US Army Seeks $150K Missiles to Counter Small Drones

The Army's Next Generation C-sUAS Missile program targets Group 2 and 3 drones, with a 5,000-missile buy priced under $150,000 each and a 2027 development deadline.

What the Army's New Counter-Drone Missile Plan Asks For

The U.S. Army is asking industry for a new surface-to-air missile designed specifically to shoot down small drones, a capability now central to modern battle. The Next Generation C-sUAS Missile, or NGCM, would be an extended-range, quick-response weapon for Group 2 and Group 3 unmanned aircraft, according to a Sources Sought notice that sets an August 20 deadline for responses.

The initial requirement calls for intercepting drones at 6 kilometers altitude and ranges beyond 16 kilometers, with a longer-term goal of 8 kilometers high and more than 25 kilometers away. The missile would use a radar seeker and must leave the launcher within five seconds of the fire command. It must also fit the Army's existing Coyote launcher with minimal modifications and work with the Sentinel A3/A4, LTAMDS and TPQ-53 air-defense radars.

The Army envisions two configurations: a fixed-site version with additional sensors and a mobile version mounted on tactical vehicles for employment at the halt and on the move. It is targeting Technology Readiness Level 7, meaning realistic prototype field testing, by the end of fiscal 2027, with 50 missiles available for operational assessment in early 2028.

The program comes as the Pentagon and other militaries push lasers, microwaves and other directed-energy weapons as cheaper counter-drone alternatives. Missiles still hold an advantage in poor weather that can disrupt laser beams. The Army wants each NGCM missile to cost less than $150,000 as part of a bulk purchase of 5,000, a figure that shapes the program's economics.

The Cost Calculus and Competition Behind NGCM

The Cost Exchange at the Center of the Program

The $150,000 price ceiling is what distinguishes NGCM from traditional air-defense missiles. A Patriot interceptor costs around $4 million, making it far too expensive to use against a drone worth perhaps $35,000, as with the Iranian Shahed-136. Even at the Army's target price, the exchange ratio is still roughly four dollars of interceptor for every one dollar of drone, which is why the service continues to explore lasers and high-power microwaves that promise near-zero cost per shot. Missiles justify their place through reliability in bad weather and the ability to engage targets at longer ranges than most directed-energy systems currently deliver.

Why Coyote Compatibility Widens the Competition

By requiring a missile that plugs into the existing Coyote launch system with minimal changes, the Army is defining a de facto standard for its short-range counter-drone architecture. Contractors no longer need to sell a full launcher and fire-control package, which lowers the barrier to entry for missile specialists and potentially widens the field of bidders. It also indicates that the Coyote system will remain the backbone of this mission area while NGCM delivers longer range, faster launch and shorter time to target.

A Timeline That Reflects Battlefield Pressure

The Army's demand for field-ready prototypes by the end of fiscal 2027 and 50 missiles by early 2028 is unusually fast for a major acquisition. That pace reflects operational urgency driven by drones in Ukraine and the Middle East, where low-cost unmanned systems have repeatedly overwhelmed traditional air defenses. The August 20 feedback deadline is a sign the service wants to move quickly from market research into a formal program, though the specifications in a Sources Sought notice are not final requirements.

What Contractors Should Do Before the August 20 Deadline

Respond to the Sources Sought notice by August 20 if your missile can meet the Group 2/3 envelope: 6 kilometers altitude and 16 kilometers range initially, rising to 8 kilometers and 25 kilometers as the stretch goal.
Design around the existing Coyote launcher and the Sentinel A3/A4, LTAMDS and TPQ-53 radars; the notice explicitly requires minimal modification and radar compatibility, so a proposal requiring a new launcher or radar network is unlikely to be competitive.
Plan for a fiscal 2027 prototype milestone and a 50-missile operational assessment in early 2028; the Army has set Technology Readiness Level 7 as the target.
Price below $150,000 per unit within the planned 5,000-missile buy; per-unit cost will be a decisive factor in a program competing directly with directed-energy alternatives.

Risk & Opportunity Assessment

Commercial Risk	Medium	The Army is still testing the market with a Sources Sought notice, and the program competes with directed-energy weapons for funding; the $150,000 price point is four times the cost of a common drone, leaving the missile's value proposition open to challenge.
Competitive Risk	Medium	Coyote compatibility lowers entry barriers and invites a wide bidder field, while the 2027-2028 timeline favors companies with mature missile, seeker and air-defense integration experience.
Regulatory Risk	Low	The program depends on future defense appropriations and a successful transition from market research to a formal solicitation, but there is no immediate regulatory obstacle beyond standard acquisition rules.
Reputation Risk	Low	No single contractor is named yet, and the Army frames NGCM as one element of a broader counter-drone portfolio, so early setbacks would not single out a vendor.
Technology Disruption	High	Lasers and high-power microwaves promise near-zero cost per engagement and are already being pursued by the U.S. and allies; the missile's weather resilience is its main defense against being displaced as directed energy matures.
Commercial Opportunity	High	A 5,000-missile purchase at up to $150,000 each represents approximately $750 million in potential revenue, before any follow-on international sales and integration with existing air-defense radars.