Raytheon's rocket-powered Coyote reaches three development tests 15 months after concept

A crew defending a site against a drone wave needs the interceptor to leave quickly and the next one to follow quickly. Raytheon's case for the Block 2C+RM rests on that: it says faster successive shots help operators engage incoming drone waves ^[16]. Existing Block 2 interceptors launch on a small rocket booster and fly the rest of the way on a turbojet ^[4], so the new motor takes over the part of the flight the turbojet used to fly.

Raytheon pitches an interceptor that is faster, reaches farther and can fire again sooner ^[15]. The announcement documents three development tests that included the first launches of a Coyote with a tactical rocket motor and confirmed initial integration with the current counter-drone architecture ^[7]. Thomas Laliberty, who heads Raytheon's Land & Air Defense Systems business, called the gain in range significant but gave no numbers ^[17].

The target set is where the speed claim gets tested. "Unfortunately, I can't get into the specific threats, but I can tell you the intention is to have this cover all types of Class 3 drones," Laliberty said ^[9]. The U.S. military's Group 3 category covers drones of 56 to 1,320 pounds, flying up to 18,000 feet at no more than 250 knots ^[10]. Some jet-powered one-way attack drones reportedly reach about 270 to 320 knots ^[11]. That is 20 to 70 knots above the Group 3 ceiling ^[14]. Raytheon says the faster response and higher velocity are intended to help address those threats ^[13].

Laliberty also noted an overlap between some drone and cruise-missile capabilities, but the announcement did not establish a demonstrated cruise-missile interception capability ^[12].

The 15 months is Raytheon's own count, and the work is company-funded [c1, c2]. It covers the whole upgrade, new seeker and warhead included ^[3]. Raytheon did not say the motor swap set the pace.

On the buying side, the Army has outlined plans for at least 6,000 Block 2-series interceptors between fiscal 2025 and 2029, an average of at least 1,200 a year [c11, d2]. Those plans do not establish purchases of the new variant ^[5], and the status of formal U.S. military purchase contracts for this version remains unclear ^[6].

We'd put any schedule claim on a grid with two axes: where the clock stopped, at first test or at delivery, and who paid, the vendor or a customer contract. Raytheon's 15 months sits in the first-test, vendor-funded cell [c1, c2]. A claim there shows how fast a vendor can get a design into development tests. A claim a buyer can plan a rollout around sits in the opposite corner, where the clock stops at delivery and a customer contract paid for the work.