ACM-17 Choronzon

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ACM-17 Choronzon
File:ACM-17 HAAM.png
Place of originArthurista
Service history
In service1989-present
Production history
ManufacturerArthuristan Dynamics
Specifications
Weight900kg
Length3.2m
Diameter39cm
Warhead150kg shaped charge, thermobaric or Red Hammer 0.5-150kt thermonuclear warhead

Enginesolid-fuel dual-pulse rocket engine
Operational
range
400km
SpeedMach 3
Guidance
system
Mid-course: Inertial/SATNAV, Terminal: IIR or passive radar
Launch
platform
Aircrafts

The ACM-17 Choronzon, also known as "HAAM" (High Altitude Attack Missile), is a high speed, air launched anti-ship, land attack and anti-radiation missile in service with the Commonwealth Air Force and Fleet Air Arm. It was intended as a relatively compact, cost effective high speed strike weapon. The ordnance follows a semi-ballistic flight profile and dives towards its target at mach 3 from 40,000m. Its warhead weight is rather light, though compensated by the kinetic energy of the munition. It possesses none of the sophisticated ECCM or PENAID featured in a typical Arthuristan cruise missile and relies purely on its sheer speed and high altitude approach for survivability, which contributes to its relative cheapness. Its two-pulse solid-fuel rocket motor gives it very good reach for its size while still being relatively simple and cost-effective to manufacture in quantity. The munition's main fuselage is covered in a layer of rubber and its fins in phenolic materiel in order to reduce radar signature.

The ACM-17A variant relies on an imaging infra-red seeker for land and naval strike. The ACM-17B uses a passive radar seeker and is employed either as an anti-radiation missile or to attack warships carrying powerful AAW radar systems. The ACM-17C is a nuclear variant with additional fuel and minus any terminal guidance systems. It carries a Red Hammer 0.5-150kt thermonuclear warhead. The most recent examples can be carried in the internal bays of UFC F-29 Hurricane and similar 5th generation fighter bombers.