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Rating
Length78.50"
199.39cm
Diameter4.00"
10.16cm
Weight3.75lbs
1.70kg
Parachute36"
91.44cm
Drogue
Motor Mount38mm
DeploymentSingle

PAC-3-4"

File

Likefileicon pac340.rkt.zip
Likefileicon pac340.pdf

Description

Features:

High Power Rocket
Heavy Duty Plastic Nose Cone
1/4" Plywood Laser Cut Fins and Rings
Delrin Rail Buttons
Dual Deploy Capable
Pre-slotted Airframe
9/16" Tubular Nylon Shock Cord
Cut Vinyl US ARMY Decal

Specifications:

Length: 78.5"
Diameter 4.0"
Weight: 60oz
Motor Mount: 38mm
Fins: 1/4" Plywood

Optional Recovery System:

36" Quality Nylon Chute
12x12 Chute Protector

Optional Altimeter Bay:

Choose a reduced price removable or standard altimeter bay upgrade. Note, the reduced price altimeter bay upgrade does not include a couple parts that are redundant with the parts included in the kit.

Optional Fiberglass Nose Cone:

Fiberglass nose cone is hand laid fiberglass with white gel-coat.  Includes plywood bulkplate for eyebolt attachment point.

History:

The PAC-3 (Patriot Advanced Capability 3) missile is the ATBM (Anti Theater Ballistic Missile) component of the U.S. Army's Patriot air defense system, and will complement the existing MIM-104 Patriot missiles.

The PAC (Patriot Advanced Capability) program was begun in 1986 to develop a series of significant upgrades to the Patriot system. The ultimate step is PAC-3/Configuration 3, which introduces an upgraded AN/MPQ-65 radar to increase detection in high-clutter environments, and to improve discrimination of closely spaced objects (better decoy recognition). The most important feature of this new Patriot system, however, will be a completely new missile, a variant of the Lockheed Martin ERINT (Extended Range Interceptor) commonly called PAC-3. The PAC-3 missile is highly optimized for the anti-missile role (employing a hit-to-kill capability enhanced by a fragmentation warhead), so that operational PAC-3 Patriot units will be equipped eventually with both MIM-104 and PAC-3 missiles. The latter is significantly smaller than an MIM-104, so that 16 missiles instead of four can be carried in a single launch station. ERINT was first flight-tested in 1992, and selected as the ultimate PAC-3 missile in 1994. The PAC-3/ERINT integration tests took place from 1995 to 1997, and the missile is currently in full production at Lockheed Martin Missiles And Fire Control.

 

Images

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