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AH-1Z
Bell AH-1Z Viper helicopter
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Specifications

    US$ Cost:
    Primary Function:
    Crew:
    Engines:
    Power:
    Weight Empty:
    Max. Weight:
    Fuel Capacity:
    Cannon:
    Hardpoints:
    Length:
    Height:
    Rotor Diameter:
    Cruise Speed:
    Max. Cruise:
    Climb Rate:
    Ceiling:
    Range:
    First Flight:
    Year Deployed:
US$31 million
attack
two
GE T700 turbines
2 x 1,800 shp ea.
12,300  lbs.
18,500 lbs.
307 gals.
20 mm
six
58 ft. 3 in.
14 ft. 4 in.
48 ft.
184 mph
235 mph
2,800 fpm
20,000 feet
425 miles
12/8/2000
2010






The Bell AH-1Z Viper helicopter is the latest variant in a line of attack helicopters dating back to the Vietnam War. The Viper helicopter is used by the USMC for close support and precision anti-armor strikes.

Helicopters like the AH-1Z Viper continue to be among the most capable used by the USMC today. They can reach out with cannon, rockets, and laser guided missiles to stop the enemy in its tracks.

With its ability to maneuver in tight spaces, and with its variety of ordnance at the ready, the Bell AH-1Z Viper helicopter is the Marines best friend.

Like its predecessors, the AH1Z helicopter is designed for extreme maneuverability flight just off the ground, among trees, bushes, and sand dunes, where it can lurk undetected until its time for action.

In addition to taking out enemy armor, the AH-1Z helicopter can also be used in an escort role, accompanying assault helicopters. The Viper helicopter has the ability to be quickly replenished so as to get back into action in minimal time.

The pilot and co-pilot of the Ah-1Z helicopter work together as a team. The pilot is in the rear cockpit, perched high to look over the co-pilot in the front seat. The co-pilot has a commanding view of the battlefield, and can use the helicopter's infrared sensors and target sighting systems.

Avionics of the AH1Z helicopter include dual redundant computer systems with multiple displays of helicopter functions for both the pilot and co-pilot. A GPS system provides for pin point mission control, and allows for more accurate aiming of ordnance.

The AH-1Z helicopter has two engines driving a non articulated, non-hinged, four blade main rotor. Each blade in the rotor system of the AH-1Z helicopter is independently controlled in all movements. The vibration dampening system used instead of hinges gives faster, more precise response to inputs while producing far less vibrations than with a conventional system. The rotor system has only about 1/4 the parts of the former system.

Bell Textron is currently upgrading older model helicopters to the AH-1Z configuration, improving their performance and extending their service lives.

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