Aircraft GSE and MRO

Features:

• Designed to support various engine inlets during installation/removal
• Folds to minimize empty shipping volume
• Can be shipped in lower cargo compartment of narrow body aircraft
• Inlet straps securely into place quickly and easily
• Leveling jacks are included to accommodate various engine heights

AM-1441-101 Configuration for following Aircraft / Engines:

• A300-600 / PW4000
• B757 / RB211-535
• B767-200 / CF6-80A
• B767-300 / CF6-80A
• DC10-30 / CF6-6 & CF6-50
• L1011 / All Engines
• MD11 / All Engines
• B767AWACS / CF6-80C2

AM-1441-120 Configuration for following Aircraft / Engines:

• A300-600 / CF6-80C2
• A310 / All Engines
• B757 / PW2037 & PW2040
• B767-200 / CF6-80C2
• B767-200 / PW4000
• B767-300 / CF6-80C2
• B767-300 / PW4000
• B767-300 / RB211-524H

AM-1441-123 Configuration for following Aircraft / Engines:

• A330 / CF6-80E1

Dimensions (Empty Dolly)*:

• Length: 92.0” (Folded) / 87.0” (Extended)
• Height (AM-1441-101): 38.0” (Folded) / 52.0” (Extended)
• Height (AM-1441-120): 38.0” (Folded) / 48.0” (Extended)
• Width: 22.0” (Folded) / 95.0” (Extended)
• Weight: 180 LBS

*All dimensions are with legs retracted.

Features:

• Designed for use with A300, DC10-10/-15/-30, & KC-10 aircraft during engine installation/removal
• Support can accommodate 1, 2 & 3 engines by exchanging easy-to-install components for applicable engine
• Pieces pin together quickly & easily
• Allows for easier maintenance & repair tasks
• Functionally equivalent to McDonnell Douglas part #DZZ7287

The AGSE-D102 Tail Stand is a fixed height, caster mounted, one piece, multi-level stand that provides access to the tail of MD80/90 series aircraft. The first level is accessed from two stairways (located on either side). Level two is a suspended trolley mounted platform that traverses forward and aft. Access is provided by a single stairway from level 1, and a brake secures the level’s position. Two mechanically driven sliders protrude forward from the deck to provide access to the engine pylon. Level 3 is accessed from two fixed stairways (located on either side). The inboard edge has contour adjustable panels (sliders) that provide docking clearance. The sliders are mechanically driven in the rudder swing area. Two vertically adjustable finger decks (with sliders) provide access above the engines. The decks are adjusted using pendant controls that control the motor driven jackscrews. Level 4 is access from the ground using two stairways (located on either side). Sliders are provided on the inboard deck edge.

The AM-1196 Center Engine Stand was designed to provide access to the number two engine with the tail cone up or down and with the patio doors open. With the tail cone up and the doors open, slider sections (8-1/2" in width) can be extended out from the cutout section of the platform to contour around the doors. These sliders are deployed by using a "T" bar and have a protective bumper as does the front edge of the cutout area. When the tail cone is lowered a center rolling platform can be moved forward, from its stowed position at the rear of the platform, to cover up the cutout and provide a solid work surface 23' in width. A forward safety barrier is supplied for added protection while mechanics are working near the front edge of the stand and at a height where standard handrails do not provide adequate protection against a fall. The barrier is a parallelogram structure on which a safety ne has been attached. After an aircraft has been docked a mechanic can swing the safety barrier inboard. A rubber pad fastened to a foot supports the frame against the skin forward of the firewall. On each inboard side of the safety net along strap with buckle assembly has been provided and can be attached to a harness hard point on the forward patio wall and drawn tight keeping the safety barrier against the aircraft. A slotted bar keeps the barrier upright and in a stowed, outboard position.
The platform elevation is adjustable and is set at an approximate 24' during erection. Should the stand require future adjustment, lever arm hoist (Tuggits, Coffing, etc.) from airline bootstrap kits can be utilized and attached to lugs located on each leg, Adjustment is accomplished by cranking the lever arm hoist up, removing four (4) SS pins and re-pinning at the desired elevation.

The AGSE-D013-G01 Nose/Fuselage Dock System provides vertical and longitudinal adjustments to maintain adequate interface between aircraft and platforms. This unit is designed for Boeing 727-200 series aircraft, receiving a heavy service check and major repairs.
The AGSE-D013-G01 Nose/Fuselage Dock System consists of the following components:
• Nose/Forward Fuselage Dock
• Removable Post and Chain Handrails

The AN-1210 consists of 6 portable under wing work stands designed for general access to the leading edge slat wells and inboard and outboard flap and aileron wells. The stands are designed to be used on either the left hand or the right hand side of the aircraft, and are at an angle matching the dihedral of the wing. Each stand has a removable handrail section at each end with stowage sockets on top of the platform. A tow bar with uplock is provided and can be attached at either end of the stand. Each stand is equipped with four 12" dia. casters with alathane tread, four position swivel locks and sockets for steering bar. One steering bar per stand will be supplied. Four stabilizer jacks will be mounted on the base frame of the stand to prevent movement when the stands are in position.

The AGSE-D053 Engine Access Stand is designed for Airbus A300-600 aircraft. The stand consists of right and left engine sets. Each set consists of an inboard and outboard stand. The stands are fixed height, multi-level platformed, with manual and mechanically extending sliders. Total access is provided for the engines from lower level sliders for bottom access, to a counter-weighted drop bridge for top access. Handrail is provided around the outside perimeter of open sides, and protective bumpers protect against inadvertent contact with aircraft. Chain handrail is also provided to form a continuous safety barrier when sliders are extended. Two fixed stairways provide access to the ground.

The AM-1737 Cabin Entry and General Access is designed to accommodate and give access to B707, B727, B737, B747, B757, DC-8, DC-9, DC-10, KC-10, MD-80, L-1011, A300 and A320 aircrafts.
AM-1737-1 offers a vertical lift from 7' to 12'
AM-1373-2 offers a vertical lift from 12' to 17'
A total of 5' vertical adjustment is possible on platform working height on both AM-1737-1 and the AM-1737-2 models. Lift os accomplished by a mechanical screw jack which is manually actuated.
Platform size is 4' by 8' (1.21m x 2.43m) and has a non-marking bumper with safety chain.

The AGSE-M021 Engine Access Stand is designed to provide access for maintenance and
inspection on both the inboard and outboard engines on B747 Aircraft. The stand is compliant with United Airlines Design Specification TBD. The stand height is adjustable from TBD to TBD inches and deck access is provided by an articulating stairway. The stand is caster mounted and includes a retractable tow bar. Electrical outlets are also provided.

The AM-1050 Galley Module Cart is designed to hold the galley module refrigeration unit for transportation and servicing in the shops.

The Stanley 220531 towbar is used for towing B747 aircraft.

The towbar is used for towing and steering the aircraft by attaching to the aircraft\'s Nose Landing Gear (NLG) and being pulled by a tow tractor. The towbar primarily consists of a cylindrical steel body. At one end of the tow bar is a lunette eye, which connects to the tow tractor. The lunette eye is equipped with a shock absorbing mechanism to reduce the shock load on the NLG. At the opposite end of the towbar is a mechanical head assembly, which connects to the aircraft NLG. The towbar is mounted on an articulated undercarriage with a hydraulic pump and a retract spring which raises and lowers the towbar.

The AGSE-D089 Horizontal Stabilizer Access Stand is a two piece, single level structure providing access to the horizontal stabilizers and APU of B757 Aircraft. The inboard edge has contour adjustable panels (sliders) that provide docking clearance and retract for APU removal. A lower level of sliders provides access below the APU and to the trap door on the left side. The stand is vertically adjustable to access a jacked aircraft. An articulating stairway provides access to the ground.