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.

The AGSE-E092-G01 Inlet Cowl Dolly is designed to support the CFM56-7 engine inlet cowl for local/shop transport. The inlet cowl is supported by three smooth rubber pad mounts along the lower section, and four rubber pad supports along the aft section. The upper section is secured by two ground handling lugs on the sides of dolly, and tightened down with turnbuckles. the inlet cowl can be installed into the dolly using an overhead sling (ref. Boeing P/N: B71040), and secures quickly and easily.

The AGSE-D101 Nose/Fuselage Dock is a one piece, adjustable height, fixed dock system which provides access to the nose and fuselage of MD80/90 series aircraft. The dock is accessed by three articulating stairways which bolt to the facility’s upper mezzanine level. Two located forward on either side, and one located on the center left hand side. The dock height is adjustable from 87 inches minimum to 129 inches maximum, and is powered by motor driven jackscrews. Sliders are provided on the inboard deck edge. Mechanically driven sliders with articulating bumper ends are provided along the contour of the nose area. Two vertically adjustable finger decks (with sliders) provide
access above the forward wing area. Booms equipped with electrical and air hookups accompany the finger decks, and aid in the handling of cords and hoses. One fixed crown bridge with a vertically adjustable finger deck provides access to the top of aircraft. All finger decks are adjusted using hand-crank cable winches. A boom is provided for cabin door removal. The boom has a 500 Lb. capacity, with air hoist and a hand operated trolley.

The AM-1189 stand has been designed with the optimum combination of desired characteristics in regards to anticipated operating conditions, keeping foremost in mind the safety of operating personnel and maximum accessibility to the work areas of the aircraft.
The design has also been governed by OSHA and local applicable safety codes for mobile work stands.
This stand provides work areas at aircraft reference water line planes WL-78.00, WL-104.00, WL-200.00 and WL-294.00 with a rolling platform at WL-238.00 to service the aircraft windshield area with a jib crane provided for removal of same.
The stand is adjustable, by means of electric motor drive, in a vertical plane for a full 72" to accommodate the aircraft in a jacked or un-jacked position.

The AGSE-M143-G01 Engine Work Stand is a structure providing access to the GE90 engine while it is positioned in pedestals. The platforms can be positioned at various heights, adjusted by an electric motor on each platform leg.

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 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 Range Simulation and Diagnostic Station (RSDS) provides a climactically clean room environment housing instrumentation and equipment for the purpose of supporting the ABL Test Program. The RSDS is designed to be used in conjunction with the AGSE-M122 Turret Maintenance and Conditioning Platform (TMCP).
The RSDS is supported by a Rolling Base that is fabricated primarily from structural grade tube steel. The Rolling Base is horizontally cross-braced to ensure square alignment of the vertical lift system. Four (4) ton capacity floor jacks are mounted to the rolling base to stabilize the structure. The floor jacks feature hand crank operation of a worm gear and acme screw actuator with swivel-mounted shoes.
The RSDS features a 10,000 clean room with a separately partitioned gowning area. A sliding door separates the two rooms. The environment of both rooms is climactically controlled by a system made up of a air conditioner, humidifier, blower and HEPA filters. The rooms also feature fluorescent lighting, insulated walls, smoke detectors, fire sprinklers and power outlets. The clean room has a pendant control for vertical and horizontal motion and communication headsets that can be plugged in at various locations.

The AGSE-D160 C130 dock system is designed to provide personnel access to service the aircraft wings, AFT fuselage, and horizontal and vertical tail components. The dock system consists of interlocking elevated platform sections as well as specialized support equipment designed to compliment the platforms. There are three basic platform components; a fixed tail mezzanine, mobile multi-sectional wing stands and AFT fuselage access ramps that allow access between the tail mezzanine and wing stands. Specialized support equipment includes mobile and fixed tool lifts, a rolling sloping longeron stand and deck-mounted wing cradles.
The fixed single deck tail mezzanine structure provides the basis for situating the aircraft and wing stands within the hangar. An access stair and tool lift is provided at the rear corner of the mezzanine deck. The mezzanine deck is reinforced in key locations to allow tail jack placement and use on the deck. The deck is designed to support the repair of a detached Horizontal Stabilizer.
Aft fuselage access ramps provide access to the fuselage and connection between the mezzanine and wing stand. The ramp deck has a sloped transition to accommodate the elevation change between the mezzanine and inboard fuselage stand raised deck. Slider panels are provided along the inboard edge to conform to the fuselage contour. The ramps are caster mounted for precise positioning and relocation within the facility. A hinged deck section is located at the AFT end to allow the unit to be moved into location without requiring movement of other stand sections.
The wing dock system consists of six caster mounted mobile stands per side. Sliders at the inboard and outboard fuel pod locations allow pod removal and installation with the aircraft docked in stands. Slider panels are incorporated along the inboard edge of the inboard stands to provide a deck surface which conforms to the aircraft contour. An access stair and tool lift is provided along the trailing edge of the left and right wing stand set. Deck slider panels are provided at wing and engine jack shoring positions. Cover plates at each wing jack location conceal gaps between jack legs and sliders. Removable and adjustable handrail sections are provided along the perimeter of the assembled wing stands. All stands lock together at the inner corners using bolt or turnbuckle connections.
The mobile tool lifts are provided for convenience at the tail stand and wing stand locations. The wing stand tool lifts are mobile to allow roll-away in the event the wing stands are to be moved or additional aircraft or equipment clearances are required.
The Sloping Longeron stand allows technician access along the full length of the main cargo bay longerons during repair or replacement. It is specifically designed to collapse for a low profile such that it may be rolled under the tail mezzanine and into the cargo bay area. Once positioned along the edge of the cargo bay, it is hydraulically raised into position.
For each wing stand, a set of specially designed wing cradles is provided. These cradles are designed to quickly set-up and allow the detached outer wing to rest directly on the wing stand deck. The cradles are fitted with screw jacks and are manually height adjustable.

The AM-1217 Wing Stands have been designed specifically for under wing, leading and trailing edge access of the Lockheed L-1011 and the Boeing 747 in the jacked and un-jacked condition. Due to their vertical adjustment, excellent access is afforded to other wide body aircraft, such as Douglas DC-10's, the family of Airbus A300's and new generations such as B767/757. Although designed for under wing se, each stand (12 in total) may be used on other areas of the aircraft such as the horizontal stabilizer and elevator. Each stand has an adjustable parallelogram stair with non-skid "AERODECK" treads. Platforms match the nominal dihedral of the aircraft and have "AERODECK" flooring with slider sections at each end. Platforms are elevated by an air-operated twin jack screw assembly driving a single scissor. Upper and lower limit devices prevent over-travel. Mobility is provided with large diameter swivel casters with locks and full face contact brakes. Services consist of electrical and air convenience outlets. Lighting is provided in the form of fluorescent light wans wired directly into junction boxes. Electrical service to the stand is from hanger power and connects to a pig-tail fitting at the base of the stand. Air service to the stands also connects at the base with each stand or interconnecting stands. A connecting hose is supplied so that up to three (3) stands along the leading edge or three (3) sections along the trailing edge may be connected. Air manifolds are located on top of each platform. The elevating system is air-powered with a control valve located on top of the platform next to the stair landing. The air system is protected with a filter and lubricator. Each stand is supplied with a tow bar, but lightweight construction will allow hand movement by three (3) to four (4) personnel.

The AGSE-D037 Modular Dock System provides access to service and maintain the DC10, MD11, and A300-600 Aircraft. Vertical dock adjustment is provided by pin legs spaced at three inch intervals. This will accommodate the various aircraft jacking heights. Access to various deck levels is accomplished by stairs attached to each dock module. ‘Clip-on’ stairs are included to adjust stair height over the vertical travel range of the dock modules. Each module is caster mounted for easy positioning.

Utilities, such as pneumatic, electric, and lighting are included on the various dock modules. The AGSE-D037 configuration consists of the following modules:

Part Number Quantity Description
AM-1156-600 1 Lower Deck Cargo Stand (Forward)
AM-1156-627 1 Lower Deck Cargo Stand (Aft)
AM-1410M-101 1 Horizontal Stabilizer Stand (LH)
AM-1410M-102 1 Horizontal Stabilizer Stand (RH)
AGSE-D009-G01 1 Four Section Wing Dock (LH and RH)
AGSE-D010-G01 1 Main Deck Cargo Stand
AGSE-D011-G01 1 Air Conditioning Access Stand
AGSE-D025-G01 1 Wheel Well Stand
AGSE-D029-G01 1 Tail Stand
AGSE-D030-G01 1 Nose Dock
AGSE-D033-G01 1 Wing Root Filler Stand (LH)
AGSE-D033-G02 1 Wing Root Filler Stand (RH)

The design, construction, and integrity of the dock system is in accordance with customer plans and specifications, and conform to applicable codes and standards. These codes include Uniform
Building Code (UBC) and Occupational Safety and Health Administration (OSHA) as adopted by California.

AM-1247 is an enclosed carriage designed to raise and/or lower tools only with a maximum load capacity of 300 lbs. It is designed to use with AM-1141, AM-1245, AM-1962 DC-10/KC-10 Tails Docks.