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For reasons you will understand as you read this I can not divulge my identity. I am an aircraft mechanic for a major airline. I work at one of our maintenance bases located at a large airport. I have discovered some information that I think you will find important. First, I should tell you something about the "pecking order" among mechanics. It is important to my story and to the cause to which you have dedicated yourself.
When I got into the bay I realized that something was not right. There were more tanks, pumps, and pipes then should have been there. At first I assumed that the waste disposal system had been changed. It had been about 10 years since I had worked on this particular model of aircraft.
As I tried to find the problem I quickly realized the extra piping and tanks were not connected to the waste disposal system, at all. I had just discovered this when another mechanic from my company showed up. It was one of the mechanics who usually works on this particular type of plane, and I happily turned the job over to him.
I sat at home the first day of my suspension wondering what the hell had happened to me. That evening I received a phone call. The voice told me "Now you know what happens to mechanics who poke around in things they shouldn't. The next time you start working on systems that are no concern of yours you will lose your job! As it is, I'm feeling generous, I believe that you'll be able to go back to work soon.
Originally posted by phishyblankwaters
reply to post by Namaste1001
I remember this when it first went around, with pictures. the pictures were analyzed by ACTUAL aircraft mechanics, and suffice to say, they found the entire thing hilarious. I wish I could remember which site had that, as this version seems to be the exact same text, minus the "100% solid photographic proof"
In 2003, Senator Barbara Boxer (CA-D) and Congressman Steve Israel (NY-D) introduced legislation in both the House and Senate (H.R. 580/S. 311 The Commercial Airline Missile Defense Act) that directed the Department of Homeland Security (DHS) to sponsor a research and development program that would result in a missile defense system that could be installed on commercial airliners; the bill also authorized funding for the program.
Guardian is designed to operate autonomously, without input from the flight crew.
The system is wholly contained in an external, 460 mm (18 inch) high pod that weighs 250 kg (550 lb) and is mounted to the underside of the fuselage. The pod is removable, and can be transferred to another aircraft within an hour.
The third phase of the program, costing US$109 million is the deployment of the system on commercial flights.[1] FedEx Express became the first air carrier to deploy the Guardian on a commercial flight in September 2006, when it equipped one of its MD-11 freighters with the pod,[1] and subsequently equipped eight more aircraft for evaluation purposes.
Originally posted by Namaste1001
reply to post by webpirate
Sure. But at the same time we can't write something off just because we can't verify it. We don't know it's true but at the same time we don't know it's false.
Remaining neutral is key.
When I got into the bay I realized that something was not right. There were more tanks, pumps, and pipes then should have been there. At first I assumed that the waste disposal system had been changed. It had been about 10 years since I had worked on this particular model of aircraft.
"As a former airlines mechanic (Western Airlines in Los Angeles), I read the mechanic's letter on the spray gear with interest. I can say with authority that they guy knows airlines maintenance terminology, technics, pecking order, etc.
"As for the static whips, it would be extremely difficult to run tubing down the inside of a wing to such a wingtip location. It would be much easier to just run a line to the fuel dump system and use the onboard systems to discharge chemicals into the atmosphere."
Waste disposal is something no one wants to talk about and what a perfect place to hide just about anything.
I'm supplying a link here to show just how easy it is to install a system within a commercial aircraft that is autonomous and requires no pilot input.
The system is wholly contained in an external, 460 mm (18 inch) high pod that weighs 250 kg (550 lb) and is mounted to the underside of the fuselage. The pod is removable, and can be transferred to another aircraft within an hour.
Originally posted by Uncinus
It's interesting how these same debunked stories keep coming up time after time.
Ford Lavatory Ground Service Truck
3.0 Water/Rinse Tank
3.1 200 gallon (757 liter) capacity
3.2 Stainless steel construction
3.3 Level gauge
3.4 Internal baffle
3.5 16”x12” (406 mmx305 mm) stainless steel manhole
4.0 Waste Tank
4.1 350 gallon (1325 liter) capacity
4.2 Stainless steel construction
4.3 Sight gauge
4.4 Internal baffles
4.5 20 inch (508 mm) stainless steel manhole
4.6 Open dump
Mirabowl Q
Our premiere aircraft lav fluid. The only aircraft lavatory degerm, deodorizer, tank, bowl and pump cleaner that controls odors for up to fifteen hours. This product cleans recirculating pumps and filters, as well as flush rings and bowls. Mirabowl descales and removes sludge from holding tanks. As a result, maintenance costs on pump repair and replacement are reduced by up to 95%.
(note: Used in 55 gallon drums: )
55 gallon drums 7930-01-420-3593 MBQL01
Degerm Chemical Mix
Note: Degerm chemical in quart bottles (liquid form). Mixture is ½ quart of liquid per tank (100gals.) of water.
Servicing Procedure
1. Position the “Waste Catch Bucket” under the lavatory service panel. Catch Bucket must be secured when transported and when placed on the ground.
2. Open lavatory service panel.
3. Remove the fill cap (#1) from the fill service port (#2). If fill cap is missing, notify proper personnel.
4. Release the handle (#3) and open the drain protective cap (#4).
5. Connect dump hose unit (#6) of the waste drain valve (#5).
6. Connect fill hose (#7) to fill port (#2).
7. Push the lever (#8) of the waste drain-valve actuator to open its internal flapper valve.
8. Pull and lock the control handle (#10) to open the holding tank-valve and continue tank drainage until the waste flow stops.
9. Release the control handle (#10).
10. Verify that waste has drained out of the aircraft by visually checking thru the drain hose. If uncertain as to the waste completely draining, check the lavatory from topside, for the presence of water by flushing the lavatory or by visually inspecting the tank by lowering the lavatory flapper. If verified that water is still in the tank, DO NOT INITIATE THE SERVICING PROCESS, contact maintenance or station management.
11. Flush the waste tank with four (4) gallons of designated approved de-germ water mix. Refer to chart. Make sure the fluid pressure is between a range of 35 - 50 psi.
12. Pull and lock the drain control handle (#10) to open the holding tank drain valve. Continue until the waste flow stops.
13. Release control handle (#10) after drainage has been completed.
14. Verify that the waste has drained out of the aircraft by visually checking thru the drain hose. If uncertain as to the waste completely draining, check the lavatory from topside, for the presence of water by flushing the lavatory or by visually inspecting the tank by lowering the lavatory flapper. If verified that water is still in the tank, DO NOT INITIATE THE SERVICING PROCESS, contact maintenance or station management.
15. Fill with two (2) gallons of approved degerm. Refer to chart. Make sure that the fluid pressure is between a range of 35 – 50 psi.
16. Disconnect the dump hose unit (#6) and fill hose (#7) from the aircraft. Wipe up all fluid present.
17. Close drain valve protective cap (#4) and the latch handle (#3) of the drain waste valve. Flapper valve will close automatically when cap is closed.
18. Install fill cap (#1) on fill port (#2). Ensure cap is properly sealed and not leaking. If leakage is observed, IMMEDIATELY contact Maintenance or station personnel.
19. Close waste service panel. Panel door will close only if the waste drain valve is properly closed.
20. Close lavatory service panel. Panel door will close only if the waste drain valve is properly closed. Close lavatory service panel.
21. Clean interior and exterior of lavatory service door.