AMM-041-292

On the Subject of AMM-041-292

A surgical simulator on the bomb, and without anesthesia? I’ll take two.

All interactions with the module are done via your physical keyboard.
This module never strikes. However, when you click V, there is an AEAN value. If the value goes above 120, the module is unsolvable. This value only increases with mistakes.
This module is not linear, and does not need to be solved in the order of this manual. Most of the flavour dialouge does not matter.

Damn, he looks scared...

To access this section, press G.

Graph will show many different peaks. You can safely ignore all the peaks less than 5 dB.
For the rest of the peaks, take the dB value, and subtract it from the Avg value in the Top Right Corner.
Make a four-digit string with the last two digits of the kHz value, and the last two digits of the difference.
The four numbers equal A, B, C, D respectively.
Look in Table A for the part that needs to be fixed. Look in Table B for the operation to fix the part. To fix a part, click I to open your inventory. They, use the Up/Down keys to hover over the tool. Then, type the number associated with the part (For BS1 you type 1, for example.)
Repeat until all peaks are less than 5 db.
If you have your AEAN in dangerous levels, you can fix peaks with dB in the range of 3.5 - 5 to lower it.

Frequency, kHz	Part	Frequency, kHz	Part
1.0-1.6	Bearing System (BS0)	4.9-5.6	Bearing System (BS3)
1.6-2.3	Bearing System (BS1)	5.6-7.2	Shaft (SH1)
2.3-2.6	Bearing System (BS2)	7.2-8.2	Cooling (CS0)
2.6-4.1	Shaft (SH0)	8.2-9.1	Cooling (CS1)
4.1-4.9	Main Engine (ME0)	9.1-10.0	Cooling (CS2)

Item	Purpose	Timing
Screwdriver	Used to tighten the screws on Main Engine.	Use when last seconds digit of timer is 10⁠*⁠(a_i+b_i)/(c_i+d_i+1) modulo 10 rounded down.
Hammer	Used to straighten Shafts.	Use when last seconds digit of timer is (a_i+d_i)*(b_i+c_i) modulo 10.
Compressed Air	Used to clean Cooling Systems.	Use when last seconds digit of timer is not a_i, b_i, c_i or d_i.
Oilcan	Used to oil up Bearing Systems.	Use when last seconds digit of timer is 0.

To view current voltages, press V. This screen will show 10 variables.
Only focus and write down the names of the wires that are less than 1.
Then, click I to open your inventory. Use U/D to hover over any wire/resistor and press enter.
Using Table C, use the name of the wire and the instruction to get the correct voltage.

Whenever instructions say Serial, put wires side-by-side horizontally. Whenever instructions say Parallel, put wires vertically.

Navigate the section by using the arrow keys.

Name	Instruction
HV01	Serial: RGN + RGN + Blue
HV02	Serial: Green + Green + Green
HV03	Either: NKR
HV04	Serial: RGN + RGN
HV05	Parallel: GKR + GKR
LV01	Serial: Black + Black
LV02	Parallel: Blue + Blue + Yellow + Yellow
LV03	Serial: Red + Black + Black
LV04	Serial: Black + Black
LV05	Serial: Yellow + Yellow + Red

Once you have all of the wires/resistors set up, press enter.
Type the number relating to the wire needing to be fixed (However, LV01 is 6, LV02 is 7, LV03 is 8 etc.). Press enter to submit your answer.

If AMM’s battery charge (BTR%) is less than 5, you will need to charge him. There are 2 options:

You have to bring him somewhere to charge. Hold Q for at least 5 seconds to pick him up, after that the process of finding a charge source will start. It’ll take 5 minutes or less.
After enough time, AMM will tell you a four letter code. Once you have recorded the code, press Q to drop AMM. Then, once the dialouge is finished click Q again. The top display shows 6 pairs of letters and numbers. The bottom display show four wire colors. Type four numbers by the relation to letters, and the order by the following: First letter = Red, Second Letter = Yellow, Third Letter = Green, Fourth Letter = Blue.
Solve non-ignored modules to get car batteries (shown in the inventory when you press I). While this is a low chance, you only need 1.
Press I to open your inventory, hover over car battery, and press enter.

The battery serial number has four numbers and three letters. Make two separate strings of the numbers and letters in reading order. Add a fourth letter that is the missing wire color. (For example, if there is a B, R, and G, you would add a Y). The bottom display has four wire colors. Use the same position of color and number, along with the order of wires in the bottom, to make a code to type. (For example, if there is YRBG and 0123, and the wires are RBYG, the code is 1203.

Once all three conditions have been met, AMM-041-292 will be fixed and it will be solved.