Jetpack Assembly Table

Jetpack Assembly Table

Items	Assembly Types	acquired	Finished Item	Repeat process
Guidance System
Firecracker/Enerbun globule + Digital rapier	Use (like you would for caffeine)	Drops	gyro stabilizer	no
Signal processing code + Physiology scan code	Combine	Decoded	Control software	no
Broken PDA + Memory tube	Combine	Drops	Underpowered PDA	no
Underpowered PDA + Nanoprocessor	Combine	Made + Buy	PDA	no
PDA + control software	Combine	Made	Control unit	no
Control unit + Gyro stabilizer	Combine	Made	Guidance system	no
Propulsion System
Webbed sand + Padded tights	Combine	Drop + Buy	Filter	no
Filter + Fire bladder	Combine	Drops	Fuel	no
Shell casing + Shell casing	Weld	Drops	Double canister	no
Double canister + Titanium plating	Weld	Made + Drop	Empty tank	no
Empty tank + Fuel	Combine	Made	Fuel tank	no
Guidance system + Fuel tank	Combine	Made	Propulsion system	no
Harness
Trylon strap + Trylon strap	Combine	Drops	Harness	no
Harness + Plasteel plating	Weld	Made + Drop	Sturdy harness	no
Control Arms
Lead pipe + Titanium plating	Weld	Drops	Titanium pipe	yes 1x
Tacky grip + Titanium pipe	Combine	Made	Handle	yes 1x
Transformer + Gears	Combine	Drops	Motor	yes 1x
Pressure plate + Electronic cabling	Combine	Drops	Sensor mechanism	yes 1x
Sensor mechanism + Motor	Combine	Made	Servomotor	yes 1x
Handle + Servomotor	Combine	Made	Control arm	yes 1x
Final Assembly
Control arm + Sturdy harness	Combine	Made	One-armed harness	no
Control arm + One-armed harness	Combine	Made	Control frame	no
Control frame + Propulsion system	Weld	Made	Jetpack	Finished

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Grocery list

Items you will need to find to make the Jetpack

1	Broken PDA
1	Digital rapier
2	Electronic cabling
1	Fire bladder
1	Firecracker/Enerbun globule
2	Gears
2	lead pipes
1	Memory tube
1	Nanoprocessor
1	Padded tights
1	Physiology scan code
1	Plasteel plating
2	pressure plates
2	shell casings
1	Signal processing code
6	Solder
2	Tacky grip
3	titanium plates
2	transformers
2	trylon straps
1	Webbed sand

Algebraic Assembly

The following is the jetpack assembly method expressed in algebraic style, originally compiled by Dadaca. Note that the control arm, two of which are required for the jetpack, has been separated from the rest of the expression, in order to simplify the expression somewhat. The gyro stabilizer is acquired through disassembly.

Assembly is expressed as (ITEM A + ITEM B). Welding is expressed as ([WELD] ITEM A + ITEM B).

A basic operation, one that involves items acquired through drops, is expressed in curly braces: {ITEM A + ITEM B}

jetpack = ([WELD] ((((nanoprocessor + {broken PDA + memory tube}) + {physiology scan code + signal processing code}) + gyro stabilizer) + ((fire bladder + {padded tights + webbed sand}) + ([WELD] {[WELD] shell casing + shell casing} + titanium plating))) + (control arm + (control arm + ([WELD] {trylon strap + trylon strap} + plasteel plating))))

control arm = ((tacky grip + {[WELD] titanium plating + lead pipe}) + ({pressure plate + electronic cabling} + {gears + transformer}))

gyro stabilizer + rapier = ([DISASSEMBLE] digital rapier)

Assembly Graph

This graph shows the assembly visually.

Complete Recipe

transformer

gears

plasteel plating

electronic cabling

lead pipe

titanium plating

broken PDA

memory tube

motor

sensor mechanism

titanium pipe

tacky grip

trylon strap

trylon strap

transformer

gears

plasteel plating

electronic cabling

lead pipe

titanium plating

webbed sand

padded tights

shell casing

shell casing

underpowered PDA

nanoprocessor

signal processing code

physiology scan code

servomotor

handle

plasteel plating

harness

motor

sensor mechanism

titanium pipe

tacky grip

filter

fire bladder

double canister

titanium plating

PDA

control software

digital rapier

control arm

sturdy harness

servomotor

handle

fuel

empty tank

control unit

gyro stabilizer

one-armed harness

control arm

fuel tank

guidance system

control frame

propulsion system

jetpack

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