Conveyor Belt Mk.III

Logistics

Maximize the speed and throughput of transporting cargo. Can design a more efficient production line with a reasonable combination of conveyor belts with different transport speed.

Transport Speed		30/s
Made In		Assembler
Hand-Make		Replicator
Grid Size		1×1
Stack Size		300

3

1 s

3

1

Summary

Production Chain

Recipe	Building	Replicator?	Technology
3 1 s 3 1 1		✔

Production Progression Chart

for more information on reading and using these charts, see Production Progression Chart

Fire Ice and Coal-based production
Stage 1	Stage 2	Stage 3	Stage 4	Stage 5	Stage 6	Stage 7
120	2 120		1 180		1 180	1 180 20 30
60	1 60	1 60	1 180
240	4 240		4 120	2 60
120	2 120	2 120
120	3 120	2 120
60	1 60	2 120
120	3 120	2 120
60	1 60	2 120
480	8 480		8 240	4 120	3 60 20
240	4 240	4 240
240	6 240	4 240
120	2 120	4 240
240	6 240	4 240
240	2 120	4 240
200	5 200
120	2 60
60	1 60 30
Buildings Required		52 43 1
Raw Materials Required (per minute)		2180 240 120 60
Raw Materials Required (per unit)		12.11 1.33 0.66 0.33

for more information on reading and using these charts, see Production Progression Chart

Sulfuric Acid and Coal-based production
Stage 1	Stage 2	Stage 3	Stage 4	Stage 5	Stage 6	Stage 7
120	2 120		1 180		1 180	1 180 20 20
60	1 60	1 60	1 180
240	4 240		4 120	2 60
120	2 120	2 120
120	3 120	2 120
60	1 60	2 120
120	3 120	2 120
60	1 60	2 120
480	8 480		8 240	4 120	3 60 20
240	4 240	4 240
240	6 240	4 240
120	2 120	4 240
240	6 240	4 240
240	2 120	4 240
200	5 200
120	2 60
240	4 120	2 80
40		2 80
Buildings Required		56 43 2
Raw Materials Required (per minute)		2180 240 360 40
Raw Materials Required (per unit)		12.11 1.33 2 0.22

for more information on reading and using these charts, see Production Progression Chart

Sulfuric Acid and Crude Oil-based production
Stage 1	Stage 2	Stage 3	Stage 4	Stage 5	Stage 6	Stage 7
120	2 120		1 180		1 180	1 180 20 270 20
60	1 60	1 60	1 180
240	4 240		4 120	2 60
120	2 120	2 120
120	3 120	2 120
60	1 60	2 120
120	3 120	2 120
60	1 60	2 120
480	8 480		8 240	4 120	3 60 20 90
240	4 240	4 240
240	6 240	4 240
120	2 120	4 240
240	6 240	4 240
240	2 120	4 240
200	5 200
60	2 60 30	4 60 90
60	2 60 30	90
120	4 120 60	8 120 180	2 80 180
120	4 120 60	180
40
Buildings Required		50 43 18 2
Raw Materials Required (per minute)		2180 240 180 40
Raw Materials Required (per unit)		12.11 1.33 1 0.22

Note: Hydrogen created during Crude Oil-based production must be recycled through the system to ensure full efficiency. The hydrogen quantity shown in the last stage is the remaining surplus Hydrogen which can be diverted elsewhere.

for more information on reading and using these charts, see Production Progression Chart

Stone, Water and Crude Oil-based production
Stage 1	Stage 2	Stage 3	Stage 4	Stage 5	Stage 6	Stage 7
120	2 120		1 180		1 180	1 180 20 300 20
60	1 60	1 60	1 180
240	4 240		4 120	2 60
120	2 120	2 120
120	3 120	2 120
60	1 60	2 120
120	3 120	2 120
60	1 60	2 120
480	8 480		8 240	4 120	3 60 20 90
240	4 240	4 240
240	6 240	4 240
120	2 120	4 240
240	6 240	4 240
240	2 120	4 240
200	5 200
60	2 60 30	4 60 90
60	2 60 30	90
120	4 120 60	8 120 180	2 80 210
120	4 120 60	180
60	2 60 30	1 40 30
80
40
Buildings Required		50 43 20 3
Raw Materials Required (per minute)		2180 240 240 80 40
Raw Materials Required (per unit)		12.11 1.33 1.33 0.44 0.22

Note: Hydrogen created during Crude Oil-based production must be recycled through the system to ensure full efficiency. The hydrogen quantity shown in the last stage is the remaining surplus Hydrogen which can be diverted elsewhere.

for more information on reading and using these charts, see Production Progression Chart

Stone, Water, Crude Oil and Coal-based production
Stage 1	Stage 2	Stage 3	Stage 4	Stage 5	Stage 6	Stage 7
120	2 120		1 180		1 180	1 180 20 30 20
60	1 60	1 60	1 180
240	4 240		4 120	2 60
120	2 120	2 120
120	3 120	2 120
60	1 60	2 120
120	3 120	2 120
60	1 60	2 120
480	8 480		8 240	4 120	3 60 20
240	4 240	4 240
240	6 240	4 240
120	2 120	4 240
240	6 240	4 240
240	2 120	4 240
200	5 200
120	2 60
240	4 120		2 80 30
60	2 60 30	1 40 30
80
40
Buildings Required		56 43 2 3
Raw Materials Required (per minute)		2180 240 360 60 80 40
Raw Materials Required (per unit)		12.11 1.33 2 0.33 0.44 0.22

Player Tips & Tricks

The Conveyor Belt Mk.III can carry 30 items per second or 1,800 items per minute.
A full belt holds one item per tile and one item per connection between tiles. Thus an item on the belt moves fifteen tiles per second.
Stack size per inventory slot: 300

Placing down

Once the start point has been selected, pressing R will switch the direction the belt will follow before turning 90 degrees to reach the destination point.
When placing belts, altitude of current point can be changed by pressing the ↑ and ↓ arrow keys. Pressing 0 (Zero) (with Num Lock on) will reset to ground.
While the editor requires two tiles at either ends to level off before being able to turn. On the downstream part of the slope, where it levels off, one can erase a belt segment and place a turn 1 tile earlier.
Holding Shift while placing will disable building snapping, allowing easier laying of belts over buildings/other belts.

Merging

Joining belts together is allowed, but only in the direction that they merge their cargo together.
When merging a belt into a straight belt, the straight belt has priority over the joining belt.

Direct interaction

It is possible to place items directly on conveyor belts. To do this, mouse over a section of belt until a white box appears. Click the box to bring up an interaction dialog window, with a circular port that displays what is on that section of the belt. If there is nothing on the belt, you can take an item from your inventory and place it in the port (if you have several of the same item to place, hold down the mouse button; there is no need to click for each individual item).

Conversely, you can take items directly from belts in the same manner.

Mass-Deletion

When deleting belts, holding Shift before clicking a belt will delete the entire belt all at once (within build range).