Motor

Motor is a mechanical component used in recipes for Modular Engine, Turbo Motor, and several equipment items, including the Rifle, Hoverpack, and Jetpack.

1.2 · Standard resource layout · Data 1.2.3.1

INGREDIENTS → FINISHED ITEM

How to craft Motor

Quantities below are per complete recipe batch. Rates are for one machine at 100% clock. Keep every output moving so byproducts do not block production.

Motor

Assembler · 12 seconds per machine cycle

Inputs per batch

2 × Rotor10 / min
2 × Stator10 / min

All outputs per batch

1 × Motor5 / min

Alternate: Electric Motor

Assembler · 16 seconds per machine cycle · Requires its alternate recipe unlock

Inputs per batch

1 × Electromagnetic Control Rod3.75 / min
2 × Rotor7.5 / min

All outputs per batch

2 × Motor7.5 / min

Alternate: Rigor Motor

Manufacturer · 48 seconds per machine cycle · Requires its alternate recipe unlock

Inputs per batch

3 × Rotor3.75 / min
3 × Stator3.75 / min
1 × Crystal Oscillator1.25 / min

All outputs per batch

6 × Motor7.5 / min

CRAFTING & INGREDIENTS

Motor acquisition

Use an Assembler after unlocking the Motor recipe and building. Route Rotor and Stator from their own production chains into the machine, then send the finished Motors to the intended…

Motor is a mechanical component used in recipes for Modular Engine, Turbo Motor, and several equipment items, including the Rifle, Hoverpack, and Jetpack. You manufacture it from Rotor and Stator in an Assembler; it is not a node resource. The main bottleneck is supplying both ingredients in equal recipe quantities, with Rotor and Stator production staying synchronized so the machine does not idle on one missing input. The default recipe takes 12 seconds per cycle, consuming two Rotors and two Stators to produce one Motor. Alternate recipes can change the ingredients or machine, but require their own unlocks.

Open interactive map ↓See crafting steps ↓Ingredients & recipes ↓

FIND THE ACTUAL LOCATION

Satisfactory resource & collectible map

Open full map ↗

Filter a resource, then select a marker or location below for its purity, elevation and coordinates. The map is hosted here.

Standard resource types and purity · Game-data snapshot 1.2.3.1. Randomized worlds differ. Nearby markers may be separated by cliffs or caves.

What do you need?Purity

127 Iron Ore locations

Iron Ore locations on the Satisfactory terrain map, with purity and well markers — Iron Ore locations · Select a marker to inspect its coordinates.

● Impure: amber● Normal: cyan● Pure: lime◆ Well outlet■ Well core

More resource maps for this guide

Coal locations on the Satisfactory world map · Standard resource layout · Data 1.2.3.1

Copper Ore locations on the Satisfactory world map · Standard resource layout · Data 1.2.3.1

GET STARTED

How to craft

Use an Assembler after unlocking the Motor recipe and building. Route Rotor and Stator from their own production chains into the machine, then send the finished Motors to the intended downstream consumer or storage.

Before you craft

Assembler and Motor recipe unlocked
2 Rotors and 2 Stators per batch

Unlock the Motor recipe and place an Assembler.
Produce Rotors and Stators in their respective production lines; neither is a substitute for the other in the default recipe.
Supply 2 Rotors and 2 Stators to the Assembler for each cycle, and make sure both input lines can sustain the planned rate.
Run the 12-second default recipe to produce 1 Motor.
Convey the output to its destination, such as Modular Engine, Turbo Motor, or equipment production. Add storage if you need a reserve for more than one consumer.

Crafting tips

At 100% clock, the Assembler consumes 10 Rotors and 10 Stators per minute and outputs 5 Motors per minute.
Balance both ingredient lines; surplus of one part cannot compensate for a shortage of the other.
If an alternate recipe is unlocked and selected, check its recipe card before applying default-recipe rate calculations.

Repeat, collect and use

Continue while the downstream production queue needs Motors, checking that Rotor and Stator supplies recover before restarting an idle line. Keep the output belt or container clear so a full output does not halt production.