Cargo lock beam

Cargo Lock Beam

Type Cargo device

Function Towing objects

Availability Luxury Items

Size 72 × 72 × 12 cm

Mass 546.35 kg

Volume 54.91 kv

Corrosion resistance 400

Input / Output

Electric input 5 + (0.002)⋅𝑥 kg e/s

Device interfaces 1

Composition

Bastium 76.92%

Ilmatrium 7.69%

Tengium 7.69%

Vokarium 7.69%

The Cargo beam device emits a laser which locks onto any object on its trajectory.
The cargo beam device is most commonly used in spaceships designed for cargo transportation.
For safety reasons, the locking laser does not affect endoskeletons.

Basic information

In order for the cargo beam to lock onto objects and to be able to lift or otherwise move them, at least three beams should target the desired object from different directions.The beams should simultaneously hit the object from at least roughly 90 degrees difference from each other.
E.g. if the object is a dice-shaped cube, the cargo beams should target the cube at least from three different sides.

Power consumption when turned on: 5 electricity per second.
Power consumption while locked on to cargo: 0.002 electricity per second for each kg.

The mass locked by beams are evenly distributed between the beams. So 1500 kg cargo would stress 3 locked beams by 500kg per beam. Each beam would consume 1 electricity per second extra added to the base 5 per second.

Device fields

To learn more about the usage of fields, consult these wiki pages:

• Universal Tool
• Data networks
• YOLOL

YOLOL field	description	range
CargoBeamOnState	Dictates whether the beam is on or off. 0 = off, any other value = on.
CargoBeamSearchLength	The maximum distance from where the beam can lock onto objects. Measured in meters.	0 - 1000
CargoBeamStatus	The current status of the beam, 0 = off or unlocked, 1 = touching object but unlocked, 2 = locked	0 - 2

Material

To learn more about materials, consult these wiki pages:

• Materials
• Ores

Weight (Kg)	536.73
Material Required (Kv)
Bastium	115
Ilmatrium	11
Tengium	11
Vokarium	11