Electronics

All the things that make the robot smarter than it's owner

Sensor Amplifiers

In-game description: You can target enemies faster, and from a greater distance by using specialized amplifiers placed inside the module.

Installed in the Head slots

Sometime you need to lock faster and further. This is when you use a sensor amplifier. Very commonly seen in PVP fits.

Module	Tech Level	CPU use	Reactor use	Mass	Accu* use	Cycle time	Locking range	Locking time
Syn-tec sensor amplifier	S	1 TF	5 RP	50 kg	5 AP	10 s	+10%	-10%
Flawed sensor amplifier	T0	15 TF	5 RP	100 kg	10 AP	10 s	+21%	-12%
Standard sensor amplifier	T1	15 TF	5 RP	100 kg	10 AP	10 s	+35%	-20%
Bullz-I 6601 sensor amplifier	T2	13 TF	5 RP	80 kg	9 AP	10 s	+35%	-20%
Bullz-I 6601 sensor amplifier prototype	T2P	12 TF	5 RP	60 kg	8 AP	10 s	+35%	-25%
Niani sensor amplifier	T3-	19 TF	7 RP	90 kg	11 AP	10 s	+40%	-25%
Desenspure sensor amplifier	T3	17 TF	5 RP	100 kg	11 AP	10 s	+40%	-25%
Desenspure sensor amplifier prototype	T3P	16 TF	5 RP	75 kg	10 AP	10 s	+40%	-30%
Ambassador SU-I sensor amplifier	T4	19 TF	5 RP	100 kg	12 AP	10 s	+45%	-30%
Ambassador SU-I sensor amplifier prototype	T4P	18 TF	5 RP	75 kg	10 AP	10 s	+45%	-35%

Remote Sensor Amplifiers

In-game description: Use remote sensor amplifiers to enhance range and speed of the friendly, nearby robots' targeting computers.

Installed in a chassis "Misc" slot

Like regular sensor amplifiers, they increase locking time and range, but only of a friendly targered robot. Commonly seen on logistics bots, a little more commonly in PVE to fit more damage mods in a combat bot.

Module	Tech Level	CPU use	Reactor use	Mass	Accu* use	Range	Cycle time	Locking range	Locking time
Flawed remote sensor amplifier	T0	20 TF	7 RP	100 kg	14 AP	300 m	10 s	+18%	-12%
Standard remote sensor amplifier	T1	20 TF	7 RP	100 kg	14 AP	300 m	10 s	+30%	-20%
Occul sensor amplifier	T2	18 TF	5 RP	90 kg	14 AP	300 m	10 s	+30%	-20%
Occul sensor amplifier prototype	T2P	17 TF	5 RP	67.5 kg	12 AP	300 m	10 s	+30%	-20%
Niani remote sensor amplifier	T3-	27 TF	9 RP	90 kg	14 AP	300 m	10 s	+40%	-25%
Da Gama-PLS10 remote sensor amplifier	T3	23 TF	7 RP	100 kg	14 AP	300 m	10 s	+40%	-25%
Da Gama-PLS10 remote sensor amplifier prototype	T3P	22 TF	7	75 kg	12 AP	300 m	10 s	+40%	-25%
Ambassador SU-I sensor amplifier	T4	25 TF	8 RP	100 kg	18 AP	300 m	10 s	+45%	-30%
Ambassador SU-I sensor amplifier prototype	T4P	24 TF	8 RP	75 kg	15 AP	300 m	10 s	+45%	-30%

Chassis Scanner

PVP Flag

Coprocessors

In-game description: The module is a set of additional microchips, enhancing the performance of the central processor.

Installed in the Head slots

Module	Tech Level	Reactor use	Mass	CPU bonus
Flawed coprocessor	T0	3 RP	0.20 kg	+6%
Standard coprocessor	T1	3 RP	0.20 kg	+10%
Parallelyt-C300 coprocessor	T2	2 RP	0.20 kg	+10%
Parallelyt-C300 coprocessor prototype	T2P	2 RP	0.15 kg	+10.10 %
Niani coprocessor	T3-	10 RP	0.20 kg	+15%
Cerebellum-1000 coprocessor	T3	3 RP	0.20 kg	+15%
Cerebellum-1000 coprocessor prototype	T3P	3 RP	0.15 kg	+15.20%
Processyt-C1000 coprocessor	T4	3 RP	0.20 kg	+20%
Processyt-C1000 coprocessor prototype	T4P	3 RP	0.15 kg	+20.30%

Range Extenders

In-game description: Range extenders improve the optimal range of all fitted modules.

Installed in the Head slots

Module	Tech Level	CPU use	Reactor use	Mass	Optimal range
Flawed range extender	T0	35 TF	100 RP	50 kg	+6%
Standard range extender	T1	35 TF	100 RP	50 kg	+10%
Opaletrak range extender	T2	33 TF	90 RP	45 kg	+10%
Opaletrak extender prototype	T2P	31 TF	86 RP	33.75 kg	+10%
Niani range extender	T3-	42 TF	121 RP	45 kg	+13%
Unotron 60s-'Crack shot' range extender	T3	38 TF	110 RP	50 kg	+13%
Unotron 60s-'Crack shot'extender prototype	T3P	36 TF	105 RP	37.50 kg	+13%
ATCS-gh50 range extender	T4	40 TF	125 RP	50 kg	+15%
ATCS-gh50 range extender prototype	T4P	38 TF	119 RP	37.50 kg	+15%

Signal Detectors

Installed in the Head slots

A device that increases your detection while decreasing your masking for a short period of time.

Full info: Detection

Signal Maskers

Installed in the Head slots

A device that increases your masking, consuming energy proportionally to your bots' surface size. To get the real energy use, multiply your robots' surface size by the accumulator use of the masker.

Full info: Detection