Fission reactor

Fission reactor
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Characteristics
Manufacturable	yes
Installation
Planetary base	yes
Space station	yes
Ship	yes

Fission reactors use radioisotopes whose atomic core collide with one another to generate immense amounts of energy.

See also

• Power plants.

Object list

Name	Power	Personnel	Space	Production	Install	Mass	Installation time	Power	Estructure	Maintenance
LWR Reactor	0	20	25	3m	6m	250	1h	200	200	5
Thor I	0	20	25	6m	6m	250	1h	250	200	5
Thor II	0	20	25	6m	6m	250	1h	300	200	5
Thor III	0	20	25	6m	6m	250	1h	350	200	5
Thor III XL	0	80	100	18m	24m	1,000	4h	1,470	600	20
Thor I XL	0	80	100	18m	24m	1,000	4h	1,050	600	20
Thor II XL	0	80	100	18m	24m	1,000	4h	1,260	600	20
LWR Reactor XL	0	100	100	18m	24m	1,000	4h	1,000	600	30
Loki I	0	20	25	6m	6m	250	1h	300	200	5
Loki II	0	20	25	6m	6m	250	1h	350	200	5
Loki III	0	20	25	6m	6m	250	1h	400	200	5
Odin I	0	20	25	12m	6m	250	1h	350	200	5
Odin II	0	20	25	12m	6m	250	1h	400	200	5
Odin III	0	20	25	12m	6m	250	1h	450	200	5
Loki III XL	0	80	100	18m	24m	1,000	4h	1,680	600	20
Loki I XL	0	80	100	18m	24m	250	4h	1,260	600	20
Loki II XL	0	80	100	18m	24m	250	4h	1,470	600	20
Odin III XL	0	80	100	36m	24m	1,000	4h	1,890	600	20
Odin I XL	0	80	100	36m	24m	1,000	4h	1,470	600	20
Odín II XL	0	80	100	36m	24m	1,000	4h	1,680	600	20
Microreactor LWA	0	0	25	3m	3m	50	30m	65	50	5
Microreactor LWD I	0	0	25	3m	3m	50	30m	90	50	5
Microreactor LWD II	0	0	25	3m	3m	50	30m	110	50	5
Microreactor LWD III	0	0	25	3m	3m	50	30m	130	50	5
Microreactor LWD IV	0	0	25	3m	3m	50	30m	150	50	5
Microreactor LWD V	0	0	25	3m	3m	50	30m	170	50	5