Laser shooting speed (research)
Jump to navigation
Jump to search
Laser shooting speed |
Cost |
|
✖ 50 |
Cost |
|
✖ 200 |
Prototype type |
|
Internal name |
laser-shooting-speed-1 |
Required technologies |
|
Allows |
|
These technologies cause laser turrets, personal laser defenses and distractors to shoot more often, assuming they can collect energy quickly enough.
- For laser turrets one shot costs a constant 800kJ; as the turrets shoot faster, they will require more power to operate effectively. Thus, the research raises their power consumption from 1.2MW (no upgrades) to 3.8MW (all upgrades).
- For personal laser defense one shot costs a constant 50kJ; as the laser defenses shoot faster, they will require more power to operate effectively. Thus, the research raises their power consumption from 75kW (no upgrades) to 240kW (all upgrades).
Technology | Cost | Effects | Cumulative effect |
Shots per second |
---|---|---|---|---|
Laser shooting speed 1 | ✖ 50 | 10% | 10% | 1.65 |
Laser shooting speed 2 | ✖ 100 | 20% | 30% | 1.95 |
Laser shooting speed 3 | ✖ 200 | 30% | 60% | 2.4 |
Laser shooting speed 4 | ✖ 200 | 30% | 90% | 2.85 |
Laser shooting speed 5 | ✖ 200 | 40% | 130% | 3.45 |
Laser shooting speed 6 | ✖ 350 | 40% | 170% | 4.05 |
Laser shooting speed 7 | ✖ 450 | 50% | 220% | 4.8 |