Weapon Accuracy Specials

BACK

Technology Effect Description Rarity
Pattern Recognition Theory Radar Wpn Acc 70 Our scientists have used a very basic method for determining the most basic fighting patterns. They used model airplanes and toy tanks on paper drawn terrain. Common
Improved Pattern Recognition Theory Radar Wpn Acc 80 The newest pattern recognition systems are based off of recorded footage taken from previous battles. Common
Advanced Pattern Recognition Theory Radar Wpn Acc 90 Observing our enemies from afar as they run through their training exercises will help us better determine their moves made in combat. Common
Improved Targeting Systems Radar Wpn Acc 100 Our targetting systems now have a crosshair overlayed on them to help our shooters determine what theyre shooting at. Common
Neural Pattern Recognition Theory Radar Wpn Acc 110 Recognizing how certain empires think when fighting will help us determine what maneuvers they are likely to use and increase our accuracy against them. Common
Improved Targeting Systems Theory Radar Wpn Acc 120 We could improve our targetting systems by having readouts on enemy movement speeds. Common
Enhanced Targeting Systems Theory Radar Wpn Acc 130 To enhance our targeting systems we should add more readouts for the maneuverability of their ships. Common
Advanced Targeting Systems Theory Radar Wpn Acc 140 We can make more advanced targeting systems if we add sensors that will identify the small telltale signs involved with changing directions. Common
Enhanced Targeting Systems Radar Wpn Acc 150 Our new enhanced targetting systems will project some possible routes the enemy might take when under fire. Common
Neural Targeting Systems Theory Radar Wpn Acc 160 Our scientists have compiled a list of all the maneuvers that can be made with each ship class which will improve our accuracy a lot. Common
Pattern Recognition Concepts Radar Wpn Acc 170 If we used new algorithms in our pattern recognition software we could probably increase the accuracy of our targetting systems. Common
Improved Pattern Concepts Radar Wpn Acc 180 Using a vector map will help our analysts determine target priorities and improve accuracy of our firing systems. Common
Advanced Pattern Concepts Radar Wpn Acc 190 Incorporating spatial queries into our targetting systems should help to get better target locks on the enemy. Common
Advanced Targeting Systems Radar Wpn Acc 200 The latest targetting systems will show all the possible routes an enemy will take. Common
Neural Pattern Concepts Radar Wpn Acc 210 We have created a program that will list the most likely maneuvers the enemy will use. Common
Improved Targeting Concepts Radar Wpn Acc 220 Using a new laser targetting system would probably increase the accuracy of our weapons a lot. Common
Enhanced Targeting Concepts Radar Wpn Acc 230 Deploying a sensor web in space during a battle will help us target the enemy during battle. Common
Advanced Targeting Concepts Radar Wpn Acc 240 We have upgraded our sensor network to use FTL transmissions which are a huge advantage in battle. Common
Neural Targeting Concepts Radar Wpn Acc 250 We have developed scans that can pick up the maneuvers an enemy pilot might make, it doesnÆt work all the time but when it does it really helps to target the enemy. Common
Neural Targeting Systems Radar Wpn Acc 255 We have a neural targeting system that can hack into an enemies brain and will tell you what they are going to do before they ever do it. You can follow their every move with perfect accuracy. Common
Biogenic Targeting Radar Wpn Acc Bonus 2 Bio-mechanical sensors allow our weapons to better acquire their targets increasing our weapon accuracy. Rare
Neural Targeting Interfacing Radar Wpn Acc Bonus 5 Implanting machines to help our analysts acquire targets increases our weapon accuracy bonuses by a small margin. Rare
AI-Assisted Neural Targeting Systems Radar Wpn Acc Bonus 10 Using an AI targetting system gives our radars a huge bonus to weapon accuracy. Rare

BACK

Unless otherwise stated, the content of this page is licensed under Creative Commons Attribution-ShareAlike 3.0 License