Projectiles
From Beyond Protocol
Range
| Technology | Effect | Description | Rarity |
|---|---|---|---|
| Improved Trajectory Algorithms | Projectile Max Range 100 | A new algorithm for calculating trajectory allows us to increase the effective range of our projectiles. | Common |
| Enhanced Trajectory Algorithms | Projectile Max Range 150 | A new algorithm will be used to calculate the ballstic coefficient of all our rounds to better determine which ones shoot the furthest. | Common |
| Advanced Trajectory Algorithms | Projectile Max Range 200 | Every new projectile should be able to fire at hypervelocity speeds which will give them tremendous range. | Common |
| Advanced Trajectory Concepts | Projectile Max Range 225 | By eliminating recoil on our guns we can fire our projectiles much further than before. | Common |
| Neural Trajectory Algorithms | Projectile Max Range Unlimited | An AI has been created that can calculate trajectories helping us achieve a near unlimited range. | Uncommon |
Explosion Radius
| Technology | Effect | Description | Rarity |
|---|---|---|---|
| Chaotic Reactions Theories | Projectile Explosion Radius 30 | Using black powder in our projectiles will allow our weapons a larger explosion radius. | Common |
| Chaotic Reactions Principals | Projectile Explosion Radius 40 | Our scientists have determined that flash powder will create a larger explosion in our projectiles. | Common |
| Improved Chaotic Principals | Projectile Explosion Radius 50 | A new explosive will be used in our projectiles called ammonal that should create a bigger explosion. | Common |
| Improved Chaotic Reactions | Projectile Explosion Radius 60 | Using ANFO in our explosive projectiles means they will have a superior explosion radius. | Common |
| Enhanced Chaotic Principals | Projectile Explosion Radius 70 | Our newest projectiles with an explosive payload will start using cheddite to make the explosion radius larger than before. | Common |
| Advanced Chaotic Principals | Projectile Explosion Radius 80 | Our scientists have created a new explosive material called oxiliquit that should increase the explosion radius of our weapons. | Common |
| Enhanced Chaotic Reactions | Projectile Explosion Radius 90 | A new explosive compound called panclastites might enable our weapons to have a huge explosion radius. | Common |
| Predictive Chaotic Principals | Projectile Explosion Radius 100 | Nitroglycerin is a highly volatile explosive that will be used in our newest projectiles and hopefully have a larger explosion radius. | Common |
| Biogenic Chaotic Principals | Projectile Explosion Radius 110 | Our scientists think they can get a larger explosion radius if they switch to acetone peroxide. | Common |
| Advanced Chaotic Reactions | Projectile Explosion Radius 120 | Studies show that TNT is easy to make and yields large explosions so from now on we will use TNT in our projectile weapons. | Common |
| Unbridled Chaotic Principals | Projectile Explosion Radius 130 | Nitrocellulose is a compound that the scientists think will increase the explosion radius of our weapons. | Common |
| Chaotic Reaction Stabilizations | Projectile Explosion Radius 140 | If we pack C4 into our projectiles we will be able to get much larger explosions. | Common |
| Predictive Chaotic Reactions | Projectile Explosion Radius 150 | Our scientists think we should start using Octol in our explosive projectiles to yield a bigger explosion radius. | Common |
| Improved Chaotic Stabilizations | Projectile Explosion Radius 160 | Using cyclotol for the explosive compound in our projectiles means we should be able to get a much larger explosion radius. | Common |
| Enhanced Chaotic Algorithms | Projectile Explosion Radius 170 | Hexanite will now be used as the payload in all our new projectiles because it produces a larger explosion. | Common |
| Advanced Chaotic Algorithms | Projectile Explosion Radius 180 | Using minol as our payload material will increase the size of the explosions for our weapons. | Common |
| Biogenic Chaotic Reactions | Projectile Explosion Radius 200 | Scientists say that Amatol will work much better as an explosive material for our projectiles. | Common |
| Predictive Chaotic Generators | Projectile Explosion Radius 220 | Our scientists think we should use semtex from now on to get a larger explosion radius. | Common |
| Biogenic Chaotic Generators | Projectile Explosion Radius 240 | Adding tovex into our projectiles will give us a larger explosion radius. | Common |
| Unbridled Chaotic Generators | Projectile Explosion Radius 250 | Deploying a sensor web in space during a battle will help us target the enemy during battle. | Common |
| Unbridled Chaotic Reactions | Projectile Explosion Radius 255 | Splitting the atom will allow our projectiles to have the largest damage radius available. | Common |
Payload
| Technology | Effect | Description | Rarity |
|---|---|---|---|
| Chaotic Chemical Reactance | Payload Type Available 2 | An accident in the lab led to the first experiment in using a different payload for our warheads. After some study we have found a way to utilize other materials in our weapons. | Rare |
| Magnetic Field Eruptions | Payload Type Available 3 | With further study of the many different weapons at our disposal, a team of scientists has created a new warhead which can hold a new payload. | Rare |
