Star Citizen ship armor in 4.10: why DPS can mislead you
Cannons or repeaters? There isn't one universal answer. Your loadout can win the DPS column and still be the wrong fit for the hull in front of you. A fast repeater gives you more chances to hit an agile ship, while a slower cannon may clear an armor threshold that stops every repeater bolt.
Against lighter ships that keep crossing your nose, projectile speed and firing cadence can be worth more than a bigger hit. Against fresh, heavily armored ships, check the damage of each shot before trusting total DPS.
Applies to: Alpha 4.10.x LIVE · Researched:
How ship armor thresholds work
If your shots are landing and the target still looks untouched, the armor threshold may be the reason. Star Citizen added a minimum damage threshold for vehicle armor in Alpha 4.7. At full health, the armor can block a projectile from damaging itself, the hull, or internal components when that hit does not clear the threshold. As the armor loses health, its threshold drops and smaller projectiles can begin to matter.
Can weak weapons wear armor down?
Short answer: not with more of the same under-threshold shots. If each hit falls below the threshold on fresh main armor, unloading into that section will not wear it down. Something else must damage the armor first, or you need to aim at a vulnerable subpart with a lower deflection value.
CIG identifies turrets, thrusters, and other subparts as weak points with modified deflection values. Aim point matters. A weapon that cannot get through the main armor may still have a useful target on the ship, but that depends on the subpart and its current condition. This is one reason a gun can appear to do no damage even when its shots are landing.
What changed in Alpha 4.10
Before Alpha 4.10, destroyed armor could keep shaving damage off every hit even after its health reached zero. In CIG's Gladius example, that unintended reduction removed a quarter of incoming damage. The patch stops destroyed armor from providing that mitigation and now runs damage dealt to armor through that armor component's own resistance.
That leaves three useful states to think about. Fresh armor can shrug off lighter hits. Damaged armor may let them through as its threshold falls, and a destroyed section no longer provides armor mitigation.
Why alpha damage can matter more than DPS
DPS tells you how much damage a weapon can produce over time under the stated conditions. Useful, but incomplete. It does not tell you whether each projectile clears the target's armor, whether you can keep those projectiles on target, or how long your capacitor and heat window can support the headline figure.
When fresh armor is the problem, look at alpha damage first. Here, alpha means damage per shot, not the damage from an entire burst. Then check projectile speed, range, rate of fire, and sustained output.
| Question | Statistic to check |
|---|---|
| Can each hit clear fresh armor? | Damage per shot versus the target's deflection threshold |
| Can you land the shot? | Projectile speed, spread, and firing cadence |
| Can the guns keep firing? | Sustained damage, capacitor use, heat, and power pips |
| Will the same gun work later? | Armor condition and the threshold after it has been damaged |
Failing one armor check does not make a gun bad. It makes the target list smaller. Repeaters and cannons ask for different firing windows, and the better choice changes with the target.
M5A vs Panther: cannon or repeater?
The CF-337 Panther repeater and M5A cannon fit the same Size 3 weapon slot. They deliver their damage in very different ways.
| Per-weapon statistic | M5A cannon | Panther repeater |
|---|---|---|
| Damage per shot | 410.2 | 43.6 |
| DPS at 1,000 m | 683.6 | 545.6 |
| Sustained DPS | 415.8 | 278.9 |
| Projectile speed | 1,184 m/s | 1,480 m/s |
| Rate of fire | 100 rpm | 750 rpm |
| Listed reach | 2,404 m | 1,924 m |
The armor difference shows up when you give the calculator a real target. With shields left out of the comparison, Erkul's LIVE model gives the Constellation Andromeda an energy-deflection threshold of 110. The Panther's 43.6-damage hit falls below it. The M5A's 410.2-damage hit clears it.
That does not make the M5A the automatic winner. Panther bolts travel faster and arrive far more often. When a light target keeps sliding across the lead marker, you get more chances to correct your aim and connect. The M5A asks for a cleaner firing window. Miss one bolt and a larger share of that second's damage goes with it.
Against the Andromeda's fresh armor in this model, the cannon solves a problem the repeater cannot solve by itself. Against an agile ship that the cannon struggles to touch, penetration on paper is not much comfort.
Cannons or repeaters? Start with the target
A universal weapon tier list cannot answer this for you. Start with what you actually fight.
- If you mostly fight light, evasive ships, favor a projectile speed and firing rhythm you can keep on target. High per-shot damage has no value when the shot sails behind the pip.
- If you expect fresh armored targets, compare each weapon's damage per shot with that hull's deflection threshold. Do this for the correct damage type and aim point.
- If your missions mix both, look for a compromise you can actually fly. A slower cannon may widen your target coverage but demand closer range or steadier aim; a repeater may feel better in the chase while giving up access to tougher armor.
- If you fly with a crew, check the whole loadout. A turret or another ship may provide the heavy hits that lower the threshold, allowing lighter weapons to contribute later.
Do not stop at burst DPS. Energy weapons draw from a shared capacitor, and sustained output changes with the ship, the number of guns firing, and your power-pip allocation. A table that ranks isolated weapons cannot tell you what the complete fit will maintain.
How to check whether your guns can damage a ship
Use a loadout calculator, but give it a real job. Pick a target hull, set a realistic range, and compare the result at the section you expect to hit. Check the target's shields, armor threshold, armor reduction, and hull separately. Then look at projectile speed and sustained output before spending aUEC.
A calculator shows the math. It cannot show the shots you miss, a target sliding across the pip, or the server hitching at the wrong moment. Damage location, power state, heat, and live bugs can widen the gap between the model and the fight you actually get. Use the calculator to rule out bad matches and understand trade-offs, not to promise an exact time to bring a ship down.
For a concrete application, the Cutlass Black loadout Guide uses M5As for armored targets and keeps Panthers as the lighter-target option. The point is not that every Cutlass needs cannons. It is that the target decides which advantage matters.
The same trap appears in the Avenger Titan loadout Guide. A higher paper-DPS Revenant and an all-laser Omnisky setup are not directly comparable choices.
Patch boundary
This Guide covers Alpha 4.10.x LIVE. Armor values, weapon damage, projectile speed, capacitor behavior, and component availability can change between builds, so rerun the comparison after a balance update.
Data sources
- CIG's Alpha 4.7 release notes introduce the minimum projectile-damage threshold, describe how it falls with armor condition, and identify subparts with modified deflection values.
- CIG's Alpha 4.10 release notes document the destroyed-armor mitigation fix and the change to armor resistance.
- CMDR Quattro's 4.10 ship-weapon table provides the current damage-per-shot, DPS, sustained-DPS, and reach figures used in the Panther and M5A comparison.
- Erkul's LIVE calculator supplies the modeled Constellation Andromeda energy-deflection threshold. Calculator output is treated as modeled data, not an observed combat result.
- The Star Citizen Wiki pages for the M5A cannon and CF-337 Panther repeater provide the listed projectile speeds and rates of fire for 4.10.0 LIVE.