Star Citizen DPS Calculator
Analyze and optimize your ship weapon loadouts for maximum tactical efficiency.
1,200
1,800
180
66%
Performance Visualization
Visual comparison of instantaneous vs. long-term damage output.
What is a Star Citizen DPS Calculator?
A Star Citizen DPS Calculator is a specialized tool used by pilots and fleet commanders in the Star Citizen universe to quantify the combat effectiveness of different ship loadouts. DPS, or Damage Per Second, is the primary metric for determining how quickly a ship can deplete an opponent’s shields and destroy their hull. Understanding the nuances between “Burst DPS” and “Sustained DPS” is critical for various combat scenarios, from rapid interception to prolonged capital ship engagements.
Using a Star Citizen DPS Calculator allows players to simulate how changing a single weapon or component—like switching from a Size 3 laser repeater to a Size 3 ballistic cannon—affects their damage potential. It removes the guesswork from theorycrafting, providing hard numbers that account for fire rates, weapon quantities, and capacitor limits. Whether you are a solo bounty hunter or a crew member on a Hammerhead, this tool is indispensable for maximizing your lethality in the verse.
Star Citizen DPS Calculator Formula and Mathematical Explanation
The math behind ship combat is more complex than simply multiplying damage by fire rate. Our Star Citizen DPS Calculator uses the following variables to produce accurate results:
| Variable | Meaning | Unit | Typical Range |
|---|---|---|---|
| Alpha (A) | Damage per single projectile | HP | 20 – 5,000 |
| RPM (R) | Fire rate per minute | RPM | 1 – 2,000 |
| Count (N) | Number of active weapons | Integer | 1 – 24 |
| Capacitor (C) | Shots available per weapon | Count | 5 – 100 |
| Recharge (D) | Time to replenish energy | Seconds | 1.0 – 10.0 |
The Formulas
1. Alpha Strike: The total damage in a single volley.
Formula: Alpha Strike = A × N
2. Burst DPS: The damage output while the trigger is held, ignoring reloads.
Formula: Burst DPS = (A × (R / 60)) × N
3. Sustained DPS: The average damage over a long period, including downtime.
Formula: Sustained DPS = (Total Burst Damage) / (Burst Time + Recharge Time)
Practical Examples (Real-World Use Cases)
Example 1: Gladius Light Fighter Loadout
A pilot equips three Size 3 Laser Repeaters. Each repeater has 45 Alpha Damage and a 600 RPM fire rate. With a capacitor allowing 50 shots per gun and a 2.5-second recharge:
- Inputs: Alpha: 45, RPM: 600, Weapons: 3, Capacitor: 50, Recharge: 2.5
- Burst DPS: 1,350
- Sustained DPS: 900
- Tactical Interpretation: This pilot should engage in short, 5-second windows to maximize the 1,350 Burst DPS before retreating to recharge.
Example 2: Vanguard Warden Heavy Loadout
A Warden utilizing four S2 nose lasers and one S5 nose cannon. For this Star Citizen DPS Calculator example, we’ll look at the nose lasers: Alpha 32, RPM 500, Weapons: 4, Capacitor 40, Recharge 2.0.
- Inputs: Alpha: 32, RPM: 500, Weapons: 4, Capacitor: 40, Recharge: 2.0
- Burst DPS: 1,066
- Sustained DPS: 735
- Tactical Interpretation: Sustained pressure is higher here due to the quick 2-second recharge, making it ideal for staying on target during orbit maneuvers.
How to Use This Star Citizen DPS Calculator
Maximizing your ship’s potential requires precise input. Follow these steps to get the most out of the Star Citizen DPS Calculator:
- Enter Alpha Damage: Look up your weapon’s damage per shot in the in-game mobiGlas or external databases.
- Input Fire Rate: Enter the RPM. Laser repeaters usually have high RPM, while cannons have low RPM.
- Specify Weapon Count: Enter how many of those specific weapons you are firing simultaneously.
- Adjust Capacitor Values: For energy weapons, enter the shot count before depletion. For ballistics, enter the magazine size and reload time.
- Analyze the Chart: Compare the yellow (Alpha), blue (Burst), and green (Sustained) bars to see if your ship is built for “Alpha Sniping” or “Dogfighting Pressure.”
Key Factors That Affect Star Citizen DPS Results
When using the Star Citizen DPS Calculator, it is vital to remember that theoretical DPS rarely matches practical DPS due to several factors:
- Capacitor Allocation: Diverting power to weapons increases the number of shots available, significantly raising your sustained DPS by reducing downtime.
- Weapon Range: Damage drop-off and projectile speed affect how much of your theoretical DPS actually hits the target.
- Heat Management: If your ship’s coolers cannot handle the weapon’s heat output, the weapon will overheat, dropping your sustained DPS to zero temporarily.
- Ballistic Penetration: Unlike lasers, ballistics bypass some shield percentage. A lower DPS ballistic weapon might kill a target faster than a high DPS laser if the target has strong shields.
- Target Signature: Smaller ships are harder to hit. A high-DPS fixed loadout might have 0 “effective DPS” if the pilot cannot keep the crosshair on a nimble target.
- Component Wear: Overclocking or component damage can lead to misfires or reduced fire rates, negatively impacting your results in the Star Citizen DPS Calculator.
Frequently Asked Questions (FAQ)
Is Burst DPS or Sustained DPS more important?
It depends on your ship. Interceptors benefit from Burst DPS to kill targets in one pass. Heavy fighters and gunships benefit from Sustained DPS to grind down large shield pools.
Does the Star Citizen DPS Calculator account for shield resistance?
No, this calculator focuses on the raw output. You must subtract the target’s shield absorption (usually 50-100% for lasers) to find “Effective Damage.”
Why is my in-game DPS lower than the calculator?
You may be experiencing “Power Throttling” where your ship’s power plant cannot supply enough energy to fire all weapons at their maximum RPM.
Do different weapon sizes have different DPS?
Generally, yes. Larger sizes (S4, S5+) have significantly higher Alpha damage but lower fire rates compared to smaller sizes.
Can I use this for missiles?
Missiles are usually measured in Alpha Damage. Since they don’t have a “fire rate” in the traditional sense, focus on the Alpha Strike value in the Star Citizen DPS Calculator.
What is the difference between Cannons and Repeaters?
Repeaters have high RPM and lower Alpha (better for Burst), while Cannons have high Alpha and low RPM (better for sniping and hitting slow targets).
How does the capacitor affect my DPS?
A larger capacitor allows you to fire for longer before recharging, which significantly boosts your Sustained DPS metrics.
Does armor reduce DPS?
Armor in Star Citizen currently provides a percentage reduction to incoming damage. This means your effective DPS is multiplied by the target’s armor coefficient.
Related Tools and Internal Resources
To further optimize your flight experience, check out our other guides and tools:
- Ship Weapon Comparison Tool – Compare two weapon types side-by-side.
- Component Loadout Guide – Find the best power plants and coolers for your ship.
- Missile Damage Stats – A deep dive into projectile and explosion radius.
- Shield Penetration Mechanics – How ballistics and lasers interact with different shield faces.
- Capacitor Power Management – Mastering the triangle to boost your Star Citizen DPS Calculator performance.
- Ballistic vs Laser DPS – Which weapon type reigns supreme in the current meta?