Burst Fire Gun DPS Calculator

Analyze and calculate DPS using burst fire guns to understand their true combat effectiveness.

Burst DPS Calculator

Chart: Burst DPS vs. Theoretical Max DPS

Visual comparison between the calculated burst DPS (blue) and the theoretical maximum DPS if the gun could fire continuously at its burst RPM (orange). This illustrates the impact of the burst delay.

What Does it Mean to Calculate DPS Using Burst Fire Guns?

To calculate dps using burst fire guns is to determine the real-world damage output over time for weapons that fire a set number of rounds with a mandatory pause between each trigger pull. Unlike fully automatic weapons, a burst weapon’s damage isn’t constant. Its effectiveness is a cycle of high damage output followed by a period of no damage. This calculation gives a more accurate measure of combat performance than simply looking at the damage per bullet or the listed rate of fire, which can be misleading.

This type of analysis is crucial for gamers, theory-crafters, and game designers who need to balance weapon performance. Understanding the true DPS helps in selecting the right weapon for a specific engagement range or playstyle. A high burst DPS might be ideal for peeking corners, while a lower but more consistent sustained DPS might be better for open combat. For a deeper look at general weapon stats, see our guide on the basics of weapon statistics.

The Formula to Calculate DPS Using Burst Fire Guns

The core of the calculation lies in finding the total damage of one full cycle (one burst plus one delay) and dividing it by the time that cycle takes. It’s not complex, but it requires breaking the process into logical steps. You can explore a related concept with our sustained dps calculator.

Burst DPS = Total Burst Damage / (Burst Duration + Delay Between Bursts)

Variables Explained

This table outlines the key variables required for an accurate burst dps formula.

Variable	Meaning	Unit	Typical Range
Damage Per Shot	Base damage of one bullet.	Points	10 – 200
Shots Per Burst	Number of bullets in one burst.	Count	2 – 5
Burst Duration	Time taken to fire all shots in a single burst.	Seconds	0.1 – 0.5
Delay Between Bursts	The fixed pause after a burst before the next can be fired.	Seconds	0.1 – 1.0
Total Cycle Time	The total time for one burst and the subsequent delay.	Seconds	0.3 – 1.5

Practical Examples of Burst DPS Calculation

Example 1: Tactical Rifle

Imagine a tactical rifle in a popular FPS game with the following stats. How would we calculate dps using burst fire guns for this weapon?

• Inputs:
  • Damage Per Shot: 30
  • Shots Per Burst: 3
  • Burst Rate of Fire: 800 RPM
  • Delay Between Bursts: 0.28 seconds
• Calculation:
  1. Total Burst Damage = 30 * 3 = 90 damage
  2. Time between shots in burst = 60 / 800 = 0.075 seconds
  3. Burst Duration = (3 – 1) * 0.075s = 0.15 seconds
  4. Total Cycle Time = 0.15s + 0.28s = 0.43 seconds
  5. Final Burst DPS = 90 / 0.43 = 209.3 DPS

Example 2: Sci-Fi Burst Pistol

Now, let’s consider a faster-firing sidearm with lower damage. The burst dps formula remains the same.

• Inputs:
  • Damage Per Shot: 18
  • Shots Per Burst: 2
  • Burst Rate of Fire: 1200 RPM
  • Delay Between Bursts: 0.20 seconds
• Calculation:
  1. Total Burst Damage = 18 * 2 = 36 damage
  2. Time between shots in burst = 60 / 1200 = 0.05 seconds
  3. Burst Duration = (2 – 1) * 0.05s = 0.05 seconds
  4. Total Cycle Time = 0.05s + 0.20s = 0.25 seconds
  5. Final Burst DPS = 36 / 0.25 = 144 DPS

How to Use This Burst Fire DPS Calculator

Using this tool is straightforward. Follow these steps to get an accurate DPS value for any burst weapon.

1. Enter Damage Per Shot: Input the base damage a single bullet from the weapon deals.
2. Enter Shots Per Burst: Input how many bullets are fired in one burst (e.g., 3 for a standard tactical rifle).
3. Enter Burst Rate of Fire: Find the weapon’s RPM stat in-game. This is the rate of fire within the burst itself. This is a key metric for calculating true dps explained in many gaming guides.
4. Enter Delay Between Bursts: This is the crucial number that defines a burst weapon. It’s the fixed pause in seconds after a burst finishes.
5. Review the Results: The calculator will instantly show the final Burst DPS, along with intermediate values like total damage per burst and the full cycle time. The gaming meta often shifts based on these numbers.

Key Factors That Affect Burst DPS

• Delay Time: This is the single most impactful factor. A shorter delay dramatically increases DPS, while a longer delay makes the weapon feel sluggish and less effective.
• Shots Per Burst: More shots increase the upfront damage, but can also extend the burst duration, slightly lowering the effective rate of fire.
• In-Burst RPM: A higher RPM shortens the burst duration, making the damage feel more instant and increasing the overall DPS.
• Player Accuracy: The calculator assumes all shots hit. If a player misses shots within the burst, the real-world DPS drops significantly. Improving your aim is essential.
• Reload Speed: While not part of this specific calculation, a long reload time reduces the sustained DPS over a longer fight, even if the burst DPS is high.
• Critical Hits/Headshots: The base damage is just a starting point. Factoring in headshot multipliers can drastically change the outcome. Our critical hit calculator can help with this.

Frequently Asked Questions (FAQ)

What is the difference between Burst DPS and Sustained DPS?

Burst DPS is the damage output measured during its optimal cycle of bursting and pausing. Sustained DPS averages the damage over a much longer period, including reloads. This calculator focuses on the former, which represents a weapon’s performance in short engagements.

Why is my in-game DPS different from what the calculator shows?

In-game stats can be misleading. They might show the theoretical max RPM without factoring in the mandatory burst delay. This calculator provides the ‘true’ or ‘effective’ DPS by including that delay.

Does this calculator account for damage drop-off at range?

No. This tool calculates DPS based on the ‘Damage Per Shot’ you provide. To check DPS at different ranges, you would need to input the damage value for that specific range.

What is ‘Effective RPM’?

Effective RPM is a metric that shows what the weapon’s rate of fire would be if it were fully automatic but maintained its calculated Burst DPS. It’s a great way to compare the true speed of a burst weapon against an automatic one.

How do I find the ‘Delay Between Bursts’ stat?

This stat is often not listed directly in games. You may need to consult community-driven wikis, patch notes, or time it manually using video recording software.

Can I use this for semi-automatic weapons?

Yes, you can approximate it. Set ‘Shots Per Burst’ to 1 and ‘Delay Between Bursts’ to the time it takes you to click again (e.g., 0.1s for fast clicking). The ‘Burst Rate of Fire’ becomes irrelevant in this case.

Is higher Burst DPS always better?

Not necessarily. Very high burst DPS often comes with high recoil, making it harder to land all shots. A more controllable weapon with slightly lower DPS might be more effective in practice. It’s a core concept in our guide to understanding DPS metrics.

Why does the chart show a ‘Theoretical Max DPS’?

This visualizes the damage output if the weapon could fire continuously at its ‘Burst Rate of Fire’ without any delay. It highlights how much potential damage is lost due to the burst-fire mechanic.

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