Understanding the shooting speed of paintball guns without using CO2 is crucial for players looking to optimize their equipment, especially those who prefer alternative power sources or want to avoid CO2’s drawbacks. This list covers popular paintball guns and their shooting speeds when powered by compressed air or other non-CO2 systems. Whether you’re a beginner or an experienced player considering a switch, these insights will help you make an informed choice.
1. Tippmann A-5 (Compressed Air)
The Tippmann A-5 is a classic mechanical paintball marker often used with compressed air instead of CO2. When running on compressed air, it typically shoots at a consistent speed of around 280 to 300 feet per second (fps), which is the regulated limit for most fields. Using compressed air improves velocity stability since it doesn’t fluctuate as much as CO2, making the Tippmann A-5 reliable for both casual and tournament play.
2. Planet Eclipse Etha 2 (HPA)
The Etha 2 is a popular mid-range electronic paintball marker designed to run on High-Pressure Air (HPA). Without CO2, it maintains a consistent firing speed around 280-300 fps, regulated for safety. Its spool-valve design combined with HPA provides smooth shots and improved shot-to-shot consistency, which is why many players prefer it over CO2-powered guns.
3. Dye M2 (HPA)
The Dye M2 is a high-end electronic marker that runs exclusively on HPA. Its firing speed is electronically controlled, typically capped at 280-300 fps. Without CO2, the M2 excels in shot consistency and efficiency, since HPA is more stable and less temperature-sensitive than CO2, leading to fewer velocity drops during extended play.
4. Tippmann Cronus (Compressed Air)
The Tippmann Cronus is an entry-level marker often paired with compressed air rather than CO2 for better velocity control. When powered by compressed air, it reliably shoots at approximately 280 fps, matching field limits. This stability makes the Cronus a solid choice for beginners who want dependable performance without the inconsistencies of CO2.
5. Planet Eclipse GTEK 170R (HPA)
The GTEK 170R is a lightweight, electronic paintball gun designed to run on HPA. It fires at a regulated speed of 280-300 fps without CO2, benefiting from the consistent pressure of HPA tanks. This results in smooth shooting and excellent shot accuracy, preferred by many speedball players looking for a reliable marker without CO2’s variability.
6. Tippmann TMC (Compressed Air)
The Tippmann TMC, modeled after an M4, is a versatile mechanical marker that works well with compressed air. Without CO2, it shoots at a steady velocity close to 280 fps, offering consistent performance in various weather conditions. Its durability and consistent speed make it a favorite for woodsball players who prefer compressed air over CO2.
7. Empire Mini GS (HPA)
The Empire Mini GS is a compact electronic marker that exclusively uses HPA. It delivers a regulated speed of around 280 fps without CO2, ensuring consistent shot velocity. The Mini GS’s efficient air system and electronic trigger enable rapid firing rates and minimal velocity variation, ideal for competitive players avoiding CO2.
8. Dye Rize CZR (HPA)
The Dye Rize CZR is an electronic marker designed for HPA use, firing at speeds regulated near 280 fps. Its spool-valve system combined with HPA means it avoids the velocity swings common with CO2. Players favor the Rize CZR for its smooth shots and reliable performance across different temperatures.
9. Tippmann TPX (Compressed Air)
The Tippmann TPX is a compact pistol-style marker that performs best with compressed air. Without CO2, it consistently shoots around 280 fps, maintaining velocity stability. Its design suits players who want a sidearm with reliable speed and minimal maintenance compared to CO2-powered pistols.
10. Planet Eclipse CS2 (HPA)
The Planet Eclipse CS2 is a professional-grade electronic marker running exclusively on HPA. It delivers a consistent 280-300 fps firing speed without CO2, leveraging advanced electronics and air efficiency. The CS2’s performance and reliability make it a top choice for tournament players who demand stable velocity and fast rates of fire.
How to Choose
When selecting a paintball gun based on shooting speed without CO2, the most critical factors are the power source, velocity consistency, and intended play style. Compressed air (HPA) systems provide more stable pressure than CO2, resulting in consistent shot speeds around the field-regulated 280-300 fps. Consider if you prefer mechanical markers, which tend to be simpler and less expensive, or electronic markers that offer higher rates of fire and better efficiency. Also, think about maintenance, as HPA systems require proper tank refills and regulators. Finally, your game environment matters: woodsball players often prefer rugged mechanical markers with compressed air, while speedball players lean toward lightweight, electronic HPA guns for rapid, consistent shooting.
Frequently Asked Questions
Can paintball guns shoot faster without CO2?
Not necessarily faster, but they shoot more consistently. CO2 pressure fluctuates with temperature, causing velocity changes, while HPA or compressed air provides steady pressure, maintaining consistent speeds.
Why do some players avoid CO2?
CO2 can cause velocity fluctuations and colder temperatures can reduce its pressure, leading to inconsistent shooting. HPA tanks offer more stable pressure and are generally safer for high-end markers.
What is the typical shooting speed limit for paintball guns?
Most fields regulate paintball guns to shoot at or below 280 feet per second to ensure player safety and fair play.
Is compressed air more expensive than CO2?
Compressed air tanks and refills generally cost more upfront and per refill than CO2, but the improved performance and consistency often justify the investment for serious players.
Can I convert a CO2 paintball gun to use compressed air?
Many CO2 markers can be converted to compressed air with the right adapter and regulator, but it depends on the specific model. Check manufacturer guidelines before attempting conversion.
Does shooting speed affect accuracy?
Yes, a consistent shooting speed leads to better accuracy because the paintballs follow a predictable trajectory. Velocity spikes or drops can cause erratic shots.
Final Thoughts
Choosing a paintball gun that performs well without CO2 means prioritizing consistency and reliability, which compressed air and HPA systems provide. While the maximum shooting speeds typically stay within regulated limits around 280-300 fps, the stability of velocity without CO2 improves accuracy and overall gameplay. Whether you lean toward mechanical or electronic markers, understanding how your gun handles air pressure will help you select the best setup for your play style and environment.
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