The video reveals that in Star Citizen, increasing engine pips during boost significantly enhances a ship’s maneuverability, with the effect being proportional to the engine power allocated, as confirmed by community data and the ship performance viewer. This discovery highlights the strategic importance of managing engine power for optimal agility in combat and flight, providing players with new tools to optimize their ship’s performance.
The video explores a significant discovery related to ship maneuverability in Star Citizen, specifically focusing on how engine power, or “engine pips,” affects a ship’s boosted agility. The creator recounts a previous test on the Polaris where it was observed that increasing engine pips during boost enhances maneuverability, allowing for faster rolls, pitches, and yaws. This relationship appears to be directly proportional, meaning more engine power results in higher degrees per second of movement. The discovery is credited to a community member named James X and further supported by Olakin, the creator of the Star Citizen ship performance viewer website, who provided detailed data confirming this behavior.
The core concept introduced is called the “angular velocity multiplier,” which quantifies how much a ship’s boosted maneuverability is increased based on engine pips and other factors. The creator demonstrates through various tests that giving full engine power significantly improves ship agility during boost, especially in larger ships like the Polaris, Hammerhead, and Constellation, as well as smaller fighters. The effect is more pronounced in heavier ships, but even smaller ships like the Gladius show noticeable improvements. The tests reveal that giving only one pip during boost results in much lower maneuverability, emphasizing the importance of engine power management in combat and flying.
Further, the creator examines how this phenomenon applies across different ships, confirming that all ships exhibit increased maneuverability with higher engine pips during boost. The data shows that not only does boosted speed increase, but the ship’s ability to roll, pitch, and yaw rapidly is also significantly affected. This insight could have major implications for dogfighting and tactical gameplay, as pilots can optimize their ship’s performance by managing engine pips to maximize agility when needed, especially during combat scenarios where quick maneuvering is crucial.
The video also highlights a recent update to the ship performance viewer website by Olakin, which now visually displays the angular velocity multiplier and how it correlates with engine pips. The website’s new features allow players to see real-time data on their current boost multipliers and how different levels of engine power impact their ship’s boosted maneuverability. This tool provides a practical way for pilots to understand and optimize their ship’s performance, reinforcing the importance of managing power distribution for tactical advantage.
In conclusion, the discovery that boosted maneuverability in Star Citizen is heavily influenced by engine pips and the angular velocity multiplier represents a potentially game-changing insight for players. It emphasizes the strategic importance of power management during flight and combat, encouraging pilots to carefully control their engine power to achieve the desired level of agility. The integration of this data into the ship performance viewer enhances players’ ability to plan and execute maneuvers more effectively, marking a significant advancement in understanding ship physics and control within the game.