The video tests the new G-force tolerance mechanics in Star Citizen 4.8, showing that dedicated flight suits significantly improve a pilot’s resistance to blackouts during high-speed maneuvers compared to basic undersuits and various armors. While light and medium armors offer moderate protection, heavy armor reduces G-force tolerance the most, making flight suits the optimal choice for pilots seeking enhanced performance in combat situations.
In this video, the creator explores the new GeForce tolerance mechanics introduced in Star Citizen patch 4.8, focusing on how different flight suits and armors affect a pilot’s ability to withstand G-forces during high-speed maneuvers. The patch notes reveal that dedicated flight suits, especially combat flight suits, offer significantly better G-force resistance compared to medium or heavy armors, which may impose penalties. The video aims to test these changes practically in the PTU (Public Test Universe) to determine if wearing a flight suit is advantageous for pilots flying fighters or other ships.
The testing begins by establishing a baseline with no armor or undersuit equipped, using an Avenger Titan to measure the speed and G-forces at which the pilot blacks out. Without any protection, the pilot blacks out at around 600 meters per second in forward acceleration, with variations depending on direction. The creator notes that blackouts seem to happen faster than in the live game, indicating a more sensitive or updated G-force system. Subsequent tests with the basic undersuit and helmet, which provide a 90% boost to G-force tolerance, show improved performance, allowing the pilot to reach higher speeds and endure maneuvers without blacking out.
Next, the dedicated flight suit is tested, demonstrating an even greater G-force tolerance and damage mitigation compared to the basic undersuit. The flight suit allows the pilot to reach speeds exceeding 900 meters per second before blacking out, confirming its superior protective qualities. The creator also mentions the potential for backpacks to be equipped with the flight suit, adding to its versatility. While the flight suit does not completely prevent blackouts under extreme conditions, it provides a noticeable advantage over other gear.
The video then examines the impact of light, medium, and heavy combat armors on G-force tolerance. Light armor offers moderate protection, performing better than no armor but worse than the flight suits. Medium armor shows a slight decrease in tolerance compared to light armor, while heavy armor results in the most significant reduction, especially during lateral and upward maneuvers. Despite this, heavy armor still allows for reasonable forward acceleration before blacking out, suggesting it might still be viable for pilots of larger, slower ships.
In conclusion, the video highlights that flight suits now play a crucial role in managing G-force effects in Star Citizen, making them a valuable choice for pilots who engage in high-speed combat or maneuvers. While heavier armors provide protection in other areas, they come with a trade-off in G-force tolerance. The creator suggests that future testing and potential gameplay features like suit lockers could further refine how players balance protection and performance. Viewers are encouraged to share their thoughts on armor choices and the new system in the comments.