See the previous lineage: https://scratch.mit.edu/projects/847329094 Overview: The ΛL (pronounced KI-TAN), USAF ID AKA-7, is the successor to the Λ7. It is fit with many improvements and additions, most notably a multidirectional RCS system, an advanced laser battery, and increased efficiency and flight times. Flight: Possibly the greatest improvement to the ΛL's atmospheric flight is its fans' full 360° gyroscopic rotation system, allowing the craft to perform advanced directional maneuvers previously considered impossible. Another of the ΛL's advancements is its improved VTOL capability. The ΛL's main engine can now redirect it's thrust downwards, assisting the secondary VTOL engine in non-combustible atmospheres. Weapons: The ΛL's electron cannons are now able to hold a capacity of ~10 octillion electrons and can fire at a rate of 5.8 kHz. The internal laser battery has also acquired multiple improvements, as it now has a wider pulse range and generates 11% less heat. Systems: The ΛL's main communication array has been optimized and compacted to achieve a 16% reduction in jitter. The main flight computer now provides automated orbital navigation, take-off/landing and laser lens targeting capabilities. Disclaimer: This fighter was purchased from the Akanian Aerospace Defense and Exploration Corps. They do not endorse the reverse engineering of this craft, but we are doing it anyway. Such things must be done in the name of science, and otherwise, we apologize for our disregard.
