Shinkirō

Shinkirō

 * Series: Unknown
 * Height: Unknown
 * Weight: Unknown
 * Weapons:
 * Diffusion Structure Phase Transition Cannon (拡散構造相転移砲?) x1
 * Wrist-mounted Hadron Cannon x 2
 * Equipment/Installment:
 * Landspinner propulsion system
 * Integrated Float System
 * Absolute Defense Territory (絶対守護領域?)
 * Fortress mode (transforms into a submarine)
 * Druid System

The Shinkirō (蜃気楼, Shinkirō lit. Mirage) is a Knightmare constructed for Lelouch's personal use. It possesses an integrated Float System for flight and can transform into a submarine to move underwater, which Lelouch uses to travel to and from Japan undetected. Its armor is primarily black and gold, and it has several unusual physical features. Its feet are not flat, instead consisting of four large toes, and its head has four eyes. Its cockpit is also much wider. In addition to the standard control yoke system, the Shinkirō has keyboard-based controls similar to those used on the Gawain.

The Shinkirō possesses an Absolute Defense Territory (絶対守護領域, Zettai Shugo Ryōiki) system which uses an array of hexagonal energy shields that can be projected over any part of the Knightmare. Its Druid System, adapted from the Gawain, plots the trajectories of incoming projectiles and shifts the shields accordingly, giving the Shinkirō the highest defensive power of any Knightmare Frame. The strength of the shields is such that it can block a sustained blast from the Mordred's Stark Hadron Cannon, albeit at the cost of much of its power reserves. Its main weapon is a chest-mounted Diffusion Structure Phase Transition Cannon (拡散構造相転移砲, Kakusan Kōzō Shō Teni Hō). When activated, a prism-like object is fired from the Shinkirō's chest. The Shinkirō then fires a powerful beam into the prism, which refracts the blast into dozens of devastating pinpoint lasers. The beam can be fired without launching the prism for a concentrated attack. The Shinkirō also has a pair of Hadron blasters mounted on the underside of its wrists which fire sphere-shaped blasts, rather than continuous beams.