Model
number: RX-110 Code name: Gabthley Unit type: prototype transformable mobile suit Manufacturer: Earth Federation Forces Operator: Titans First deployment: UC 0087 Accommodation: pilot only, in panoramic monitor/linear seat
cockpit in torso Dimensions: mobile suit mode: overall height 18.5 meters;
mobile armor mode: overall length 26.5 meters, unarmed length
19.2 meters Weight: empty 32.6 metric tons; max gross 56.2 metric tons;
mass ratio 1.42 Armor materials: gundarium alloy Powerplant: Minovsky type ultracompact fusion reactor,
output rated at 1800 kW Propulsion: rocket thrusters: 2 x 12600 kg, 20 x 12600
kg (operable on mobile armor mode only); vernier thrusters/apogee
motors: 16 Performance: maximum thruster acceleration 0.45 G (mobile
suit mode), 4.93 G (mobile armor mode); maximum speed Mach 25 (mobile armor mode) Equipment and design features: sensors, range 10900 meters Fixed armaments: 2 x mega particle gun, power rated at
4.2 MW, mounted in shoulders; 4 x beam saber, power rated at 0.55
MW, stored in recharge racks in forearms, hand-carried in use Optional hand armaments: feyadeen rifle/beam saber, power
rated at 6.6 MW, powered by rechargeable energy cap, stored on
main body in mobile armor mode
Technical
and Historical Notes
A
conceptual design developed by Paptimus Scirocco during the
Gryps Conflict, the transformable mobile armor RX-110 Gabthley was
intended for mass production. At least two test units were fielded
in combat, with positive results due to its unique design and
high performance. In mobile armor mode, the Gabthley was one
of the fastest units in the field, and the unique movable frame
allowed the mobile suit mode's feet to become claws in mobile
armor mode, giving the mobile armor the ability to perform limited
melee and grappling attacks. Its armament was quite extensive,
including a very powerful "feyadeen rifle" and a pair of flexibly-mounted
beam cannons, making the Gabthley highly effective in both close-
and long-range combat. However, the design was deemed to complicated
and costly for mass production, and the development was dropped
after the test stage.