
Technical Files Homepage
MSN-04 Sazabi Experimental Mobile Suit

I. Dimensions
| Total Height: | 23.0 meters |
| Total Depth : | 7.8 meters |
| Total Breadth : | 13.8 meters |
| Dry Weight : | 15.3 metric tons |
| Operational Weight : | metric tons |
II. Type
III. Service Use
IV. Propulsion
Engines:
Note: all plasma-shock expansion engines draw their plasma from a single fusion pile.
Powerplant:
Fuel Capacity:
2O reactant for fusion
engines.V. Performance
| Running speed: | 201 kph |
| Max loiter time: | 1200 seconds |
| Jump distance:(*) | 450 meters |
| Generator Endurance:(**) | 2 years |
| Acceleration: | G |
| Delta-v capacity: | 589.6 kps |
| * = Earth-normal conditions and without thrusters | |
| ** = Continuous operational use. |
VI. Electronics
Other:
VII. Armament
Cannons
Hand Held Weapons
1
x Zanscare TA-15 single-barreled 150mm tachyon shotrifle: A weapon
unique to the Sazabi is this new tachyon shotrifle. While it is for
the most part like any other kind of tachyon rifle, it can be toggled
between rifle and shotgun mode. In shotgun mode the rifle can fire a
spread pattern much like a regular shotgun. This proved highly useful
when dealing with the massive numbers of Marduk mecha present in most
engagements. In rifle mode, the rifle can fire a 600 MJ burst twice
every second. In shotgun mode is can fire a 400 MJ burst every
second. Either way the shotrifle ha a magazine cel with enough energy
for 50 bursts. Two spare magazine cel is carried behind the projectile
shield. When not in use this weapon can be placed on a special mount on the
back of the unit. Melee Weapons
2
x Zanscare 2.4 MW tachyon saber: The beam saber works on the same principle
as the tachyon rifle, except that the tachyons are captured and stored in a
strong electromagnetic field instead of projected in a beam. The result is a
concentrated energy blade which is one of the deadliest mecha weapons. The
beam saber only contains enough energy and tachyons for about 60 seconds of
continuous use. When not in use, the beam sabers are stored in the forearm
of the mecha, where it's are recharged by the Sazabi's reactor. The Sazabi
can switch the beam saber on and off while holding it, in order to conserve
power. Once totally depleted it takes 5 minutes for a beam saber to recharge
to full capacity. The Sazabi carries two tachyon sabers mounted in its
forearms.
1
x Zanscare 6.0 MW tachyon tomahawk: Yet another
unique weapon in the Sazabi's arsenal is the tachyon tomahawk.
Basically nothing more than a regular saber resembling a tomahawk. The
tomahawk can be used as a melee weapon or can be thrown as a projectile
weapon. The tomahawk is high output weapon and can only run for 30
seconds continuously before needing to recharge for 3 minutes. The
tomahawk is stored on the shield when not in use.Missiles
Remote Weapons
VIII. Armor
The armor on the Sazabi is a low-mass lunarium titanium composite plating, however this armor differs from pervious mobile suits and is dubbed Gundarium Gamma. Aside from the superb protection provided against projectiles, missiles, and other kinetic weapons, this armor is also very resistant to plasma globes (annihilation discs), lasers, and particle guns too, owing to the fact that the armor can flake off and evaporate in layers under fire from such high-energy weapons, taking much of the weapon's energy and converting it into the latent heat of sublimation in the armor. The armor stops all small arms fire, and has good resistance to all weapons commonly mounted on combat mecha. This new armor is also much lighter than most armors weighing a full two thirds less than the traditional armor's mounted on mecha but is almost ten times as expensive to make.
The Sazabi provides full protection from nuclear, biological, and chemical hazards, using an overpressure cockpit environment activated by radiation and hazardous chemical sensors, or manually when biological warfare conditions are anticipated. The internal consumables supplies can provide atmosphere for three days maximum.
IX. Development
Layout adapted from Robotech Reference Guide
Content by Jeffrey R. Spillner
and Ron Ferrara
Copyright © 1998-2001 Jeffrey R. Spillner and Ron Ferrara
Page Last Updated on November 26, 2001 @ 11:00 GMT