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rgm79-g

Identification number: rgm79-g

Name: gmcommand (Jim Assault Type? Colonial Warfare Style)

Height: 18m

Weight: 43.5t Full equipment weight: 56.4t

Armor material: titanium/ceramic composite armor

Total engine output: 1330kw

Propulsion force: Rocket jet: 2x26500kg, 2x7000kg

Position control nozzle: 10

Maximum acceleration: 1.19g

180 degrees steering time: 2.4s

Maximum land running speed: 125km/h

Sensor effective range: 6000m

Standard weapon: 2x60mm head Vulcan cannon; 2x beam sword

Optional weapons: 90mm machine gun

rgm79-gs

Identification number: rgm79-gs

Name:gm

command?space (Jim assault type? Cosmic warfare style)

Height: 18m

Weight: 44.6t Full equipment weight: 76.5t

Armor material: titanium/ceramic composite armor

Total engine output: 1330kw

Propulsion force: Rocket jet: 2x21000kg, 2x16000kg

Position control nozzle: 14

Maximum acceleration: 0.97g

180 degrees steering time: 1.5s

Maximum land running speed: 120km/h

Sensor effective range: 6000m

Standard weapon: 2x60mm head Vulcan cannon; 2x beam sword

Optional weapons: beam gun; 90mm machine gun

illustrate

rgm-79g, named gmcommand; rgm-79gs, named gmcommand?space. These two models of gm can be said to be the first combination of Luna2 series and Chabroe series ms development technology in the One Year War.

Accompanying the protagonist A2 of the 0079 animation, the actual combat data of the RX series, which is the core of V operations, allows Luna2 engineers to develop new MMS with better performance in the short term based on the mass production of RGM-79e.

The new MS design uses a mature high-power engine and a new jet backpack. However, Luna2 engineers found that the generalization problem was difficult to solve during the development process. The final method was to change different new jet backpacks and adjust the configuration of the body posture control nozzles to be divided into rgm-79g suitable for gravity and rgm-79gs suitable for cosmic warfare.

The number of engines of rgm-79g has been reduced from 4 units of rgm-79e to 2 units, and the number of main injector ports of the new jet backpack has also been reduced from 4 units of old jet backpack to 2 units. The reduction of engines of rgm-79g has made the internal structure of the body higher in terms of stability and safety. Although the maximum output of the engine unit is much higher than that of the 1390ka2 series model of rgm-79e, reaching 2x26500kg+2x7000kg=67000kg, this value even exceeds the famous war aircraft of rx-rx

－78-2 Gundam No. 2 55480kg total jet propulsion, and the maximum acceleration of the body also exceeded 0.93g of rx-78-2, reaching 1.19g. There is no doubt that in terms of body performance alone, due to the large total propulsion force, the maneuverability of rgm-79g under gravity is very good in the MS of the year war. Although in "War in Mobile Suit Gundam 0080 Pocket", the rgm-79g equipped by the side6 defense team did not perform well, but due to the reason, this cannot be said to be the lack of performance of the body.

Well, the biggest advantage of rgm-79g is mobility, but the armor material is still the Luna2 series gm's consistent titanium/ceramic composite armor, which makes rgm-79g's armor not resistant to punches than the previous models. However, the real speed improvement brought by mobility needs to be adapted to the driver. In particular, the federal training of ms drivers is relatively late, and many of them are hasty in short-term training. It is inevitable that it will be more difficult to be familiar with rgm-79g's performance advantages, so that the performance advantages of rgm-79g cannot be in combat.

Get better performance. For the ms drivers who came out of the imperfect training of the Federal Army at that time, generally speaking, the war horse brought by the Luna2 (Luna2) was a good horse that was difficult to control. The Federal Army obviously also realized this problem. Therefore, even though the RGM-79g was mainly developed for defense work in the colonies, in view of its high mobility, the federal army on the earth also ordered a batch of RGM-79g to be equipped to elite troops on the ground to fight against the new onshore ms of the self-protection army.

The main body of rgm-79gs has not changed much compared with rgm-79g. The armor material is exactly the same, and the engine set is basically the same. However, the maximum output is newly increased to 1390k-79g and is equipped with more propellant. Therefore, the total injection propulsion force is higher than rgm-79g, reaching 2x21000kg+2x16000kg=74000kg, but the maximum acceleration is reduced to 0.97g. However, the rgm-79gs is designed for cosmic warfare without gravity. Because the usage conditions are different, it cannot be

The maneuverability is lower than that of rgm-79g (and this move also ensures the safety of rgm-79gs in gravity-free state to a certain extent). The jet backpack used by rgm-79gs has increased by 4 main injector ports than rgm-79g, and the layout is also adjusted to a more suitable method for use in a weightless environment. The posture control nozzle is also 4 more sets than rgm-79g, which is increased to 14 sets. The time required for 180-degree steering has been increased from 2.4s of rgm-79g to the same factory settings as the rx-78-2 Gundam No. 2 machine.

.5 seconds, the mobility is much improved. However, the design of rgm-79gs in order to improve the performance of the body has also complicated the structure of the body and increased the difficulty of preparation. This can be said to be a failure of rgm-79gs. Moreover, since the jet backpack has main jet ports to the rear and side of the body, the difficulty of actually controlling the body is increased a lot, making it more difficult for the driver to adapt to this model and the performance is difficult to perform. From another perspective, if rgm-79g is a difficult war horse brought by Luna 2, then the red and white color matching rgm-79gs is like
Chapter completed!