"The heat dissipation issue was the most serious one. Under sustained full-power, high-frequency bursts, the mecha's temperature simply could not be dispersed effectively. As long as the heat dissipation could keep up, the problems with the primary energy system, energy conduits, thrusters, and structural weakness caused by heat could all be resolved. It would also allow higher attack frequencies for long-range weapons. Heat dissipation was the hardest problem to solve. With current technology, there was no truly outstanding and effective cooling technology. We either had to buy it externally or develop it ourselves."
"The second issue was materials, which was also an issue of frame strength. Metal fatigue was closely related to temperature, but under prolonged stress and use, wear would become even more severe. The cracks in the shoulders, deformation of the frame armor and joints—those all appeared under such conditions."
"To resolve this, the frame's strength had to be improved. A new structure had to be used to accommodate Xiao Ran's explosive operating style, and the frame also had to be completely redesigned around dual-furnace synchronization technology. As for materials, Third Generation Gundanium Alloy could currently be used. The outer armor could use the same kind of material, or armor material from the Gundam G World. The latter had superior heat dissipation, but it could not be covered with PS Armor, leaving its defensive capabilities slightly lacking."
"As for energy, two Solar Furnaces were absolutely necessary. Improved Solar Furnaces and improved particle storage compression technology could be used. Two Thermonuclear Energy Engines were also needed, or they could be replaced with SEED World's new HD energy system, mainly responsible for powering long-range weapons and thrusters while also serving as the mecha's primary energy source. Judging by Justice Gundam's GN Dragoon attack frequency and its usual energy consumption, this