Sakura Sun
What to know
Sakura Sun is a Human manufacturing conglomerate headquartered in Tokyo, Earth in the Sol system, that produces a diverse range of consumer products such as home goods, children's toys, and starship engines. Spacecraft components are developed under the Sakura Sun Space Sciences Division (S4D). In 2922, the company released the multi-particle/wave cannon, a spacecraft weapon developed through research of Xi'an technology. In 2943, it debuted its first power plant, the LightBlossom, designed for low-emission travel.
Sakura Sun is a Human manufacturing conglomerate headquartered in Tokyo, Earth in the Sol system, that produces a diverse range of consumer products such as home goods, children's toys, and starship engines. Spacecraft components are developed under the Sakura Sun Space Sciences Division (S4D). In 2922, the company released the multi-particle/wave cannon, a spacecraft weapon developed through research of Xi'an technology. In 2943, it debuted its first power plant, the LightBlossom, designed for low-emission travel.
Spacecraft weapons
Sakura Sun's spacecraft weapons division is built around the proprietary multi-particle/wave cannon, a product of the Sakura Sun Space Sciences Division (S4D) and an example of researched xenotech. In 2922, following MISC's interspecies trade deal, Sakura Sun made a billion-credit buyout of a Xi'an research lab that granted it technology trading rights.
For a decade and a half, company scientists worked alongside Xi'an researchers to develop alien technology compatible with Human systems. The research effort took a team of thousands, and the overall cost approached a trillion credits, but it produced a weapon type that could not be reproduced, legally or technically, by other Human companies: the multi-particle/wave cannon.
The multi-particle/wave cannon is a series of miniaturized particle accelerators that fire sequentially, projecting a stream of bosons toward a target. The bosons occupy the same quantum state as a wave while in flight, then collapse into discrete particles with unique states upon impact, resulting in significant damage to both shields and standard armor types. The weapon is also fast, being the only energy gun capable of attaining the firing rate of a Gatling gun.
Rather than licensing the technology to the military, Sakura Sun pursued the civilian market with a lineup of twenty-five guns. The line has five distinct types, which define overall size: the Breezefire (Size 1), Windfire (Size 2), Stormfire (Size 3), Galefire (Size 4), and the Torrentfire (Size 5). Each size has five production models that range in quality and price from basic to luxury class. EX, DX, X, and XT make up the standard range, and a fifth model is produced in extremely limited numbers and given a "2x01" numerical designation (Breezefire 2101, Windfire 2201, and the like). These limited models are highly prized, and even older units sell for significant amounts on the secondary market.
The technology's main drawback is its complexity. Although Sakura Sun produces a durable product, self-repair is impossible in many cases of malfunction. Some have speculated that this is why the weapon was not offered to the military, which typically requires a durable, easily field-repaired gun.
Power plants
In addition to its gun lineup, Sakura Sun added a line of power plants, with the initial Light Blossom systems offered for the 2943 financial year. By developing devices for use in or out of conflict, the company aimed to broaden its sales.
The LightBlossom is a Helium-6 sonoluminescent bubble power plant optimized for civilian use, with an emphasis on low-emission stealth roles. Designed to compete with Lightning Power's Powerbolt, it was described in its launch press release as a "shadow in space," a high-output generator intended to limit the operator's energy signature.
Nine LightBlossom models are in production in three sizes, ranging from the low-cost Size 3 Light Blossom 6HE7A to the 6HE9X. Sakura Sun's engineers are reportedly developing a more efficient Helium-7 system that would theoretically allow a greater output-to-signature ratio.
Source: StarCitizen.tools. Source content is shared under the Creative Commons Attribution-ShareAlike license.