Original list credit to Oborosen, who generously put forth the work to provide this information for us back in Chapter One.
*Ballistic Weaponry*Since the early 1800s the staple of ballistic fire weapons has shaped the field of combat by sheer definition of firepower. Weapons ranging from light easily hidden handguns to massive cannons with miles of firing range where both built and fielded in every major conflict since. However with the advent of higher tech available during the mid 2020s weapons that use such principles have been reduced to personal defense weaponry and small range ship to ship combat capacity.
Missiles are among the more fervent type of this weapon, finding use from shoulder mounted units to larger ship inserted models that fire large pods of missiles to overwhelm enemy ships and expose weaknesses in armor.
Ammo ranges from different types spanning from multiple origins.
Lead, Steel, Depleted Uranium, and so on
*Rail Weaponry*Rail technology has grown in leaps and bounds since the original days of the early 20th century.
But in retrospect what once took several dozen meters of piping and webbing along with massive amounts of energy to fire, now has been reduced to a more easily handled infantry transported device. Still used to conduct ship to ship combat these forms of rail weapons can be fired with immense power and more sustainable repetitions. Smaller forms require high yield packs of energy or an attached power source.
These weapons where first used to fire on a magnetic principle, running the round through a highly magnetized corridor and pushing it out of the barrel at momentous speeds with an equal amount of force. (The first recorded test firing was in the Salt Flats of Utah, Using a 32meter barrel and siphoning power from Salt Lake City at a power range measuring of 45.12 gigawatts. Causing a power feedback that destroyed the device but yielded impact 2 1/2 times the Hiroshima bomb on an area roughly four time the size of a bowling ball. The slug fired was a 30 pound cylindrical steel rod 4 inches in diameter.)
Ammo consist of any magnetic responsive metal.
Infantry clips carry at most 4 rounds at a time. Ships can fire such rounds as long as they can be fabricated.
*Ion & Pulse Weaponry*Ion and & Pulse weaponry follows two simple laws.
A charge of energy and a certain type of charge, namely along the polar graph.A Pulse weapon in general fires a thick charge of energy down the barrel of the weapon and as it travels the charge is passed between several capacitors before exiting the barrel. The barrels muzzle is very important to this process as its form will allow focused projection of the shot fired. If there is any malformation in this section of the weapon the fire Pulse will most likely rupture the barrel and severely damage the weapon as well as the person firing it.
Ionized weapons work closely in the same fashion but with one exception, upon firing the weapon pulls in a small amount particles either from the surrounding air or a specifically loaded cartridge. The particles are bombarded with a sharp positive charge condensing them into a compressed ionized gas in solid form.
The most notable characteristic about these weapons is the lack of impact from the fired rounds, since the round hyper-acts electrically with what it makes contact with. Effectively ripping off small pieces of the target with each successive hit.
The rounds for these weapons depend entirely on the battery cell cartridges used to sustain firing capacity, once the charge is gone the cell becomes inert and unusable until it is recharged.
*Laser Weaponry*Laser weaponry is the most simplistic of the advanced technologies to date, several focused lenses aligned with the weapons barrel to fire a tight spread beam of light directly into a target. The beam is able to cut and burn through multiple surfaces save for highly reflective ones causing the beam to refract, scattering into hundreds of harmless smaller beams.
The only drawbacks to such a weapon is that the principle is sound but the design of the weapon itself could never hold out with continuous fire. Either the weapon would overheat and crack the lenses rendering the weapon useless or more horrible a bomb that tares the wielder apart with a pull of the trigger. Battery packs loose charge quickly with the amount of power used for each shot and are so heat intensive should be allowed time to cool after each round fired.
Larger forms of the weapon are the most successful type seeing as they have more mechanics for cooling and power management.
Weapon discharge is supported via a high output halon liquid gel battery. Each shot builds large amounts of heat and stress on the casing limiting the succession of faster methods of firing.
*Blade Weaponry*Around since the stone age the blade is one weapon that will always exist as a tool in mediation always bridging as something meant to kill, build, or even heal if the situation so calls for it.
While the most basic knife to date consist of a simple carbon blade more advanced types exist, such as the former soviets ballistic knife which still survives as a special forces staple today. The more advance the thought that goes in the more passable the type of effect the blade can have. Many newer weapons don't even have conventional blades at all using a lithium ionized strip of metal to both burn and cut with electric heat. But the newest type is a titanium blade which contains a charge pack at the base connected with a fiber mesh that runs the length of the blade. A micro computer manages power by calculating a pulse on time with contact exiting the blade with a vibrational charge.
With this ability the blade cuts the surface in a less conventional means of roughly spreading nearer the molecular level.
In many cases the weapon is limited by shape and size not to mention cost of production, highly dense material can still shrug off the best of these weapons
Around since the late 1400s even before the advance of black powder in most countries, personal armor has help to keep a soldier one step ahead of his less equipped adversary. But not until the early 1800s did any real armor be created to stop or deflect an incoming ballistic round.
This advancement lead to the first thick mesh weaving's too the invention of the now still used Kevlar. Which in turn lead to the creation of newer and greater sets of half chest vest all the way to full body suits that boast astonishing protection to conventional and even advanced types of weaponry.
Current armors are set but not limited to:
Poly Carbon plating By far the cheapest and most widely used type of armor known throughout most of inhabited space. It possesses a unique quality that on impact with hard rounds the armor fractures and absorbs impact, then reforms sealing the impact area after several seconds.
Hydro Weave Is manufactured within large pressurized liquid vats that give the finished product a high tinsel strength allowing it to withstand intense impact without deforming or showing noticeable ware. However this requires the armor to have sufficient padding laid underneath to support impact without harming the wearer.
Refractive Crystal Plating Has been only in wide distribution in the last three decades with the advent of laser and similar types of weaponry. The armor only offers relative protection slightly matching poly carbon but where its strength lies is the ability to shrug of attacks from such weapons. The surface catches the fired beam and safely redirects it into harmless smaller beams.
Sirinum & Polycrystaline Both are vastly expensive compared to their weight and almost as difficult to manufacture, seeing as the two types require specially build labs to grow and treat the compounds safely.
Sirinum is extremely strong and and only weighs in at a 1/3 of its density, but the process of manufacturing creates a volatile byproduct that is expensive in its own right to dispose of and even the finished product still possesses violent chemical properties when untreated.
Polycrystaline technology has only been around for the last twenty years and can cost most people their whole life's worth to purchase. It is so strong that technicians had to invent new methods to testing its tension strength, the product itself still able to surprise many after the fact was proven. Manufacturing and molding can take upwards of two whole years to complete and its form is perfectly fitted to whatever its being fitted too, if only to ensure perfection.
The only downside is that Polycrystaline components are heavy weighing almost 2-1/2 times the norm of any other type of material.
At the forefront of many company research programs are advances in space fairing technology, and in order to stay ahead in the field the highest rated competitors pull no punches. Ships can range from multiple sizes and makes that dwarf one another in several areas of operation.
The list of ship classes is pending and may receive edits later
_command vessels_Neptune, Poseidon- Battle Cruiser
Nermoi, Hermina- Cruiser
Aries, Farris, Moise- Frigate
Sobek, Gehenna- Carrier
_strike craft_Rapier- fast attack
Cutlas- medium strike craft
Saber- heavy strike craft
Standing at the head of the combat of known space, the Federation boast the largest compilation of service ready war vessels. As well its access to higher rated technology is what really keeps it ahead in the industry making sure to always capitalize where it see's a benefit.
The Salient being last of the Neptune class will house the newest of many weapons and defense tech within Federation ranks, including a prototype armor system, The Deflection Redirection Pulse or otherwise referred too as the DRP system currently requires A.I assistance to fully function. This shielding runs on a specially designed tile system that allows the ships shield to quickly and accurately responded to incoming attacks and deal with the impact accordingly.