Serial-designation-T

## Background Information

The executives at JC Jenson headquarters gave the green light on a new division in the company, the  Disassembly Drone division, along with several other areas of JC Jenson around 10 years ago. This division of JC Jenson specializes in drones that are capable of destruction on a much larger scale than that of the worker drones. The divisions or departments involved in the production of disassembly drones are mainly focused on specific technologies involved solely in the disassembly drones production process. Some divisions involved include the Nanotechnology division and the Weapons Technology and development division ( AKA- NTD and WTDD) as well as the concepts and blueprints used in the worker drone division.

The singular purpose of these disassembly drones was to take care of the rogue worker drones on the formerly inhabited planet Omega-09 and Copper-09 The worker drones on Omega-09 and Copper-09 had gone rogue after the event that had wiped out a large portion of their inhabitants.  This left the worker drones to pick up the pieces of what was left. This caused them to gain some semblance of independence or a form of consciousness somehow.

The reason for why the worker drones have gone against their own programing is something still being investigated by our computer programmers to this day. As the worker drones continued to deny the wishes of the company, the first iterations of the disassembly drones were sent to put an end to it. These drones were built to kill, but that’s putting it lightly. These robots were created with the intent of eliminating the problem without having to send more human personnel to the planet, however, over the last 3 years; the standard model disassembly drones have gotten less effective. as the worker drones adapted to the disassembly drones “techniques”, they became harder to kill. This is because the worker drones have been creating closed-in colonies of sorts to live in.

Because of this issue, JC Jenson executives wanted us employees in the disassembly drone division to create new prototype disassembly drone models to improve on our old designs and to further eliminate any remaining threats on Omega-09 and Copper-09. Because we had to create other kinds of disassembly drones, we created “classes”. These classes are a way to divide the different kinds of drones into categories.

The first and currently only members of other class types than the standard models are known as T-A110 and X-A03. They are usually referred to as “T” and “A”. These names are merely shortened Versions of their formal designations. T is part of the tactical/tactician class. T is built to be incredibly efficient and quick in the field of tactics, his neural network has been fed as many military tactics and formations as can be legally acquired. He has also been given several books entirely based around tactical info and historical tacticians to study and learn from.

T’s ability to apply his tactical knowledge was meant to be more extensively trained and tested, but the situation on Omega-09 grew exponentially more complicated when one of our active disassembly drones (serial designation-Z) reported a worker drone that had seemingly created a powerful ion cannon. A worker drone that is capable of building powerful weapons poses a massive threat to JC Jenson and their goals to stop the spread of the Absolute Solver AI. Because of this, T-A110 and X-A03 have been sent on a mission to eliminate this specific worker drone in the hopes that their experimental abilities will prove to be effective against this new threat. It should also be noted that it was recently discovered that this new threat ,now known as Omni, is infected and should be destroyed as soon as possible.

## Appearance

T-A110 is 8’10” with a relatively slim build. He is usually standing with his arms crossed or behind his back, this is due to his need to always analyze situations. He has White hair that goes to where his ears would be if he was human, gray metal armoring (exterior structure), and his clothing resembles that of a typical disassembly drone (slightly darker). All of T’s exterior lights (head gear, visor color, etc), are all red. He has a tail like all other standard disassembly drones, however, the nano bot acid on the end of it is replaced by a three pronged claw type attachment. The claw is used to hold things in place and can prove quite useful for T.

## Abilities

### Flight

T-A110 can fly just like any other standard disassembly drone, however, his wings have been enhanced for higher versatility in the air as well as durability. T needs to be able to easily and quickly react in the air due to the enhanced speed he has been given. T was also equipped with thrusters on his wings so that if needed, he can catch up to targets with ease. The only downside to the thrusters is that they have limited fuel. If T runs out of fuel, he is required to synthesize more. He has a built in fuel synthesis system to create more file wham needed. The system takes about a day to refuel from zero percent to one hundred. This is because of the complicated process needed to make the type of fuels T needs.

### Modified Tail

T-A110’s has been given a modified tip to his tail. His tail, instead of having the standard nanite injecting tip, has been given a claw-like attachment. The claw is three prongs and all equally spaced from each other. They are used to pick up, grab, or even crush whatever T pleases. The tail can lift any object up to 90.7 kg or below. Luckily, most worker drones aren’t more than 150 pounds. T can lift things heavier than 90.7 kg or, however, if he wants to do this, he has to use his nanites to re-enforce his tail, this will result in his regeneration being weakened or even nullified.

### Magnetic manipulation

T-A110 was equipped with the ability to manipulate or create magnetic fields. With this ability, T can pull,  push, as well as many other things to anything magnetic within a radius of about 20 meters of him. When using this ability T can manipulate any magnetic field less powerful than what he can create within a 20 meter radius. This means he can disrupt anything from magnetic seals all the way to electrical devices. The extent of this ability and what it can affect is mostly up to what T can think of. To use this power to its fullest extent a lot of training will be required

### Nanobot claws

T-A110 has been given a modified version of the standard disassembly drone claws. These claws can inflict nanobots into targets which can cause temporary paralysis or a full shut down in electrical systems. T-A110 can choose to inject nanites into his targets. The nanotechnology used for T’s claws is a modified version of a standard disassembly drones nanite acid. His nanites act as more of an infection. Once they are injected into his target they cause almost immediate paralysis, but after sometime, the nanites will begin to spread and infect the target causing physical degeneration of the target's internal components. This degeneration will lead to the eventual disintegration of the target's form as a whole.

### Environmental compatibility

T-A110 along with X-A03 have been built to withstand the extreme environments on both sides of Omega-09. It was a long and arduous process making sure that their external armor could withstand such extreme temperature differences, so T-A110 and X-A03 have both been equipped with several new and completely experimental alloys to minimize the expansion or contraction of the drones outer shells when entering different environments. The external armor of the experiments is also made to keep all their internal machinery at a constant temperature, that being around -20° K.

### Laser cannon

T-A110 has the standard laser cannon that most disassembly drones have. However, the laser from the cannon is purple which is an indication that the cannon is more powerful than a standard cannon. This is due to the fact that purple light is much more energetic, meaning the energy emitted from the cannon is also much more powerful. T-A110’s laser cannon has two modes: a projectile mode, and singular beam. The projectile mode allows T-A110 to fire singular shots with a 2 second cool down until the next shot can be fired, each of these projectiles are the size of a basketball when fired. The beam mode on the other hand allows T-A110 to fire a continuous laser beam for about 8 seconds, if T-A110 were to fire this beam for too long he would experience an incredibly large portion of his battery being drained. Because of this issue T-A110 uses the beam mode sparingly and only ever In 4 second bursts.

## Known Weaknesses

He is prone to Perchloric acid-(HClO4 is a strong acid that can weaken or even completely nullify a disassembly drone's regenerative abilities).He is Not fully waterproof, as it is not necessary in extreme climates. This is because liquid water would not exist in places like extreme cold or extreme heat naturally. They are also weak to antimatter weaponry. This is due to their nanobots requirement for regular matter to be able to regenerate the body of the drone.