[marketing]

As one of the leading producers of robotic components, Tarkon is the first to release the newest state of the art building kit in this year, with new components and various performance improvements.

With the latest advancements in electromagnetic technology, Tarkon is able to produce a one of a kind robotic joints that can snap in place with little adjustments and its connection strength nearly equal to that of conventional joints. A well designed bot using JX joints can, with little difficulty, replace and repair its own joints with the provided components.

The only drawback the JX series has for the moment was its vulnerability to electromagnetic jamming and instability in environments with intense electromagnetic fields. Note that electromagnetic fields produced from common households items and industrial machinery has no effect thanks to its well insulated case.

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As the second product of its series, the TX2 features a faster turning turret for a much more responsive change in thrust vector. Designed to be used on lighter and more fragile models, it produces less heat at the cost of slightly inferior thrust to its predecessor. Its casing is weaved from type 3 microscoping carbon fibers, capable of withstanding pressure almost twice as much as before.

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Part of the popular Zeta printer series, it has a larger working area when deployed, along with a slightly faster print speed. The most notable point is its much improved micro scale printing which now allows for creation of objects as small as a fingernail while maintaining tough structural integrity(much smaller when some consistencies are sarcrificed).

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According to Tarkon, the kit's most major selling point would be its top of the line sensors. Never before had such a versatile sensor been mass produced. Within its tiny 3 inch capsule, the SS-21 offers a full panoramic camera, a dimensional echolocation sensor and a high depth recorder.

While there are only one SS-21 included in each Kit, the user also has access to dozens of separate sensors, abielt not as compact.