LightSKIN Seatpost

by: Lightskin

To protect an important object from being stolen or damaged, to protect it from rain and snow, for occasional use, or simply to store it safely, we usually keep the object inside some sort of storage unit. The idea of LightSKIN for bicycle tail lights originated from this very habit. LightSKIN integrated LED lenses and buttons into one assembly, so that it can be easily embedded in the seatpost. Our unique technique, which was employed to firmly fix the LED circuit inside the seatpost, enables a simple design, as well as ensures the maximum performance for the strength and function of the seatpost.

Compared to existing tail lights that are attached externally, LightSKIN has numerous advantages. First of all, without protruding parts, it has little risk of being damaged. Additionally, whereas the existing tail lights are susceptible to theft because they are easily spotted, LightSKIN enjoys a low possibility of being stolen. Adoption of the LED circuit self-invented in South Korea and use of AA batteries further guarantee superior performance. Because of the silicon water-proof pad and patent-pending, unique internal structure, the resistance to damage by water is excellent. Also, LightSKIN's simple design doesn't protrude externally, harmonizing with the overall design of a bicycle and providing the utmost satisfaction with the design.

1. Internal circuit fixture structure
LightSKIN employed a unique technique to firmly fix the LED circuit in the interiors of seatposts that have a variety of thickness and cross-sectional shapes, and to achieve desirable waterproof performance. This technique fixes the circuit by using the force of pushing the circuit in the seatpost with screws spinning in the reverse direction.


2. Touch-type LED mode control button
LightSKIN integrates the LED lenses and control buttons into one assembly. This technique gives the same feeling as touch buttons of cutting-edge IT devices. Through this technique, LightSKIN is able to dramatically enhance the strength, processing time, and efficiency in assembly by minimizing the number of holes to be crafted on the seatpost.



3. Batteries separated from the circuit
The seatposts of bicycles can have various lengths. However, LightSKIN is not affected by the length of the seatpost because the LED circuit and the battery part are connected by wires. Furthermore, because it uses AA batteries, which is rarely the case with other bicycle tail lights, the performance is outstanding.



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