Summary

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  • SESV2-LSS-ARTICULATED-ARM-FaceToFace.png

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13	13	(% style="width:700px" %)
14	14	|(% style="width:350px" %)**Without Shells**|(% style="width:350px" %)**With Shells**
15		-|(% style="width:350px" %){{lightbox image="SESV2-LSS-ARTICULATED-ARM-Side-Bare.png"/}}|(% style="width:350px" %){{lightbox image="SESV2-LSS-ARTICULATED-ARM-Side-Shells.png"/}}
	15	+|(% colspan="2" style="width:350px" %){{lightbox image="SESV2-LSS-ARTICULATED-ARM-FaceToFace.png"/}}
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17	17	This versatile setup facilitates customization and expansion for applications through the use of additional brackets, electronics, sensors and more, and adding additional degrees of freedom or changing the gripper is straightforward.
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21	21	Although well suited for use on a desk for development and experimentation, the arm can be easily fitted on a mobile robot and powered using a 3S (11.1V) LiPo battery (sold separately) with XT60 connector. The included LSS Adapter electronics board makes connecting to an Arduino shield compatible board, Raspberry Pi, XBee or other serial device easy.
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24		-|{{lightbox image="SESV2-LSS-ARTICULATED-ARM-A4WD.png"/}}
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26	26	CAD design files, as well as examples using Arduino and Python are available so that students and hobbyists can integrate the arm into their projects. The graphical user interface LSS FlowArm, created using FlowBotics Studio, makes recording and playing back sequences effortless.
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SESV2-LSS-ARTICULATED-ARM-FaceToFace.png

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