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Below are the GIF versions of images from the UniStates Website along with links to high resolution (300 dpi) versions of these images. Directions for downloading GIF files and high resolution images appear below.

GIF files are appropriate for use in Microsoft Word documents and PowerPoint presentations and for Internet presentation.

High resolution images are appropriate for use in printed documents.

Download Instructions for Internet Explorer
To download a GIF file, right click on the image you want to download and select "Save Picture As" from the menu that appears.

To download a high resolution file, right click on the linked title of the image (e.g., trd.JPG) you want to download and select "Save Target As" from the menu that appears.

Download Instructions for Netscape
To download a GIF file, right click on the image you want to download and select "Save Image As" from the menu that appears.

To download a high resolution file, right click on the linked title of the image (e.g., trd.JPG) you want to download and select "Save Link As" from the menu that appears.

Image Title	GIF Image	Description
trd.GIF trd.JPG (high resolution)	.	Truncated Rhombic Dodecahedron - A rhombic dodecahedron with either or both its vertices and edges sliced off along a plane. In Reflexive Materials Technologies (RMT technologies™), a TRD is a rhombic dodecahedron with its tetra-edge vertices removed.
rmtvoidarray.GIF rmtvoidarray.JPG (high resolution)		Void Array - The pattern of spaces between particles or other units in a compact, such as a close-packing of spheres or TRDs. In RMT technologies™, emplacements of three-dimensional zones through which mechanical forces are not transmitted. A void can be empty, or it can be filled with a material that is “less stiff” than the primary material of a structure engineered with RMT technologies™.
octettruss.GIF octettruss.JPG (high resolution)		Octet Truss - The combination of intersecting or interconnecting units, such as rods or bars, organized as interdependent tetrahedra and octahedra in a 2:1 ratio. The internal skeleton of a structure engineered with RMT technologies™. Voids make structures engineered with RMT technologies™ lighter and operate with the skeleton (octet truss) to induce a balanced distribution of load.
unisemble.GIF unisemble.JPG (high resolution)	.	UniSemble™ lattice - A UniSemble™ lattice is a packing of 13 TRDs. The voids in a UniSemble™ lattice account for a minimum of 5% of the volume of the structure.
unisembletwr.GIF unisembletwr.JPG (high resolution)		UniSemble™ Tower - A stacking of UniSemble™ lattices.
unicore.GIF unicore.JPG (high resolution)	.	UniCore™ lattice- A UniCore™ lattice is a packing of 12 TRDs. It is a UniSemble™ lattice with the center TRD removed. In a UniCore™ lattice, every fourth figurative TRD is missing, creating a void. The voids in a UniCore™ lattice account for a minimum of about 30% of the structure.
uniframe.GIF uniframe.JPG (high resolution)	.	UniFrame™ framework (3-layers) - The basic UniFrame™ framework is the edge-wise framework of a packing of TRDs in the UniSemble™ lattice. In this image, the cubic voids are colored for ease of orientation.
uniframe2.GIF uniframe2.JPG (high resolution)		UniFrame (2-layers) - The basic UniFrame is the edge-wise framework of a packing of TRDs in the UniSemble array. In this image, the cubic voids are colored for ease of orientation.
filament.GIF filament.JPG (high resolution)		RMT™ Beaded Filament - RMT™ beaded filaments are one of two basic types of precursors used to install voids in RMT Precision™ materials and RMT Informed™ products and structures.
mat.GIF mat.JPG (high resolution)		Mat - Beaded Preforms are one of two basic types of precursors used to install voids in RMT Precision™ materials and RMT Informed™ products and structures.