NERDLab

NERDLab <![CDATA[vacuumchamberpostweld-kevin-galloway]]> image-id:138 <![CDATA[vacuumchamberassembled-kevin-galloway]]> image-id:137 <![CDATA[chamber-inside-w-sensor-kevin-galloway]]> image-id:136 <![CDATA[chamber-inside-kevin-galloway]]> image-id:135 <![CDATA[vacuumchamberassembled_0]]> image-id:134 <![CDATA[vacuumchamberassembled]]> image-id:133 <![CDATA[vacuumchamberpostweld]]> image-id:132 <![CDATA[desk3-w-cr-800]]> image-id:131 <![CDATA[desk1-w-cr-800]]> image-id:130 <![CDATA[wood-planing]]> image-id:129 <![CDATA[welding-station-800]]> image-id:128 <![CDATA[welded-support]]> image-id:127 <![CDATA[triangle-support-800]]> image-id:126 <![CDATA[tack-weld-800]]> image-id:125 <![CDATA[dowel-pin-and-glueing-boards-800]]> image-id:124 <![CDATA[img_1_800]]> image-id:117 <![CDATA[desk4-w-cr]]> image-id:109 <![CDATA[desk2-w-cr]]> image-id:107 <![CDATA[zleg]]> image-id:105 <![CDATA[tlv9-edited-iv]]> image-id:104 <![CDATA[tlv9-edited-iii]]> image-id:103 <![CDATA[tlv9-edited-ii]]> image-id:102 <![CDATA[tlv9-edited-i]]> image-id:101 <![CDATA[sdmtunablelegphoto]]> image-id:100 <![CDATA[sdmtunableleg]]> image-id:99 <![CDATA[sdmprocess]]> image-id:98 <![CDATA[rigidsliderguts]]> image-id:97 <![CDATA[rigidslidercleg]]> image-id:96 <![CDATA[nitileg]]> image-id:95 <![CDATA[fourbarii]]> image-id:94 <![CDATA[fourbari]]> image-id:93 <![CDATA[Slip ring design for incorporation into Edubot v3 to pass power and communication to the legs.]]> image-id:92 <![CDATA[Finite element analysis of aluminum frame]]> image-id:91 <![CDATA[Edubot v1 (ABS Frame)]]> image-id:90 <![CDATA[Edubot v2 (Aluminum Frame)]]> image-id:89 <![CDATA[Bottom view of Edubot v2]]> image-id:88 <![CDATA[RespondBot RDK with shell removed]]> image-id:87 <![CDATA[RespondBot RDK]]> image-id:86 <![CDATA[RespondBot RDK]]> image-id:85 <![CDATA[CNC machined aluminum frames for RespondBot RDK]]> image-id:84 <![CDATA[Edubot]]> image-id:83 <![CDATA[Actaul machined pocket and finger joints]]> image-id:82 <![CDATA[Front view of RoboTrikke]]> image-id:81 <![CDATA[RoboTrikke]]> image-id:80 <![CDATA[Side View of RoboTrikke]]> image-id:79 <![CDATA[Assembly model of RoboTrikke]]> image-id:78 <![CDATA[Actual cured epoxy]]> image-id:77 <![CDATA[Actual machined pocket]]> image-id:76 <![CDATA[Step 5: Remove fully cured frame from the mold.]]> image-id:75 <![CDATA[Step 4: Pour flexible epoxy and let cure.]]> image-id:74 <![CDATA[View of entire set-up]]> image-id:73 <![CDATA[Step 3: Machine out pockets and finger joints for flexible epoxy. Also position rest of frame for embedding into flexible epoxy.]]> image-id:72 <![CDATA[Step 2: Pour epoxy and let cure.]]> image-id:71 <![CDATA[Step 1: Machine pocket for steering platform]]> image-id:70 <![CDATA[Actual image of cured epoxy.]]> image-id:69 <![CDATA[Ear and Eye Protection in one -- Concept Drawing]]> image-id:68 <![CDATA[Ear and Eye Protection in one -- Concept Drawing]]> image-id:67 <![CDATA[First prototyped traffic safety glove]]> image-id:66 <![CDATA[CNC machining aluminum hip portion of tunable leg]]> image-id:65 <![CDATA[Tunable composite C-leg for Edubot]]> image-id:64 <![CDATA[Tunable composite C-leg for Edubot]]> image-id:63 <![CDATA[Carbon fiber shell for Edubot]]> image-id:62 <![CDATA[Final stage of manufacturing robotrikke frame]]> image-id:61 <![CDATA[Front view of Robotrikke]]> image-id:60 <![CDATA[Robotrikke]]> image-id:59 <![CDATA[Side view of RoboTrikke]]> image-id:58 <![CDATA[CNC machining Edubot frame]]> image-id:57 <![CDATA[bead blasted aluminum Edubot frame]]> image-id:56 <![CDATA[RDK with shell removed]]> image-id:55 <![CDATA[Another view of RDK]]> image-id:54 <![CDATA[Research and Development (RDK) Kit by Sandbox Innovations]]> image-id:53 <![CDATA[CNC machining motor mounts for Edubot]]> image-id:52 <![CDATA[A bunch of parts CNC machined for several Edubots]]> image-id:51 <![CDATA[Embedded circuit boards into Ckbot frame]]> image-id:50 <![CDATA[Embedded circuit boards into Ckbot frame]]> image-id:49 <![CDATA[Edubot]]> image-id:48 <![CDATA[Eye protect can flip up -- Concept Drawing]]> image-id:47 <![CDATA[Close up of motor mount]]> image-id:46 <![CDATA[ckbot wheels]]> image-id:45 <![CDATA[Ckbot quadruped concept with spine articulation]]> image-id:44 <![CDATA[Ckbot quadruped concept with spine articulation -- top view]]> image-id:43 <![CDATA[Ckbot quadruped concept with spine articulation -- ground view]]> image-id:42 <![CDATA[Bottom view of Edubot]]> image-id:41 <![CDATA[Aluminum side panels for Ckbot modules]]> image-id:40 <![CDATA[Aluminum side panels for Ckbot modules]]> image-id:39 <![CDATA[Mechanical Enginearing and Applied Mechanics (MEAM)]]> image-id:38