Speck Design was approached by Gridware to assist them in creating prototypes for their revolutionary Gridscope system. Gridscope is a technology that is mounted onto a power pole to identify irregularities using sensitive sensors. The technology senses vibrations in the lines and listens for unique acoustic and vibration signals produced during various events. Speck Design provided industrial design, mechanical engineering, and manufacturing support that allowed Gridware to test their equipment in real world situations. Testing helped Gridware to identify key changes necessary to go to market and eventually lead to the development of a final version of Gridscope that has gone to market.
Inspections, 6000 times a second
Gridware approached Speck Design to develop early prototypes for their Gridscope system. Gridscope is a revolutionary technology that is mounted onto a power pole to identify irregularities using sensitive sensors like a vibrometer and microphone. The technology senses vibrations in the lines and listens for unique acoustic and vibration signals produced during various events. Speck Design provided industrial design, mechanical engineering, and manufacturing support that allowed Gridware to test their equipment in real world situations. This testing helped identify key changes necessary to go to market and eventually lead to the development of a final version of Gridscope.
Speck Design provided industrial design services to create a visually appealing and functional prototype of the Gridscope system. We used advanced CAD software to develop a 3D model of the Gridscope system that could be tested in various scenarios. We then utilized rapid prototyping techniques to quickly manufacture the parts needed for the prototype.
Speck Design used mechanical engineering services to ensure that the Gridscope system was able to withstand the harsh environments it would encounter in the real world. We tested the prototype under various conditions to simulate real world scenarios and ensure that it was able to perform as expected. We then worked with Gridware to identify and address any weaknesses in the design.
Finally, Speck Design provided manufacturing support to help Gridware bring the Gridscope system to market. We assisted in the development of the necessary tooling and production processes to ensure that the Gridscope system was able to be mass-produced. We also provided quality assurance services to ensure that the Gridscope system was able to meet the high standards set by Gridware.
Through its industrial design, mechanical engineering, and manufacturing services, Speck Design was able to help Gridware bring the Gridscope system to market. The prototype testing and manufacturing support provided by Speck Design allowed Gridware to develop a final version of the Gridscope system that has gone to market.
Speck Design was approached by Gridware to assist them in creating prototypes for their revolutionary Gridscope system. Gridscope is a technology that is mounted onto a power pole to identify irregularities using sensitive sensors. The technology senses vibrations in the lines and listens for unique acoustic and vibration signals produced during various events. Speck Design provided industrial design, mechanical engineering, and manufacturing support that allowed Gridware to test their equipment in real world situations. Testing helped Gridware to identify key changes necessary to go to market and eventually lead to the development of a final version of Gridscope that has gone to market.
Inspections, 6000 times a second
Gridware approached Speck Design to develop early prototypes for their Gridscope system. Gridscope is a revolutionary technology that is mounted onto a power pole to identify irregularities using sensitive sensors like a vibrometer and microphone. The technology senses vibrations in the lines and listens for unique acoustic and vibration signals produced during various events. Speck Design provided industrial design, mechanical engineering, and manufacturing support that allowed Gridware to test their equipment in real world situations. This testing helped identify key changes necessary to go to market and eventually lead to the development of a final version of Gridscope.
Speck Design provided industrial design services to create a visually appealing and functional prototype of the Gridscope system. We used advanced CAD software to develop a 3D model of the Gridscope system that could be tested in various scenarios. We then utilized rapid prototyping techniques to quickly manufacture the parts needed for the prototype.
Speck Design used mechanical engineering services to ensure that the Gridscope system was able to withstand the harsh environments it would encounter in the real world. We tested the prototype under various conditions to simulate real world scenarios and ensure that it was able to perform as expected. We then worked with Gridware to identify and address any weaknesses in the design.
Finally, Speck Design provided manufacturing support to help Gridware bring the Gridscope system to market. We assisted in the development of the necessary tooling and production processes to ensure that the Gridscope system was able to be mass-produced. We also provided quality assurance services to ensure that the Gridscope system was able to meet the high standards set by Gridware.
Through its industrial design, mechanical engineering, and manufacturing services, Speck Design was able to help Gridware bring the Gridscope system to market. The prototype testing and manufacturing support provided by Speck Design allowed Gridware to develop a final version of the Gridscope system that has gone to market.
Speck Design was approached by Gridware to assist them in creating prototypes for their revolutionary Gridscope system. Gridscope is a technology that is mounted onto a power pole to identify irregularities using sensitive sensors. The technology senses vibrations in the lines and listens for unique acoustic and vibration signals produced during various events. Speck Design provided industrial design, mechanical engineering, and manufacturing support that allowed Gridware to test their equipment in real world situations. Testing helped Gridware to identify key changes necessary to go to market and eventually lead to the development of a final version of Gridscope that has gone to market.
Inspections, 6000 times a second
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