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The STRYDE Nimble System™

Our nodal technology

Technical paper

Zero carbon emission field operations for onshore seismic acquisition

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Authored by STRYDE, Seismic Mechatronics BV, Dayboro Geophysical and CITG, and published in First Break Volume 41, October 2023, this article compares the results achieved by one Storm10 eVibe in combination with STRYDE autonomous nodes, operated with zero carbon-emissions, to results obtained in mid-2022 using three conventional Mertz M12 diesel powered Vibroseis trucks in combination with Sercel WiNG nodes. We demonstrate that even with challenging operational conditions, the results achieved with the eVibe are superior for both the near-surface and deeper subsurface.

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Discover more STRYDE technical papers

New node design enabling higher density seismic acquisition could be a game changer

New node design enabling higher density seismic acquisition could be a game changer

In this article, we outline the motivation behind the invention of a new generation of nodes. We will also discuss how, within a year of entering the market, these nodes have already disrupted the way some land seismic is being acquired across many industries, and how by scaling down the size of nodes, high-density seismic acquisition can finally be accessible to all.

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Acquiring sustainable, efficient high-resolution seismic data for geothermal exploration in an urban environment

Acquiring sustainable, efficient high-resolution seismic data for geothermal exploration in an urban environment

This technical paper published by EAGE and written by Nick Tranter (STRYDE), Richard de Kunder (Seismic Mechatronics), Ben Turner (Dayboro Geophysical) and Guy Drijkoningen (Delft University of Technology), discusses how an eVibe paired with STRYDE Nodes™ were used in a restrictive urban environment.

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Seismic acquisition in western Siberia - a comparison between conventional cabled receiver arrays and lightweight autonomous nodes

Seismic acquisition in western Siberia - a comparison between conventional cabled receiver arrays and lightweight autonomous nodes

Examining the impact of nodal acquisition and increased trace density on image quality, survey efficiency and environmental footprint in a densely forested area of western Siberia.

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