A complete land seismic system designed to enable efficient large-scale 3D and 4D seismic operations for channel counts of up to 150,000...
High-density data is the key to high resolution seismic imaging. Gathering that data on land presents unique challenges and all too often there’s a fine balance to be had between cost, logistics, and survey density, in addition to the difficulty of working in complex terrains.
Discover how our ground-breaking nodal technology and receiver systems can help you cut costs, reduce crew size, and fast-track seismic surveys…
STRYDE's Compact System™ is housed in a 20ft container and enables unprecedented operational efficiency with minimal manpower and space requirements in camp.
Up to 150,000 nodes
A 20ft shipping container for node charging and data harvesting
Node deployment equipment
Intuitive navigation app for efficient stakeless deployment
Scalable software for system operation, including QC
Shaker table for node testing
The MNHU is a 20ft container, weighing 7500 kg, containing all the hardware required for node charging and harvesting and seismic deliverables creation.
nodes can be simultaneously charged and harvested in 4 hours
nodes can be rotated in 24 hours, with 1 operator
How STRYDE assures in-field quality control
The node cleaning container is equipped with a dedicated cleaning area and fitted with ergonomic lift, washing and drying stations, racks and air-conditioning - allowing up to 40,000 nodes to be cleaned per 24 hours.
nodes cleaned per 24 hours
The world’s smallest and lightest autonomous nodal seismic recording instruments. Supplied in multiples of 90 units.
Discover our nodal technology
Reduced CAPEX and OPEX costs on receiver equipment and survey operations, enabled by small, lightweight, and low-cost receiver technology.
STRYDE allows users to achieve a significantly greater trace density for any given budget, leading to a significant uplift in seismic image quality.
Environmentally damaging line clearing is eliminated, since equipment can be hand carried. You also need far fewer vehicles, reducing CO2 emissions and land disruption.
The lightweight design of the nodes means you need smaller crews, fewer vehicles, and less line clearing which minimises exposure to HSE risk.
The world's largest nodal survey (166,000 channels) was recently used by AGS to acquire high-resolution seismic data, in a way that has never been done before.
Discover how the world's smallest land seismic sensor was used to acquire seismic images in less time, with fewer resources, and at a significantly reduced price point for an oil and gas exploration project in Oman.
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