Dual clock architecture combined with wireless connectivity and the Halo sensor platform to deliver higher-fidelity data in the most challenging onshore environments
STRYDE’s Halo family of nodes represents the next leap forward in land seismic recording, combining an evolution of the piezoelectric sensor with enhanced electronics and next-generation firmware, to deliver the lowest-noise accelerometer for onshore seismic acquisition without compromising on node size, cost or autonomy.
Halo Chrono+ combines high-precision dual clock technology with integrated wireless QC to deliver timing accuracy and data integrity in GNSS-challenged environments such as dense canopy, swamps, and urban GNSS shadows
Compact and lightweight at just 129 × 41 mm and 183 g, the node can be easily buried for optimal coupling, improved data quality, greater discretion, and unrestricted source operations.
Includes integrated radio communications to enable wireless real-time node health QC, range finding to nodes during retrieval, and optional data streaming, giving crews greater visibility and control throughout field operations.
Built with high-precision dual clock architecture and integrated radio communications for wireless QC, the node maintains timing accuracy even where GNSS signals are limited in areas such as wetlands, marshes, and low-lying areas prone to flooding
Evolved piezoelectric accelerometer and electronics deliver extended bandwidth (0.5–200 Hz), higher sensitivity and lower noise, enabling clearer, higher-fidelity seismic data.
50+ days of continuous recording with wireless QC enabled delivers node health visibility without sacrificing operational autonomy.
Backward compatibility with existing harvesting systems allows existing STRYDE crews to adopt the latest node technology without changing established field procedures, camp workflows, or peripheral equipment.
Integrated field hardware and software that streamline node deployment, in-field node health QC, ranging, optional data streaming, retrieval, and data management, helping crews reduce field time, lower logistics costs, and minimise environmental impact.
Modular plastic storage carriers designed to hold up to 10 STRYDE nodes each. The carriers can be clipped together to form a 90-node tray, supporting efficient storage, transportation, handling, charging, and data harvesting workflows.
A rugged handheld field positioning system that enables crews to accurately deploy, locate, and retrieve STRYDE nodes in the field.
A handheld communications device that links field crews to STRYDE nodes via the Navigator App, enabling faster, more accurate deployment and retrieval operations.
An ergonomic aluminium-framed deployment backpack that enables hands-free field operations by foot, carrying up to 90 nodes in Magazine Strips, plus the Initialisation Device, Navigator Tablet, and optional Rope Spool and external GNSS antenna mount.
An aluminium-framed backpack designed for ergonomic transportation of STRYDE nodes on foot, carrying up to 60 nodes in Magazine Strips for efficient field replenishment.
A rugged large-screen Android tablet for in-field node health QC, range-finding to nodes during retrieval, and optional data streaming. Suitable for handheld use or mounting to a vehicle for efficient data collection and line monitoring.
A complete vehicle kit for wireless node QC data collection, including a large-screen rugged Android tablet running STRYDE’s Node QC App, tablet dock, vehicle charger, and external antenna with cable.
Purpose-built seismic field planning and QC software that streamlines survey design, field operations planning and QC, providing quality assurance from node deployment through to data delivery.
The Halo family includes three types of seismic node, Classic, Connect and Chrono+.
Each designed for a specific role while working seamlessly together, and all engineered to deliver consistent data quality, enhanced reliability, and an extended bandwidth (0.5–200 Hz) for high-fidelity acquisition in any onshore environment.
A fully autonomous node designed for efficient deployment across surveys of any size, delivering dependable, high-quality data at the lowest possible cost.
Features integrated radio communications for in-field health QC, range-finding to nodes during retrieval, and optional data streaming, while retaining STRYDE's industry-leading 50+ day battery life - even with continuous QC broadcasting.
STRYDE offers three modular seismic receiver systems designed to support efficient acquisition at every survey scale.
Each system combines low-cost land seismic nodes with scalable charging and data harvesting infrastructure, enabling rapid node rotation, efficient field operations, and a lower total cost per channel.
Switch between STRYDE node types without changing your equipment. Charging, harvesting, and field peripherals are fully compatible across all STRYDE node families.
For projects requiring up to 1,500 nodes
Includes STRYDE laptop, one Nest Case for charging/download and field peripherals
For projects requiring up to 30,000 nodes
Supports up to six Nest Cases for charging/download and field peripherals
For projects requiring up to one million nodes
Purpose-built containers for node cleaning, charging/download and data management at scale
