WiNG

Overview

WiNG is a fully integrated nodal land acquisition system designed with a single data collection platform to manage operations more easily and efficiently.

This field-proven nodal solution integrates Sercel’s best performing and most sensitive broadband sensor ever, QuietSeis®, to acquire high-precision seismic data

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WiNG Range

The WiNG range includes three types of nodes:

• AFU: analog node, designed for use with geophone strings.

• DFU: a single-component node designed to minimize transportation and storage costs.

• DFU 3C: Sercel's latest node in this range, a three-component version tailored to meet all your challenges.

Focus on DFU 3C

Tailored to your every challenge

3C acquisition has a strong track record in complex geologies for energy exploration. It helps analyze fractures and rock properties, understand fault mechanics, improve material identification, accurately reconstruct the P-wavefield, enable imaging through gas chimneys, and provide additional seismic attributes.

Integrated QuietSeis MEMS technology delivers the most compact and lightweight 3C node on the market, with best-in-class data thanks to its excellent vector fidelity and low-frequency sensitivity.

Benefits

2 times lighter and smaller than the competition.
QuietSeis MEMS Sensors integrated.
QC Pathfinder technology.
Worldwide repair services.
Services available at every stage of the project lifecycle.
Environmentally friendly design.

Main applications

Oil & Gas
Carbone Capture and Storage (CCS) for both exploration and monitoring
Geothermal for both exploration and monitoring
Mining for both active and passive exploration
H2 and He exploration
Geotechnical monitoring
Seismology (earthquake, volcano)

Key Benefits

SYSTEM CERTIFIED DATA

Monitoring Software or Operation Monitoring Environment
Remote QC Monitoring
Data Quality Control

HIGH PRECISION IMAGERY

Digital Fidelity
Low Noise - Low Frequency

IMPROVED OPERATIONAL EFFICIENCY

Advanced Vibroseis Strategies
Improved Automation

wing product in grass environment with a collaborator's hand on it

Download

Category	Name	Language	Publication	Size	Download
Technical paper	Land acquisition without data jitter made possible with MEMS sensors (EN)	English	Oct 21, 2021	789.88 KB	pdf
Technical paper	Single-sensor acquisition without data jitter: a comparative sensor study (EN)	English	Jan 05, 2021	6.65 MB	pdf
Brochure	WiNG Brochure (EN)	English	Apr 10, 2025	6.33 MB	pdf
Technical paper	Native true amplitude and phase broadband sensing (EN)	English	Sep 15, 2020	1.05 MB	pdf