Reliable. Rugged. Ready for the Field.

Engineered to elevate the performance of your infrasound monitoring systems, our Wind Noise Reduction Screen is built to block environmental interference—especially wind noise—so your data stays clear, clean, and accurate.

Designed for long-term durability in the harshest conditions, this screen combines form and function in a precision-built package that integrates seamlessly into any field deployment.

Why It Matters

Cleaner Data: Filters out wind noise to improve the clarity of infrasound signals
Field-Proven Design: Tough enough for remote monitoring stations, research arrays, and permanent installations
Low Maintenance: Corrosion-resistant materials reduce upkeep and extend operational life

Built for Professionals Who Demand Accuracy

Whether you’re running a seismic array, conducting environmental research, or monitoring critical infrastructure, this wind screen is a must-have accessory for accurate and reliable infrasound data collection.

Let’s Talk

Have questions or need a tailored solution? Reach out to our expert team at sa***@********ic.net — we’re here to help you design the perfect setup for your project.

Photo Credit: USGS

The post QL-WNS-01: INFRASOUND SENSOR WIND NOISE SCREEN appeared first on QuakeLogic.

Uncover the powerful link between ground motion and atmospheric waves with the RS&BOOM—an all-in-one solution for seismic and infrasound monitoring.

Overview

The RS&BOOM integrates the RS1D seismograph with a precision infrasound sensor, providing a unique dual-system for capturing both seismic activity and infrasonic waves simultaneously.

This innovative approach makes it possible to study complex natural and human-made events that produce both ground and air signals, including:

• Volcanic eruptions
• Avalanches
• Landslides
• Explosions

By combining seismic and atmospheric data in one system, researchers gain a deeper understanding of how Earth’s movements interact with the atmosphere.

Key Features

• High-precision vertical seismograph (RS1D component)
• Dedicated infrasound sensor for low-frequency atmospheric monitoring
• Simultaneous capture of seismic + infrasound data streams
• Ideal for multi-hazard monitoring (volcanoes, storms, blasts, avalanches)
• Integrated, user-friendly design for seamless comparison

Why Choose the RS&BOOM?

The RS&BOOM is the only instrument that unites a seismometer and infrasound sensor into a single system with synchronized timing—allowing direct, side-by-side comparison of ground motion and atmospheric signals.

This capability opens new research possibilities:

• Seismic + atmospheric phenomena: earthquakes, eruptions, explosions
• Atmospheric events: storm systems, aircraft, auroras, elephant vocalizations
• Multi-hazard monitoring: providing a complete picture of environmental processes

Whether studying Earth’s seismic movements or atmospheric activity, the RS&BOOM delivers unmatched versatility, precision, and insight.

Scientific Publications Featuring RS&BOOM

• Forensic view on two Raspberry Shake burglargrams Separating and denoising seismic signals with dual-path recurrent neural network architecture
• Seismoacoustic measurements of the OSIRIS-REx re-entry with an off-grid Raspberry PiShake
• Assessing Raspberry Shake and Boom Sensors for Recording African Elephant Acoustic Vocalizations

Integration & Deployment

As with all Raspberry Shake models, the RS&BOOM is:

• Network-ready
• Easily integrated into existing seismic and environmental monitoring systems
• Rapidly deployable for immediate data collection

The post RASPBERRY SHAKE BOOM SEISMO ACOUSTIC MONITOR (INFRASOUND SENSOR) appeared first on QuakeLogic.

HERMES is a high-precision infrasound sensor designed to detect low-frequency (inaudible) sound waves produced by both natural and artificial phenomena. Utilizing differential pressure measurement with an acoustic filter, it effectively eliminates atmospheric pressure fluctuations, ensuring high-reliability monitoring across a broad frequency range.

HERMES is designed for deployment in remote and extreme environments. Its robust, weather-resistant housing and low power consumption make it ideal for continuous outdoor and field applications, ensuring uncompromised performance in hostile conditions.

HERMES: High-Precision, Reliable, and Ready for Infrasound Monitoring.

The post HERMES PREMIUM QUALITY INFRASOUND SENSOR appeared first on QuakeLogic.