The post Outdoor Enclosure Replacement Cables appeared first on QuakeLogic.

This rugged IP67-rated enclosure, crafted from a durable mixture of polycarbonate/acrylonitrile butadiene styrene (PC-ABS), provides unparalleled protection for your unit against rainfall, dust, and bugs. Trust in the IP67 rating, which guarantees full weatherproofing, dust-tight construction, and the ability to withstand immersion for 30 minutes at a depth of 1 meter.

The enclosure has an incorporated bubble level and sensor holder.

The post Outdoor Enclosure | All models of Raspberry Shake appeared first on QuakeLogic.

This Micro SD card comes pre-programmed with a Debian OS and the latest version of all of the programs that you will need to get your Raspberry Shake up and running. It has been installed and tested by one of our experts, to ensure that all of the software packages run without any hiccups.

Plug it in, turn it on, and start watching the Earth move.

The post Pre-Programmed SD Card for Raspberry Shake Models appeared first on QuakeLogic.

We have very strict quality control standards for the Raspberry Shake and about 5% of the geophones we order do not make the cut. We gather up all of the geophones that are out of spec, and haul them over to our band saw and cut them open for you.

It is fascinating to see what is actually inside and gives you a real insight into how it is able to capture the tiny vibrations as the Earth moves right beneath you.

These cut open geophones make fantastic learning tools for teachers and educational facilities. They are also an ideal solution for the inquisitive among you to see and feel for yourselves, what is inside.

The post Geophone Sensor Cut Open appeared first on QuakeLogic.

The post GPS Antenna for Quakely and Raspberry Shake Models appeared first on QuakeLogic.

Overview

The RS4D combines a vertical geophone velocity sensor with three accelerometers, providing a unique dual-sensor design that captures both ground velocity and ground acceleration. This extended detection range makes it ideal for environments where traditional seismographs may saturate during strong shaking.

With its three accelerometers covering all axes (vertical, north–south, east–west), the RS4D ensures high-fidelity measurements across the seismic spectrum—perfect for earthquake-prone regions and structural health monitoring applications.

Key Features

• Dual-sensor design: integrated velocity (geophone) + acceleration (accelerometers)
• Captures both strong motion and micro-seismic activity
• Three accelerometers for full 3-axis ground motion detection
• Wide decibel range for greater sensitivity and accuracy
• Compact, all-in-one, and highly portable design

Why Choose the RS4D?

The RS4D is purpose-built for high-seismic environments, staying accurate and on-scale even during extreme ground shaking. Its dual measurement system enables detailed analysis of both near-field and distant seismic events while ensuring local acceleration is fully captured.

Beyond earthquake monitoring, the accelerometer suite expands the RS4D’s capability to structural health monitoring, making it an invaluable tool for infrastructure safety, resilience studies, and seismic research programs.

Whether deployed for local seismicity, strong-motion studies, or advanced SHM, the RS4D provides professional-grade data quality in a portable, easy-to-deploy package.

Scientific Publications Featuring RS4D

• Seismic Observations in Bucharest Area with a Raspberry Shake Citizen Science Network.
• Reduce Seismic Risk: Analysis of a “Small Box” that Can Do a Lot.
• “Saving Precious Seconds”—A Novel Approach to Implementing a Low-Cost Earthquake Early Warning System.
• Monitoring of Local Earthquakes in Haiti Using Low‐Cost, Citizen‐Hosted Seismometers and Regional Broadband Stations.
• Seismic Instrumentation and Structural Health Monitoring of Essential Buildings.

Integration & Deployment

Like all Raspberry Shake models, the RS4D is network-ready, easily integrates into existing seismic systems, and can be rapidly deployed for immediate data collection.

The post RASPBERRY SHAKE RS4D STRONG-MOTION SEISMOGRAPH appeared first on QuakeLogic.

The post RASPBERRY SHAKE RS3D – Measure Vertical & Lateral Ground Motion in 3D appeared first on QuakeLogic.

The post RASPBERRY SHAKE RS1D VERTICAL SEISMOGRAPH 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.