Advanced Pressuremeters for Deep Soil and Foundation Analysis
Explore precision-driven Menard and Self-Boring Pressuremeter systems for accurate in-situ geotechnical profiling and foundation design.
Pressuremeter Systems – Advanced In-Situ Soil Deformability & Strength Testing
Pressuremeters, including Menard and Self-Boring types, are advanced geotechnical instruments used to measure in-situ soil deformability and strength under pressure. These tools are critical in characterizing subsurface profiles for deep foundation design, retaining structures, tunnel linings, and slope stability analysis. By inserting a cylindrical probe into a pre-drilled or self-bored hole and inflating it against the borehole wall, engineers gather essential data on soil moduli, yield pressure, and limit pressure. This real-time insight eliminates many assumptions tied to lab-based sampling and helps optimize structural design for safety and cost-efficiency.
Civil Structure Test Tech, a trusted B2B provider across North America, supplies high-performance pressuremeter systems and accessories tailored for demanding civil engineering projects.
We serve firms requiring accurate, dependable solutions for geotechnical site investigations—delivering systems built on innovation, reliability, and advanced integration.
Core Components
In addition to offering products and systems developed by our team and trusted partners for Pressuremeters (Menard and Self-Boring), we are proud to carry top-tier technologies from Global Advanced Operations Tek Inc. (GAO Tek Inc.) and Global Advanced Operations RFID Inc. (GAO RFID Inc.). These reliable, high-quality products and systems enhance our ability to deliver comprehensive technologies, integrations, and services you can trust. Where relevant, we have provided direct links to select products and systems from GAO Tek Inc. and GAO RFID Inc.
Hardware Components
- Menard Pressuremeter Probe
Wi-Fi HaLow End Devices enable reliable wireless data collection from remote probes for infrastructure risk monitoring.
- Self-Boring Pressuremeter Probe
Cellular IoT Devices facilitate real-time transmission of undisturbed soil data critical for underwriting property risks.
- Pressure Control Units
Zigbee Gateways/Hubs support automated pressure regulation with secure, low-power network control to ensure test accuracy.
- Tubing and Cables
LoRaWAN Accessories provide durable connectivity solutions ensuring uninterrupted data transfer during field operations.
- Borehole Stabilizers
Industrial & Asset Monitoring Sensors – Industrial & Asset Monitoring Sensors monitor probe alignment and stability to minimize test errors impacting financial risk assessment.
Software Solutions
- Data Acquisition Software – Logs real-time pressure vs. volume data with customizable test parameters.
- Analysis & Reporting Modules – Calculates key geotechnical parameters and auto-generates visual charts and reports.
Cloud Services
- Remote Data Sync – Enables field engineers to upload test data for remote review and centralized storage.
- Project Dashboards – Secure, cloud-based platform to track testing schedules, locations, and trends across multiple sites.
Why Choose Us?
Precision Systems for Structural Performance Evaluation
Key Features
Real-time soil modulus and pressure readings with automated test cycles for consistency.
Multiple probe diameters and test depths with high-pressure capability (up to 10 MPa).
Rugged, field-ready casing with digital display and wireless control options.
Integrations
Integrates With: GPS systems for location-tagged testing, cloud-based geotechnical analysis suites, and structural simulation software
Data Formats: Standard export to CSV, PDF, and native CAD/GIS systems
Compatibility
Compatible With: CPT rigs, rotary drilling equipment, and tripod-based test setups
Benefits
Provides accurate in-situ soil profiling, reducing reliance on empirical correlations.
Increases design confidence by minimizing uncertainty in capacity and settlement calculations.
Field-portable systems preserve soil conditions (self-boring type) and reduce sampling errors.
Applications
Foundation validation for high-rises, bridges, retaining walls, and tunnels.
Slope stability assessments, deep excavation, and shaft construction studies.
Offshore and marine foundation engineering for energy and infrastructure projects.
Industries
Civil & Structural Engineering and Transportation Infrastructure.
Mining, Tunnel Development, and Energy & Utilities (Oil, Gas, Wind, Hydro).
Environmental, Geotechnical, and Construction/Real Estate Development firms.
Relevant U.S. & Canadian Standards
ASTM D4719
ASTM D7400
AASHTO T276
CSA A23.1
CGS
Case Studies
Case Study 1: U.S. Highway Bridge Retrofit – Pennsylvania, USA
To assess soil support for a multi-span highway bridge retrofit, Self-Boring Pressuremeters were deployed at 30 locations. The data directly influenced the redesign of spread footings, optimizing safety margins while reducing excavation depth and concrete costs.
Case Study 2: Tunnel Boring Route Validation – Seattle, USA
During early stages of a metro tunnel expansion, Menard Pressuremeter tests helped profile stiff clay layers beneath the city. This real-time data reduced the risk of shield jamming and allowed contractors to pre-condition the soil only where necessary.
Case Study 3: Offshore Wind Foundation Analysis – Nova Scotia, Canada
Civil Structure Test Tech provided pressuremeter systems for a coastal wind project requiring seabed soil characterization. The equipment performed reliably under saline, high-moisture conditions, aiding in the pile foundation design of six turbines.
Contact Us
Ready to advance your soil investigation capabilities?
Contact Civil Structure Test Tech for product specifications, pricing, integration support, or expert guidance on Pressuremeter systems. We’re here to help you engineer smarter, build stronger, and explore deeper.