Strain Gauge Rosette Assemblies

Multi-Axis Strain Gauge Rosette Assemblies for Complex Load Analysis

Strain Stress delivers precision rosette assemblies designed to measure multi-directional strain accurately

Overview

Strain gauge rosette assemblies are advanced sensor configurations used to measure strain in multiple directions at a single point. These assemblies are critical for analysing complex stress states where strain cannot be captured by a single linear gauge. By calculating principal strain and direction, rosette configurations support detailed structural diagnostics, fatigue assessment, and finite element model validation. This page presents an in-depth view of the design, application, and industry use of rosette assemblies, as well as their integration with digital data acquisition systems.
Strain Stress, a B2B company with a growing footprint across North America, supports engineers, manufacturers, and infrastructure teams with precision rosette assemblies that improve measurement accuracy and system performance. Our integrated technologies are built to withstand demanding environments and deliver the clarity needed for high-stakes decision-making. From bridges to aerospace components, we provide the tools and support needed to extract meaningful, actionable strain data from every surface.

Trusted Multi-Directional Strain Measurement Solutions

In addition to offering products and systems developed by our team and trusted partners for Strain Gauge Rosette Assemblies, 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.

Core Components

Hardware Products (from GAO Tek & GAO RFID)

GAO Tek Triple-Grid Foil Strain Rosette Sensor

Captures orthogonal and diagonal strain data for advanced stress analysis in metals, composites, and polymers.

GAO Tek Surface-Mount Rosette Gauge

Designed for smooth or curved surfaces; ideal for automotive, aerospace, and fatigue-critical applications.

GAO RFID Wireless Strain Monitoring Transducer

Enables real-time wireless acquisition of multi-axis strain data in field applications.

GAO RFID Data-Linked Strain Rosette Module

Integrated with RFID readers for passive or active strain monitoring over extended distances.

Software and Systems

GAO Tek Multi-Channel DAQ Software

Collects and synchronizes strain data across three axes for simultaneous real-time display and post-processing.

GAO RFID IoT Gateway and Cloud Integration

Connects rosette sensors to remote dashboards, enabling long-term monitoring, alerts, and performance tracking.

Key Features and Functionalities

Compatibility

Applications

Industries We Serve

Aerospace & Defence

Automotive & Motorsports

Civil & Structural Engineering

Manufacturing & Machinery

Renewable Energy & Power Systems

Academic and Research Laboratories

Relevant U.S. and Canadian Industry Standards

Case Studies

Stress Evaluation on Aerospace Fuselage – Texas, USA
A defense contractor used our rosette assemblies on composite fuselage sections to measure in-service loads during flight simulation. The data helped validate stress tolerances and supported FAA airworthiness certification.
An automotive OEM deployed Strain Stress’ rosette gauges in crash testing labs to evaluate fatigue behavior in high-performance aluminum chassis under repeated impact cycles.
Our rosette assemblies were installed on a steel girder bridge to measure stress concentration around fatigue cracks. Integrated with wireless telemetry, the system enabled long-term, real-time tracking that informed rehabilitation plans.

Need advanced rosette gauge solutions for your multi-directional strain analysis?

Contact Us today to speak with our specialists, request a quote, or learn how we can support your testing, R&D, or structural monitoring project with precision, insight, and reliability.
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