Engineering Services

ITM provides engineering services including testing, strain gauging, data acquisition, custom transducer design, and LabVIEW programming.

Wireless Strain Measurements on Rotating Machinery

Predictive Maintenance with Amazon Monitron Sensors

Push Your Motorsports Team to the Limit with ITM’s Rod End Load Cell Expertise

Strain Gauged Shock Eyelet Overlayed on a Formula One Racecar

Strain Gauge installed on a Shock Eyelet which is Overlayed on a Formula One race car.

Turn our strain and torque load cell experts loose to gain performance on your test track

At ITM, your race car’s exact load and downforce can be precisely measured using rod end load cell and torque load cell technology. 

Putting our strain gauging expertise to work allows race teams from NASCAR, Formula 1, IndyCar and others to modify designs, decrease stress and gain a competitive advantage.

Putting our strain gauging expertise to work allows race teams from NASCAR, Formula 1, IndyCar and others to modify designs, decrease stress and gain a competitive advantage. 

A strain gauge, or load cell, is an instrument that is commonly affixed to the vehicle’s various components — including the rod end, suspension pushrods, gear lever, steering column, driveshaft, pedals and more. These instruments can then measure the wheel load, for example, as a car hugs a tight turn in real time. The in-vehicle data logger picks up every load change caused by high-speed acceleration, breaking and maneuvering. 

Ultimately, load cells and strain gauges are an irreplaceable tool for anyone looking to push the limits and fully understand racecar performance. 

Our engineers have installed load cells and strain gauges on structures and machinery around the globe for decades. We take pride in perfecting the art of strain gauge application, logging, measurement and analysis — whether on vehicles, medical devices or rocket components. 

We are also confident in our custom iTestSystem software, which allows us to stream and analyze load cells, strain signals and do real world fatigue data acquisition. Contact our strain lab and technicians to build a custom real time strain monitoring system or to design, build, calibrate and test strain-based load cells. 

Contact us for more information about our automotive, strain gauging and testing services.

ITM Engineers Strain Gauge in Shadow of Artemis I Rocket Launch



Engineers Test Orion Spacecraft

Engineers Test Artemis I Spacecraft Orion at Johnson Space Center



ITM strain gauge team witnesses powerful forces during two-week trip to Cape Canaveral

A group of engineers and aerospace engineering technicians from Integrated Test & Measurement just returned after an unforgettable experience in Cape Canaveral.

ITM’s team was there to assist an aerospace engineering partner with on-site strain gauging. The challenge was to assist in validating rocket components ahead of an upcoming launch, which required completing a massive strain gauge instrumentation project.

ITM’s team was there to assist an aerospace engineering partner with on-site strain gauging. The challenge was to assist in validating rocket components ahead of an upcoming launch, which required completing a massive strain gauge instrumentation project.

The team’s work was delayed due to Hurricane Nicole, so they waited out the storm just blocks from the beach, said Ryan “RJ” Matthews, ITM engineer. As powerful as it was seeing a storm with wind speeds exceeding 130 mph, the hurricane was still a distant second in the most memorable department to their up-close view of NASA’s Artemis I mission rocket launch.

Matthews said the team took a break from strain gauging a rocket booster, an intense project that required a significant amount of cable routing, to observe the launch from just a few miles away.

To accommodate their partner, ITM’s crew worked eight 12-hour shifts from 5 p.m. to 5 a.m., so perfect timing to watch NASA take a first step toward blazing a path back to the Moon in the early hours of Nov. 16.

About 45 minutes after the anticipated launch time, fireball from the SLS Rocket lit up the night sky.

Artemis I Rocket Launch Time Lapse

Artemis I SLS Rocket Launch Time Lapse

“It was incredible,” said Matthews, who witnessed the launch from a balcony. “It was super bright — kind of like a 1-minute sunrise. About 40 seconds later, it started rattling the building.”

Contact us for more information about our aerospace, strain gauging and testing services.