Road load data acquisition (RLDA) is an excellent method for measuring the precise vehicle response either on public roads in the anticipated market or on proving grounds by replicating specific driving profiles. And as such is a critical starting point for successful vehicle durability engineering. Today, durability testing teams are under tremendous pressure to deliver high quality data as fast as possible for as many vehicles as possible. Using complicated and time-consuming traditional systems can make life a bit stressful at times. This is why more and more teams are switching to state-of-the-art methods, such as our RLDA solution. It not only enables you to acquire reliable data under extreme testing conditions, but it also includes embedded universal signal conditioning for easy setup of various test types. Compact and easy-to-install, it interfaces with a wide range of analog and digital sensors, and offers a flexible channel count. The solution is technician friendly and provides accurate measurements the first time, seamlessly guiding both first-time and experienced users through the entire durability acquisition process.
Accelerate delivery of high-quality road load data
Road Load Data Acquisition
Road Load Data Acquisition
Road load data acquisition (RLDA) is an excellent method for measuring the precise vehicle response either on public roads in the anticipated market or on proving grounds by replicating specific driving profiles. And as such is a critical starting point for successful vehicle durability engineering. Today, durability testing teams are under tremendous pressure to deliver high quality data as fast as possible for as many vehicles as possible. Using complicated and time-consuming traditional systems can make life a bit stressful at times. This is why more and more teams are switching to state-of-the-art methods, such as our RLDA solution. It not only enables you to acquire reliable data under extreme testing conditions, but it also includes embedded universal signal conditioning for easy setup of various test types. Compact and easy-to-install, it interfaces with a wide range of analog and digital sensors, and offers a flexible channel count. The solution is technician friendly and provides accurate measurements the first time, seamlessly guiding both first-time and experienced users through the entire durability acquisition process.
Nissan Technical Centre Europe
Implementing end-to-end Simcenter solutions for test-based durability engineering
Nissan uses Simcenter SCADAS and Simcenter Testlab to implement state-of-the-art durability engineering processes
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