A Minilog/Microlog data logger can collect data from a vehicle’s onboard systems in real-time, providing immediate feedback on the vehicle’s performance. By collecting data continuously during the test, testers can identify issues and trends as they happen and make necessary adjustments to the test plan.

Durability testing with a Microlog/Minilog data logger connected to the cloud can be more cost-effective than traditional testing methods, such as dyno testing. Dyno testing requires a specialized facility and equipment, which can be expensive to operate and maintain. In contrast, a Microlog can be easily connected to a vehicle’s OBD-II port, making it a cost-effective solution for data collection.

Connecting a Microlog to the cloud allows for efficient storage and analysis of large amounts of data. Cloud-based storage provides easy access to the data, enabling analysts to quickly review and interpret the data, identify issues, and make recommendations for future vehicle development.

Improved Test Accuracy: Using a Odos logger in durability testing provides accurate and precise measurements of the vehicle’s performance. The data logger captures data from a vehicle’s onboard sensors and systems, providing a complete picture of the vehicle’s performance under a variety of conditions.

Durability testing with a Odos data logger connected to the cloud enables remote testing, which can be particularly useful during the COVID-19 pandemic. By connecting to the cloud, testers can remotely monitor the test and make adjustments as needed, reducing the need for on-site testing and minimizing the risk of exposure to COVID-19.

Overall, using a ODOS data logger in durability testing connected to the cloud is an effective and efficient test method that can provide valuable insights into a vehicle’s performance and help manufacturers improve their vehicle designs.