Orbit Test Automation System

Automotive test automation system for powertrain testing and R&D validation

How to Choose the Right Automotive Test Automation System for Your R&D Facility

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Automotive product development is becoming increasingly complex. With conventional engines, hybrid systems, electric powertrains, batteries, motors, transmissions, and emerging hydrogen technologies being developed simultaneously, R&D facilities need testing systems that can handle multiple technologies efficiently. Traditional testing approaches that depend heavily on manual intervention, disconnected equipment, and isolated data can make validation slower and more […]

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Automotive Test System Upgradation: A Complete Guide to Modernizing Powertrain Testing for ICE, EV, and Hydrogen Vehicles

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The rapid growth of electric vehicles has increased the demand for advanced EV Powertrain Testing systems. Manufacturers are now focusing on high-performance validation, durability testing, energy optimization, and safety compliance to ensure reliable EV performance. However, testing modern electric powertrains comes with multiple technical and operational challenges. With the help of advanced Electric Powertrain Testing

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Orbit test automation system

Orbit H2 — The Future of Modular and Scalable Fuel Cell Testing

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As the global transition toward clean and sustainable energy accelerates, hydrogen fuel cells are emerging as one of the most promising zero-emission technologies. From powering electric vehicles to supporting renewable energy storage, hydrogen-based solutions are transforming industries. However, achieving reliable performance and safety in these technologies requires one critical step — accurate, scalable, and automated

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Case Study on HVDT FFT Analysis for Catcon Exhaust System Validation

Case Study /

This case study showcases how iASYS enabled a leading automotive
manufacturer to validate its Catcon exhaust system using an
advanced HVDT FFT analysis approach. Through the integration of
the Orbit test automation system and automated FFT-based vibration
analysis, the solution optimized Powertrain testing automation by
improving accuracy, reducing test time, and ensuring reliable
detection of resonance frequencies.
By standardizing vibration testing and data analysis, iASYS helped the
customer enhance NVH performance, prevent Catcon fatigue, and
establish a repeatable, future-ready validation framework. This

transformation not only improved automotive powertrain testing
efficiency but also demonstrated the versatility of iASYS’s automotive
testing solutions for engines and battery testing solutions for e-
mobility.

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