iASYS has designed a customized test setup to measure the efficiency and losses of belt-driven powertrains under various belt tensions and iterations, along with a motor.
Turnkey Testing Solutions
iASYS developed an end of line test bed/Rig for one of the leading Auto maker to test their engines in a given timeframe.
Container Test Cell for EV motor
iASYS has developed a containerized test rig for electric motor testing to assist electric vehicle start-ups, Tier-1 suppliers, and large OEMs in testing and validating their UUTs for a short duration.
Electric Vehicles Testing on a Chassis Dynamometer
How accurately find the road worthiness of the electric vehicle in lab and shift the validation focus from road to rig.
iASYS provided EPA-compliant chassis dynamometers to vehicle certification agencies and major OEMs.
EV Testing as a Service
A start-up company that makes cargo e-vehicles (scooters) for consumers but struggles with the testing and validation processes.
E-Vehicle start up completed their vehicle testing and validation on time without investing in Capex
Automotive OEM reduced Non-Productive Time by automating the processes using Orbit Automation Platform
Emission testing is a difficult and crucial stage in vehicle certification and development since users must adhere to high standards and meet all necessary requirements as outlined by standard processes.
Distributed and Parallel Computing Platform for large Volumes of Engineering Data
To simulate various driving and traffic situations under varied environmental conditions faced by unit under test (UUT- Transmission), data must be recorded
Centralized Resource Scheduling and Asset Management
Development Validation teams and facility management teams all work in separate silos and interact via e-mail (Asynchronous Communication).
Centralized Design Validation Plan (DVP), Scheduling and Report Management
A collaborative platform is required where all cross functional team can collaborate seamlessly in Realtime along with all available physical test resources.