AVL FuelExact™ takes advantage of the well-established and highly precise measurement principles (PLU or Mass Flow) combined with the world’s best fuel temperature control.

Our goal is to provide immersive experiences that make virtual worlds feel as real as the physical world. By using advanced head-mounted displays and controllers, we create a seamless blend between you and the virtual environment.

Our main goal is to bring real added value to your test field or testbed by utilizing the latest Augmented Reality (AR) technology. AR extends the real world by displaying computer-generated information, increasing the interpretability of abstract data.

The AVL DynoULTRA™ PMM is a development tool specially designed to satisfy today’s and tomorrow’s testing needs. It meets the strict requirement for high performance and speed, while keeping the focus on reliability and robustness.

With software maintenance, AVL ensures the value and stability of AVL software for the customer throughout the entire product life cycle

AVL FLOWSONIX™ Air is the innovative measurement system for the measurement of air consumption that is fast, accurate and robust. 
The measurement system uses an ultrasonic transit-time differential technique to accurately measure air mass flow in the intake. 

In today’s testing environment it is key that the Software is operational as long as possible and technically feasible. Software need to be valuably throughout its lifecycle within secured budgetary frame conditions.

Our state-of-the-art VR, AR, and 3D scanning technologies bring added value to your testbed and facility. With immersive reality, we drive efficiency, quality, and collaboration throughout your entire value chain.

In case of unplanned downtime, AVL offers a range of services to minimize downtime by restoring equipment to its full functionality as quickly as possible – while providing alternative solutions in the meantime.

AVL is the premier supplier of precision sensors for any kind of test system, including sensors to measure the pressure in liquid and gaseous media