BETA CAE Systems is a leading provider of engineering simulation solutions, dedicated to developing advanced software and delivering exceptional services. For over 30 years, we have helped industry leaders across sectors tackle complex challenges. BETA is now part of Cadence Design Systems.

BF Engineering GmbH, founded in Germany in 2010, is a world market leader in the design and manufacturing of advanced lighting and radiation systems. The company specializes in solar simulation, infrared, and UV technologies, delivering high-precision test bench solutions for the automotive, military, photovoltaics, and aerospace industries across the globe.

Bramble’s in the cloud CFD Platform speeds up the pre and post-simulation process, giving you more time to innovate. The user-friendly platform and customised data management opens up CFD simulation to all levels of expertise, whilst its inbuilt methodology gives you results you can trust. All at a price that will make you smile.

Performance driven engineering and aerodynamics consultants. Catesby Projects’ engineers and designers have worked behind the scenes to deliver world class solutions to major automotive OEMs, world championship winning race teams and Olympic champions. From concept to computational modelling, all the way through to physical testing and validation, our diverse skillset enables clients to achieve their targets. We are also the official resellers of Catesby Tunnel, the world’s longest indoor vehicle testing facility. 

CAERI Wind Tunnels

Founded in March 1965, China Automotive Engineering Research Institute Co., Ltd (CAERI) is a nationally recognized research institute，and transformed into a technology-oriented enterprise. CAERI was listed on the Shanghai Stock Exchange(stock code: SH601965) on June 11, 2012.

CAERI is mainly engaged in automotive R&D, consulting, testing, inspection and evaluation. It also has the production of special cars and components for rail transportation, automotive gas systems and parts, as well as the testing and inspection equipment for vehicle and component. After 50 years of development, CAERI has test laboratories covering vehicle safety, NVH, EMC, emission, EV, alternative fuel vehicle, chassis, engine, other auto parts, and two proving grounds.

Since October 2019, CAERI started to operating two new wind tunnels: an aero-acoustic wind tunnel (AAWT) and a climatic wind tunnel (CWT). The AAWT is designed for full-size passenger cars and vans. It features excellent acoustic and aerodynamic properties, as well as sophisticated equipment such as a five-belt turntable-balance-rolling road system, a boundary layer suction system, a traversing system, a set of acoustic treatment, and a three-dimensional microphone array. Meantime, CWT is constructed for full-scale cars, vans, buses, and trucks. It has accurate temperature, relative humidity, full-spectrum sun, rain, and snow control in addition it has reasonable aerodynamic properties.

After years of operation, the WT's functions have been enhanced. In June 2020, CAERI wind tunnel got WLTP certification from TUV NORD. In addition, CAERI developed several innovations, such as database and AI for drag prediction, digital wind tunnel (DWT), and smart WT for life time health monitoring management. 

CompActive GmbH – Smart Solutions for the Vehicle of Tomorrow

As a technology-driven system supplier, CompActive GmbH develops and manufactures innovative solutions in the field of active aerodynamics. With many years of experience in the automotive industry, deep engineering expertise, and a clear focus on series production, we combine technological innovation with industrial scalability.

A standout in our portfolio is the Active Aero Wheel – an adaptive wheel component that automatically adjusts to the driving situation and environment. By optimizing airflow, it significantly reduces aerodynamic drag, enhances energy efficiency, and increases driving range.

At the same time, the intelligent ventilation flap resolves the longstanding conflict between aerodynamic performance and effective brake cooling – demand-driven, highly durable, and fully automated.

Our solutions are engineered to meet the highest quality standards in OEM environments and are ready for integration into modern vehicle platforms – scalable, robust, and production-ready.

Adaptive technologies for efficient and sustainable mobility.

Dantec Dynamics A/S – Turning Measurements into Knowledge

Dantec Dynamics ist seit 1947 ein weltweit führender Anbieter integrierter Messsysteme zur Diagnose und Forschung in den Bereichen Strömungsmechanik, Festkörpermechanik, Mikrofluidik, Sprühanalyse und Verbrennungstechnik. Die Messsysteme finden weltweit Anwendung in einer Vielzahl von Bereichen. In der Fahrzeug- und Luftfahrttechnik unterstützen sie Aerodynamik-, Aeroakustik- und NDT-Untersuchungen; in der Biomedizin und im Bauwesen ermöglichen sie biomechanische Analysen, Fluiddiagnostik sowie Prüfungen an Bauwerken; im Bereich Verbrennung und Thermik dienen sie zur Untersuchung von Flammen, Motoren, Elektronik und thermischem Komfort; in der Fluid- und Materialanalyse kommen sie in Hydraulik, Hydrodynamik, Mikrofluidik, Mischungs- und Prozessforschung zum Einsatz; zudem bieten sie präzise Methoden für Spray- und Partikelcharakterisierung, Bewegungs- und Schwingungsanalyse sowie für Material- und Strukturanalysen mittels digitaler Bildkorrelation und weiterer optischer Verfahren.

Our 3DEXPERIENCE® platform powers our brand applications and provides a rich portfolio of industry solution experiences.

Dassault Systèmes, the 3DEXPERIENCE® Company, provides business and people with virtual universes to imagine sustainable innovations.

Its world-leading solutions transform the way products are designed, produced, and supported. Dassault Systèmes’ collaborative solutions foster social innovation, expanding possibilities for the virtual world to improve the real world. The group brings value to customers in all industries in more than 140 countries.

The FKFS is an independent institute and provides research and development services for the international automotive industry.

To this end, it operates various highly specialized test facilities and test vehicles, including several wind tunnels, Europe's largest driving simulator at a research facility, a powertrain test bench for hybrid and conventional vehicles, and numerous engine test benches. In-house developed measurement and testing methods enable the institute to solve complex and challenging tasks. Many years of experience in the development and application of simulation tools complement the range of services.

Around 180 highly qualified and dedicated employees work on research and development projects in the fields of vehicle drives, automotive engineering, mechatronics and electromobility. Founded in 1930, the foundation cooperates closely with the Institute for Combustion Engines and Automotive Engineering at the University of Stuttgart.

LaVision was founded in Göttingen in 1989 by scientists from the Max Planck Institute für Strömungsforschung and the Laser Laboratorium.
Since its foundation, LaVision has been successful in the development and implementation of imaging (laser) measurement technology. This universally applicable cross-sectional technology has strong applications in the fields of flow measurement technology (aerodynamics, microfluidics), combustion (efficient energy generation, process industry) as well as in spray and particle diagnostics and process engineering. This product range has been expanded to include camera-based measuring systems for surface deformation analysis, simple flow visualization (hydrogen technology, clean rooms) and other systems for industrial process control.
Our measuring systems measure without contact with high temporal and spatial resolution and are used worldwide in research and development laboratories and in industry. LaVision cooperates successfully with leading research institutions in Germany and abroad and is represented worldwide by subsidiaries or agencies.

We offer our customers both application-specific individual solutions and series products based on a modular system that can be modified or expanded as required. In addition to the hardware, our comprehensive system approach is also based on the DaVis software, which is specialized and optimized for the respective measurement method and is constantly being further developed by our in-house experts. Innovative algorithms ensure the best possible quality of results and precision of measurements, as well as a wide range of displays in various file formats.

Make the invisible visible
The real-time Sensor Tracking Velocimetry System (STV) ProCap transforms a probe into a magic wand, enabling you to analyse and measure even complex flow fields in real time.
The seamless interaction of all components allows to use the probe like a paint brush, painting the airflow on the computer screen. The measured 3D data is accessible in real-time, typically on a large screen or projected to a wall with good visibility during testing. The data is also available offline for further analysis.
A range of flow probes, tracking systems and accessories are available allowing to configure the system for applications ranging from wind tunnel testing to low-speed HVAC applications.
 

Vectoflow ist auf die Entwicklung und Herstellung von Strömungsmesstechnik und -systemen spezialisiert, die mithilfe von 3D-Druckverfahren gefertigt werden. Dadurch lassen sich komplexe, anwendungsspezifische Geometrien realisieren – ideal für den Einsatz in anspruchsvollen Bereichen wie Luft- und Raumfahrt, Automotive, Motorsport oder Turbomaschinenbau.  

Mit über zehn Jahren Erfahrung verfügt Vectoflow über umfassende Inhouse-Kompetenzen in Konstruktion, Entwicklung, Fertigung und Kalibrierung – zentral gebündelt am Unternehmenssitz in Gilching bei München.