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Engineering Insights

This category shares practical insights, experience, and engineering perspectives.

It focuses on common challenges, mistakes, and underlying principles in developing complex systems, providing a deeper understanding of real-world engineering.

Two engineers inspecting the body structure of a special-purpose vehicle with a focus on structural design, packaging and weight optimization

Lightweight Engineering for Special-Purpose Vehicles: Why Mass Is a Budget

Lightweight engineering for special-purpose vehicles is not about saving every possible kilogram. The key is to reduce mass where it creates technical reserves for protection, payload, range and additional functions.

Engineers analyze suspension components in the prototype phase to optimize vehicle technology

Prototype workshop: How concepts become functioning systems

In the prototype workshop, systems become reality. How development, testing, and implementation work together to create functional and robust solutions.

Workshop on product development with a focus on CAD, 3D scanning, and reverse engineering in the training of technical specialists

Reverse engineering and CAD surface reconstruction: Insights from practice

Reverse engineering enables the analysis and further development of existing components. An insight into methods such as 3D scanning and CAD surface reconstruction.

3D scan of a vehicle interior for the digitization of physical objects for CAD modeling and reverse engineering

3D digitization in product development: applications, potential and implementation

3D digitization is the foundation of modern product development. How 3D scanning, CAD, and reverse engineering are used to analyze and further develop components.

Close-up of a vehicle surface to illustrate reflections and the quality of Class A surfaces in CAD modeling

Class-A surface modeling in CAD: Precision for visible components

Class A surface modeling in CAD is the foundation of high-quality visible surfaces. How design, geometry, and manufacturability are brought together.

FEA simulation of a vehicle structure for analyzing stresses and deformations

AI-supported finite element analysis in vehicle development: Potentials and areas of application

AI is transforming FEA simulation in vehicle development. What advantages it offers and where its limitations lie.

Door systems in vehicles: The invisible precision

Was auf den ersten Blick einfach aussieht, ist in Wahrheit ein hochkomplexes Zusammenspiel aus Mechanik, Kinematik und Integration: Vom satten „Klick“ beim Schließen über die millimetergenaue Passung bis hin zur Abstimmung auf Crashtests und Komfortanforderungen.

Armored special vehicle based on a G-Class for use under demanding conditions

Vehicle development under extreme conditions: Special vehicles in focus

Special vehicles place unique demands on development and integration. An insight into projects with high technical and functional requirements.