In aeronautics, precision, safety and efficiency are among the top priorities. Whether manned aviation systems or unmanned UAS, the requirements for quality and conformity to standards are constantly increasing. This is precisely where our individual test systems come in: These are tailored precisely to your individual requirements and support you in complying with the highest safety standards efficiently and reproducibly.

Our successfully implemented projects range from automated parameter test systems for validating electronic components to high-precision test benches for mechanical assemblies such as landing gear. Thanks to their modular design and intelligent control technology, our systems can be flexibly integrated into existing processes. For you, this means maximum efficiency and minimum throughput times.

New technological challenges are emerging, particularly in the field of unmanned aerial systems (UAS): short development cycles, high safety requirements and the need for fully automated test processes. Our test systems offer an optimal platform for reliably verifying safety-critical functions - quickly, in compliance with standards and scalable.

What sets us apart: Our many years of experience in the development and implementation of aviation-specific testing technology. We not only understand the technology, but also the regulatory framework, and deliver solutions that combine innovation with safety. Whether series production, research or prototype development - our customers rely on our expertise when it comes to customised, automated and future-proof testing systems for aeronautics.

We develop customised test systems that are specially tailored to military requirements and operating conditions. Solutions already implemented include a multiaxial test bench for wheeled land vehicles and systems for simulating complex environmental conditions. Our test benches meet the highest technical standards and enable a realistic assessment of operational capability and reliability under extreme conditions. In this way, we create the basis for reliable, durable and operationally safe systems.

In the mobility sector - whether road, rail, air or commercial vehicles - shortened development times, reduced development costs and reliable test results are decisive success factors. We develop customized test benches and test systems that are precisely tailored to the requirements of modern vehicle technology and thus enable fast, cost-efficient and precise validation of your products. Our implemented solutions include a system for automated dirty water application and a test bench for characterizing roll stabilizers with 6-axis force and torque measurement under the influence of temperature. With innovative technology and in-depth expertise, we create test benches that meet the highest quality and safety standards and support the development of sustainable mobility solutions.

Energy technology requires test solutions that realistically reproduce complex load scenarios. We develop customised test systems for the characterisation and validation of components under dynamic conditions. Among other things, the focus is on test benches for the material characterisation of rotor blades and systems for the targeted vibration excitation of rotor structures in wind energy as well as high-performance earthquake test benches for the simulation of seismic effects in nuclear technology. Our test systems enable precise evaluation of mechanical properties, operational stability and reliability - essential for the development of safe and durable energy systems of the future.

In continuous industrial use, the focus is on durability, repeat accuracy and a high degree of automation. We therefore develop customized testing systems that are precisely tailored to these requirements. Examples of solutions we have implemented include a system for the automated application of dirty water for environmental impact tests, a test stand for the endurance testing of drill bits under realistic operating conditions and electric linear actuators for the precise and dynamic measurement of a wide range of components. Our test systems enable a reliable assessment of wear, load limits and function - and thus make a decisive contribution to quality assurance and product development in the entire industry.