• ATG SpaceLabs

     

    ATG SpaceLabs is the fast-growing technology department of ATG Europe, with a strong heritage in the development of structural systems, subsystems and components for space, aeronautics and other high-tech industries.

     

    We deliver high-end structural and thermal engineering, unique composite technology and products, as well as virtual reality tools, all tailored specifically to meet the stringent requirements on cost and weight demanded by an ever evolving sector.

     

    Our bright multi-disciplinary team applies hard skills and a progressive engineering approach to challenges of stellar complexity and down-to-earth essence on a daily basis.

    Our heritage

    ATG SpaceLabs is involved in multiple industries and fields from conceptual development to final qualification of systems. The applications include primary and secondary structures, thermal control systems, drives and mechanisms, optical components and instruments, electronics and mechatronic equipment, heavy machinery assemblies and motion platforms.

     

    Projects include work on major European flight programs such as EXOMARS, JUICE, SOLO, MTG, Electra, Metop, CHEOPS, EUCLID, the PROBA missions, and ALTIUS as well as Airbus A380 flaptrack verification and qualification, and development programs for various applications in the (wind) energy, machine and off-shore industry.

    The foundation of our added value

    • Excellent quality of communication, agility and swiftness to react to client and partner needs;
    • Engineering delivered as you want it: Product-, technology- or service-based. Throughout complete multi-phase projects, or for short durations. In a fixed project format, on a flexible basis or in a mixed form. On- and/or off-site. All depending on your needs;
    • A bright mixed team of highly educated multi-disciplinary engineers spanning various ages and backgrounds, delivering excellent integration of physical disciplines;
    • Combined fundamental physics insights, pragmatic engineering methods and a specification-/requirements-targeted approach; yielding cost-effective, high-quality, on-time solutions;
    • Engineering and simulation of true technology and products, focussing on the practical reality of the application including manufacturing, integration and use;
    • Industry standard software capabilities and in-house developed routines for: CATIA, MSC NASTRAN, FEMAP+NX NASTRAN, ABAQUS, VA-One, FEMtools, ESATAN, THERMICA.