EDAG Engineering GmbH

EDAG Engineering GmbH
Robert-Bosch-Straße 7a
85053 Ingolstadt
https://www.edag.com/de/branchen/defence
Tobias Reger
Tel.: +49 841 96800
Contact per mail
Information
1) Development and integration of protection systems
- Development of integrated protection cells in the visible and non-visible range in civilian and military standards
- Design of the protection kit according to material and ballistics specifications of the customer or system partner
2) Virtual protection and testing
- Blast and ballistic simulation
- Complete validation plans
- Support for the preparation of homologation procedures
- Stiffness, strength and abuse assessments
- Vibrations and acoustics
- Operational and fatigue strength
- Passive / Active Vehicle Safety
- Flow simulations (aerodynamics, air conditioning, etc.).)
- Electrical engineering/electronics calculations (EMC, thermomechanics, cables, circuit boards, ...)
3) Technical documentation and editing
- Creation of interactive, electronic technical documentation (IETD) in accordance with ASD/AIA S1000D
- with associated spare parts catalogs in accordance with ATA Spec S2000M
4) EE/ ECU/ software development
5) Prototype construction
Products
EDAG Group offers a comprehensive portfolio ranging from the development and integration of protection systems, the simulative protection of blast and ballistic scenarios, environmental testing, test validation, component production in small series in the field of electrics/electronics including software development to technical editing according to military standards and associated visualizations in the VR/AR area.
Technology
Our experts have the necessary know-how to map specific customer projects with standards in the civilian and military sector and to develop them in accordance with civilian military standards such as STANAG (Standardization Agreement of NATO Contracting States), VPAM (Association of Test Bodies for Attack Resistant Materials and Structures) and NIJ (National Institute of Justice). A further focus is on modern technologies to safeguard these standards, such as a biofidelic human-model virtual simulation approach.