aircontech > defence, rescue and military vehicles
Our tailor-made thermal management solutions for defence, rescue and military vehicles offer maximum reliability and efficiency. They are robust and durable, meet the demanding MIL standards and ensure long-term spare parts availability. Thanks to optimal integration and weight efficiency, they contribute to the performance and reliability of the vehicles.
Durability and innovation.
Thermal management in defence, recovery and military vehicles is crucial for the operational safety and efficiency of these vehicles. Our solutions are specially designed for crew vehicles or air defence systems and meet the strict MIL-STD requirements for environmental influences, durability and integration.
Thermal management systems for military applications have to withstand extreme environmental conditions, including temperatures ranging from -40°C to +50°C, high humidity, dust and vibrations. Our products meet the high MIL standards (e.g. MIL-STD-810G), which ensure that they work reliably in harsh environments. The robust materials and construction ensure exceptional durability and resistance to physical stress.
Weight is a key issue in order not to compromise the mobility and performance of the vehicles. Our thermal management solutions are therefore light, compact and customised. The use of advanced materials and design techniques reduces the weight of the systems without compromising on performance. This helps to improve the overall performance of the special-purpose vehicles while also reducing fuel consumption.
The durability of our thermal management solutions is crucial, as such special-purpose vehicles are often in use for many years or sometimes not used at all for long periods of time. We offer long-term spare parts availability and are a reliable partner to ensure maintenance and operation over the entire life cycle of the vehicles.
Our thermal management systems are optimised for integration into various vehicle platforms. They provide the necessary interfaces for mechanical attachments, data connections, energy supply and heat transfer media. The systems are designed to fulfil the requirements for electromagnetic compatibility (EMC). Comprehensive integration ensures that all components work together seamlessly and that the systems function reliably.
Reliability and progress.