Qualified Aerospace Pure Air Compressor Systems
The MPACT compressor system series provides a continuous on-board supply of high-pressure pure air designed specifically for the cooling of infrared missile seekers and for accurate weapon separation. MPACT’s compact, clean and lightweight design eliminates pyrotechnic devices, improves mission flexibility, forward deployment and logistics.
In mission-critical applications such as in the aerospace and defense sectors, having compressors that will function reliably and without issue is essential. An aerospace air compressor must be able to withstand extreme conditions while also delivering continuous air generation and repeatable pneumatic output every time. This is why Marotta Controls has earned our reputation for creating the most robust military air compressor systems.
To learn more about our range of launcher-integrated compressor systems and more, see the product listings below.
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MPACT 3000 – IR Missile Seeker Cooling
These aircraft-mounted compressor systems provide a continuous, reliable supply of high-pressure pure air, replacing pyrotechnics and gas bottles. They control the high-pressure air for the cooling of infra-red missile seekers.
- Four-stage, single head micro-compressor, 3050 psi
- Flow rate 6-7 SLPM
- Sensorless variable speed motor drive
The system’s continuous on-board pure air generation is critical for maintaining consistent infrared missile seeker cooling during extended missions. By eliminating the need for gas bottles or pyrotechnic devices, it simplifies aircraft logistics and reduces dependency on ground support equipment. The dry, pure air it delivers prevents fouling or freezing within sensitive infrared seeker components. Having a compact, integrated aircraft weapon pneumatic system like this supports forward deployment and rapid aircraft turnaround without changing launcher envelopes. MPACT 3000 onboard air generation systems are ideal for mission-critical airborne environments where reliability and repeatable performance are required.
MPACT 6000 – Weapon Ejection System
Designed for single and multi-station next-generation bomb racks and launchers, this compressed air system provides a continuous source of mission-ready air generation for accurate weapon separation. Compact, clean and lightweight, these integrated compressor assemblies can be installed in the bomb rack, weapons bay or wing pylons.
- Four-stage, single or double micro-compressor, 5880 psi
- Flow rate 6-7 SLPM to 12-14 SLPM
- Sensorless variable speed motor drive
High-pressure pure air enables consistent and repeatable weapon separation across single- and multi-station racks. Eliminating pyrotechnics means reduced wear on bomb racks and improved post-mission condition. These pneumatic weapon ejection systems can be installed within bomb racks, weapons bays, or wing pylons, supporting multiple aircraft configurations. These non-pyrotechnic ejection systems are compatible with pneumatic ejection racks and retrofit scenarios while also providing fast response and shot-to-shot consistency for modern release requirements.
Frequently Asked Questions About Compressor Systems
What are pure air compressor systems used for in defense and aerospace applications?
These multi-stage micro-compressors are used primarily for applications such as infrared missile seeker cooling and pneumatic weapon ejection. Continuous on-board high-pressure air generation supports sustained operation without the reliance on stored gas or consumables, which contributes to mission flexibility. Aircraft can be deployed on multiple sorties or extended missions with fewer ground-side constraints.
How do pure air generating systems reduce maintenance and logistics complexity?
Eliminating the need for gas bottles and pyrotechnic devices means a reduction in handling, inspection, refilling, and replacement activities. With fewer consumable components, storage, transport, and pre-mission preparation become simplified. These defense-grade pneumatic systems also bring operational efficiency and reduce aircraft turnaround time in high-tempo and forward-deployed operations.
In what environments are mission-critical compressor systems designed to operate?
Some of the most important applications for these airborne pneumatic power systems are in high-vibration, high-pressure, and mission-critical airborne environments. They help maintain stable air output under varying flight conditions for downstream systems, bringing reliability and consistency across demanding flight profiles, including repeated cycles of operation.