EMP / HEMP HARDENED SHELTER SYSTEMS

MILSHEL, EMP / HEMP Hardened Shelter Systems are engineered to provide controlled electromagnetic protection environments for mission-critical electronic assets operating in high-risk electromagnetic threat scenarios.

• High-Altitude Electromagnetic Pulse (HEMP – E1, E2, E3 components)
• Nuclear Electromagnetic Pulse (NEMP)
• Intentional Electromagnetic Interference (IEMI)
• Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI)

Our engineering framework is structured in alignment with the design philosophy and protection concepts defined within MIL-STD-188-125, supporting resilient infrastructure strategies for defense and critical facilities.

• Continuous conductive shielding envelope
• Bonded structural transitions
• Controlled point-of-entry (POE) architecture
• Filtered power line interfaces
• Shielded data and communication penetrations
• Waveguide-below-cutoff ventilation treatments
• Grounding and equipotential bonding network

Shielding effectiveness targets are defined on a project basis and may be configured to support high-attenuation performance levels across relevant frequency ranges.

• ISO container-based hardened modules (10’, 20’, 40’)
• Modular panelized protected rooms
• Vehicle-integrated or platform-mounted tactical shelters
• Fixed critical facility shielded enclosures

• HVAC and environmental control systems
• Power distribution and backup generator interface
• Data center rack infrastructure
• Secure communication systems
• Ballistic and environmental reinforcement (project specific)

• Shielding continuity inspections
• Penetration integrity validation
• Filter performance verification
• Grounding system evaluation
• Project-specific measurement and documentation protocols

• Command & Control (C2 / C4ISR) Shelters
• Radar and Electronic Warfare Support Facilities
• Hardened Communication Nodes
• Secure Data Processing & Continuity Centers
• Critical Infrastructure Control Rooms