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RPG-7 Rocket Cutting Mesh Wire Fence
The Madoors USA RPG-7 Rocket Cutting Mesh Wire Fence is a patented, R&D-engineered ballistic steel mesh system that physically cuts and destroys RPG-7 rockets and other rocket-propelled grenades on contact — the steel razor mesh severs the active fuze component of the incoming rocket, preventing detonation before the warhead reaches the protected structure. Manufactured from heat-treated hot-dip galvanized ballistic steel in a movable and flexible structure to any desired size, tested and approved against real RPG-7 launches, with no competitor product anywhere in the world, and applicable in front of armored glass and frames, ballistic guard booths and towers, anti-terrorism positions, high-terrorism areas, and public institutions and organizations — the Madoors USA Rocket Cutting Mesh is the only available passive RPG defeat system providing structural rocket destruction without electronic countermeasures.
TECHNICAL SPECIFICATIONS
The Madoors USA RPG-7 Rocket Cutting Mesh operates on the passive mechanical defeat principle — the steel razor mesh is positioned in front of the protected surface at a stand-off distance from the target. When an RPG-7 or equivalent rocket passes through the mesh, the ballistic steel razor elements cut through the fuze mechanism and active component of the rocket — severing the detonation circuit before the shaped charge warhead makes contact with the protected surface. Without an intact fuze, the shaped charge does not detonate and the rocket does not explode — the inert warhead may continue to the target surface but without the detonation that produces the shaped charge jet penetration.
The mesh is manufactured from ballistic steel — the same high-hardness steel specification used in armor plate and ballistic protection systems — ensuring that the mesh elements have the hardness and structural integrity required to cut through the rocket fuze mechanism rather than being displaced by the rocket contact. The heat treatment process after the initial steel manufacturing refines the microstructure of the ballistic steel for the optimum combination of hardness for cutting performance and toughness to prevent mesh element fracture on rocket impact.
Hot-dip galvanization provides complete corrosion resistance for permanent outdoor installation — the galvanized coating protects the ballistic steel mesh against rust and corrosion in all weather conditions and all climatic environments including coastal salt spray, high humidity, and freeze-thaw cycling. The confirmation that the mesh is not affected by summer and winter ambient conditions directly confirms year-round operational availability without corrosion-related performance degradation.
The movable and flexible structure allows the mesh to be manufactured and installed in any required size — the mesh panels can be produced to cover any aperture width, height, and shape, and the flexible construction allows installation on non-planar surfaces and mounting configurations that rigid fixed screen systems cannot accommodate. The movable design allows the mesh to be repositioned when the protection requirement changes.
Standard eye gaps — the mesh aperture dimensions — have been tested and approved against all rockets, confirming that the mesh geometry is optimized for the RPG-7 fuze cutting function rather than for other mesh applications. The approved standard gaps provide the cutting element density and spacing required to intercept the fuze mechanism of the rocket regardless of the specific approach angle.
KEY FEATURES
Patented Worldwide Unique Technology — No Competitor Exists
The Madoors USA RPG-7 Rocket Cutting Mesh is a patented product with no competitor product anywhere in the world — the specific mechanism of cutting the rocket fuze with steel razor mesh to prevent detonation is a unique technological approach to RPG defeat that no other manufacturer has developed or brought to market. This worldwide uniqueness directly confirms the value of the Madoors USA innovation and the scope of the protection gap it fills — there was previously no passive structural solution for RPG defeat at building facades, guard positions, and public infrastructure.
Real RPG-7 Testing — Proven Live Ammunition Performance
The development testing using real RPG-7 live ammunition confirms that the patented cutting mechanism performs as intended against the actual rocket system it is designed to defeat — not laboratory simulation or computer modeling, but live fire testing with the real weapon. This live ammunition testing is the most rigorous possible performance validation and directly confirms that the mesh will defeat real RPG-7 attacks in operational conditions.
Ballistic Steel Construction — Fuze Cutting Capability
The ballistic steel mesh construction provides the material hardness required for the fuze cutting function — the steel must be harder than the rocket fuze mechanism components to cut through them rather than being deformed or displaced by the contact. Ballistic steel's specific heat-treated microstructure provides this hardness while maintaining the toughness required to absorb the impact energy of rocket contact without mesh element fracture that would reduce cutting effectiveness.
Passive Defeat — No Electronics, No Power, No Maintenance
The passive mechanical defeat principle — cutting the fuze without any electronic countermeasure, active response system, or power supply — provides the most reliable RPG protection available for permanent building and position defense. Electronic active protection systems require power, require maintenance, can fail, and can be defeated by simultaneous multiple attacks that exhaust the system's response capacity. The passive mesh provides continuous protection against any number of simultaneous rocket attacks from any direction without any power, electronics, or operational management.
Movable & Flexible — Any Size & Configuration
The movable and flexible construction in any desired size allows the mesh to be configured for any protection requirement — from individual window openings at embassy and government buildings through to complete facade coverage of large structures at high-terrorism risk locations. This configuration flexibility directly enables RPG protection to be applied precisely where it is needed without the fixed-size constraint of standard protective screen products.
Hot-Dip Galvanized — Permanent Outdoor Service Life
The hot-dip galvanized corrosion protection for the ballistic steel mesh provides the outdoor service life required for permanent RPG protection at buildings and positions in all climate zones — the galvanized coating maintains the mesh structural integrity and cutting performance throughout the full intended service life without the surface corrosion that would degrade cutting effectiveness at the mesh element edges.
Wide Application Range — Armored Glass to Public Buildings
The confirmed application range — armored glass and frame protection, ballistic guard booths, watchtowers, anti-terrorism positions, high-terrorism areas, and public institutions — covers the complete spectrum from the most sensitive military and government positions through to public buildings and infrastructure in areas subject to terrorist activity. This wide application range directly confirms the versatility of the mesh protection system for both military and civilian protection applications.
PROTECTION MECHANISM
The RPG defeat sequence operates as follows. The RPG-7 is fired and the rocket travels toward the target. The rocket contacts the Madoors USA ballistic steel razor mesh at stand-off distance from the protected surface. The hardened steel mesh elements cut through the rocket fuze arming mechanism and active components — severing the electrical or mechanical fuze circuit. With the fuze severed, the piezoelectric or impact fuze cannot complete the detonation circuit. The shaped charge warhead does not detonate. The rocket does not produce the shaped charge jet that would penetrate the protected structure. The structure and occupants behind the mesh are protected from the RPG attack.
ASSEMBLY & INSTALLATION SEQUENCE
Protection Position Assessment
The protection requirement — window openings, complete facade, guard booth perimeter, tower apertures — stand-off distance from the protected surface, mesh size dimensions, mounting structure, and attachment method are confirmed.
Mounting Frame Installation
The structural mounting frame for the mesh panels is installed at the confirmed stand-off distance from the protected surface — providing the mechanical support for the mesh weight and the stand-off geometry required for the fuze cutting function.
Mesh Panel Installation
The ballistic steel razor mesh panels are installed on the mounting frame — covering the complete protection area with the standard approved eye gap geometry. Panel-to-panel joins are confirmed with no gap that would allow rocket passage without mesh contact.
Corrosion Protection Inspection
Hot-dip galvanization coverage of all mesh elements and frame components is inspected — confirming complete corrosion protection at all cut edges and mounting points.
Operational Confirmation & Handover
Complete mesh coverage of the protection area, stand-off distance from the protected surface, mounting structural integrity, and mesh element cutting edge condition are confirmed. Installation documentation including patent certification and live ammunition test records is compiled.
DEPLOYMENT SCENARIOS & USE CASES
Madoors USA RPG-7 Rocket Cutting Mesh Wire Fences are deployed across the full range of military, government, and public building RPG protection applications.
- Embassy and diplomatic mission window and facade RPG protection
- Military forward operating base position RPG mesh screens
- Ballistic guard booth and watchtower RPG protection mesh
- Government ministry and public building facade protection
- Military checkpoint position RPG defeat mesh installation
- Police station and security force building RPG protection
- Prison and correctional facility perimeter RPG mesh
- Nuclear and critical infrastructure building RPG protection
- Military vehicle and equipment park RPG protection screens
- Counter-terrorism safe house and position RPG mesh
- VIP protection building facade RPG defeat screens
- Hospital and humanitarian facility RPG protection mesh
- High-terrorism area public building RPG protection
- Border security position RPG cutting mesh installation
- Any building or position in RPG threat environment requiring passive patented ballistic steel rocket fuze cutting mesh protection
- Category: Rocket Blocker Wire