About

Monolock Securgate

The Monolock Securgate (MLSG) is a crash-engineered gate enhancement system designed to deter, deny, and delay vehicular threats without requiring a complete redesign of your perimeter security. This versatile solution allows you to upgrade your existing gates or integrate into new installations, providing robust protection while maintaining your site’s desired aesthetic.

Designed for critical access points providing a formidable barrier against unauthorized vehicle entry. 

Product Specs & Information

Receiver Superpost

passively locks the crash beam in place, immobilizing the attacking vehicle.

Monolock Crash Beam

constructed with high-strength steel, secures most single or double sliding gates to add crash resistance to an otherwise not crash-rated gate. Beam secures multiple lanes of traffic or wide checkpoints up to 36 ft.

Crash Beam Support Assembly

carries the full weight of the crash beam independently, without relying on the strength of the host gate.

Fixed Superposts

are anchored with a 4,000 PSI concrete and a rebar cage. Superposts are positioned outside the roadway providing a small footprint and unobstructed use of the roadway.

Specs

  • Crash Engineered for M30/P1, M40/P1, and M50/P1
  • Clear Opening Width up to 36’
  • All Steel Construction
  • Minimal Excavation
  • Custom Finishes
  • SuperPosts Positioned outside of Roadway
  • Suitable for lightweight host gates
  • Seamless Integration to new or existing gates
  • Durable and Reliable
  • Foundation Depth 60”
  • Post Height 48”
  • Reflective Tape Option

Fortify Without Compromise

 

The Monolock Securgate enhances your ability to deter, deny, and delay threats, offering a powerful security solution that preserves the look and function of your existing perimeter. Its seamless integration, combined with crash-engineered performance, makes it an ideal choice for government facilities, commercial properties, airports, and other critical infrastructure needing enhanced vehicle security without an extensive redesign.