Blackhawk Battering Ram! Dynamic Entry CQB

Blackhawk Battering Ram! Dynamic Entry CQB

High Performance Tactical Forcible Entry Tool

The Ariete CQB (Close Quarters Battle) from Blackhawk! Dynamic Entry has been specifically designed for tactical interventions that require speed, efficiency and safety in forced entry operations. It is a controlled, restricted-use tool for law enforcement, military personnel, public safety and first responders.

This compact and extremely rugged ram is ideal for light exterior doors and most interior doors, excelling in its ability to generate controlled impact with maximum operator safety.

Thanks to its large, flexible control handle system, the CQB keeps operators out of the so-called fatal funnel (direct exposure zone when crossing a door), even in confined spaces. Moreover, being made of non-conductive and non-sparking materials, it is suitable for environments with electrical hazards or presence of flammable gases.

Outstanding features

• Compact and balanced design, ideal for quick entry into confined spaces.

• Oversized flexible handle system, allowing full impact control and reducing physical strain on the operator.

• Non-electrical conductive construction, safe up to 100,000 volts AC current.

• Spark-proof material, ideal for operations in sensitive or potentially explosive environments.

• Optimized weight distribution to maximize impact with the least possible effort.

• Recommended for professional use in tactical operations.

Technical Specifications

• Overall length: 50.8 cm

• Weight: 10.4 kg

• Electrical resistance: Non-conductive up to 100.000 V AC

• Additional features: Anti-sparking, large flexible ergonomic handle

• Applications: Forced entry on light exterior doors and standard interior doors

Exclusive use

• Special police forces (SWAT, GOE, GIGN, etc.)

• Military special operations units

• Fire and rescue teams

• Emergency services in high-demanding scenarios

The Ariete CQB represents an elite solution in tactical scenarios where speed, safety and precision are critical to mission success.