REMOTE CONTROL BREACHING SYSTEM

Remote control breaching system

Breach MC (Multi‑Circuit) is a securely coded remote RF firing initiator that allows multiple receivers to be selectively triggered within a single system.

With an operating range exceeding 1000 meters line‑of‑sight, the Breach MC system is ideal for military engineering operations, including Explosive Methods of Entry (EMOE) and remote disruptor applications used in EOD and IEDD missions.

FEATURES

• Selectable multi‑receiver innovation
Users can create up to ten firing groups, each containing any number of receivers. Each receiver can be assigned to one of ten circuit IDs, which can be configured directly on the device during deployment. The operator can then select a circuit ID to trigger, initiating all receivers assigned to that circuit.

• Fire‑All mode
Using a single transmitter, all receivers can be activated simultaneously, regardless of their assigned circuit IDs, through a broadcast firing command.

• Secure coding
The system features high‑level secure coding, including multiple data validity checks and cyclic redundancy algorithms, which prevent accidental or unauthorized receiver initiation.

• Battery availability
To maximize operational readiness, both the transmitter and receivers use the same commercially available batteries, simplifying logistics and maintenance in the field.

• Wire and shocktube receivers
Breach MC supports two types of receivers:

• receivers with wire output terminals,

• receivers compatible with shocktube remote firing devices.

The standard receiver delivers a high‑energy capacitive discharge pulse of approximately 1.3 Joules through its wire output terminals.

• Common transmitter
The same transmitter can control both wire and shocktube receivers within the same firing system or across different circuit IDs.

MORE ABOUT BREACH MC

Breach MC operates on a single frequency, selected by the customer and configured by the manufacturer. The system supports up to ten circuit IDs, each capable of initiating an unlimited number of receivers, including a mix of electronic and shocktube variants.

For enhanced safety, receivers cannot be initiated within the first five seconds after being powered on. This delay can be extended upon user request and is configured during manufacturing.