BLAST PATTERN ANALYSIS

• Efficient and safe analysis to aid root cause analysis of potential misfires

• Detects out-of-sequence movement

• Integrates actual blast with blast design data

• Blast holes are 3D georeferenced for accurate analysis.

ENHANCED WALL CONTROL

• The only solution that covers the entire blast area and monitors impacts throughout the blast

• Monitors and maps instantaneous blast damage to slopes, including rock falls and sub-bench failures

• Identifies movement on major structures and geotechnical domains

• Detects changes on tension cracks

• Provides visuals of bench-by -bench rock impacts

• Monitors effectiveness of pre-split, mid-split and buffer blasting in reducing slope impact

• Monitors a proxy of energy dissipation in adjacent areas.

FLYROCK TRACKING AND PREDICTIVE MODELLING

• Our BlastVision® algorithms are a world first innovation that monitors and tracks fly-rock from a blast

• Aids in the manual estimation of flying material particle velocity for use in modelling shorter stand-off distances, enhancing both safety and productivity

• Flyrock data can assist in prevention of incidents, while enabling accurate post blast incident investigation should this be required

• Essential for safe operations where there are people, machinery or infrastructure nearby.

PROACTIVE PROTECTION FOR HERITAGE SITES

• Monitors blast impact on heritage sites through flyrock and wall control features and can be used in conjunction with other sensors

• Proactive data models ensure blasts will not impact these heritage sites

• Can be used in conjunction with other monitoring sensors for a complete view.