MSHA Requires 30+ Data Points
Your Report Has 3
MSHA requires 30+ data points in every daily examination. Your superintendent logs crew count and weather. The gap is a citation waiting to happen. POD closes it with 292 structured fields and a 5-minute voice report.
The Documentation Gaps MSHA Finds First
Four areas where daily reports fail mine operators during inspections — every one of them traceable to data that exists on site but never makes it into the report.
Ground control documentation is verbal — not verifiable
MSHA's 30 CFR Part 57 requires documented ground control plans with daily verification of bolt patterns, mesh installation, scaling records, and ground condition assessments. Your daily report says "ground support installed" with no bolt spacing, RQD rating, or joint condition data. That's a citation.
Ventilation readings disconnected from daily operations
Air velocity, methane levels, CO concentrations, and dust sampling results are logged by the ventilation crew on paper forms that never reach the daily report. MSHA wants to see that ventilation met the plan during blasting and mucking — not just tonnage produced.
Pre-shift and on-shift exams buried in separate paper forms
30 CFR 57.18002 requires documented pre-shift and on-shift examinations of every working area. Paper exam forms get collected at shift end but rarely make it into the daily report management reviews. When MSHA asks for exams from February 14th, you're digging through filing cabinets.
Near-miss events tracked inconsistently across shifts and levels
Hazard observations from the 700-foot level don't make it to the surface superintendent's report. Near-miss data lives in a safety manager's notebook. Without trending by location, type, and severity, you can't see the pattern forming before the recordable happens.
How POD Closes Every Gap
One template that satisfies MSHA inspectors, safety managers, and corporate — built from 30 CFR requirements up.
Ground control fields built into the daily template
POD captures RQD ratings, joint spacing, water inflow rates, support type and spacing, and scaling observations per heading. Every advance is documented with the ground conditions that dictated the support pattern — exactly what MSHA expects during an inspection.
Ventilation data integrated with production activities
Air velocity, methane concentrations, CO readings, and fan status captured alongside blasting, mucking, and hauling operations. POD flags when any reading falls below 30 CFR minimums and links ventilation compliance to the shift's specific production activities.
Voice-reported examinations in the daily report
Examiners speak findings as they walk each heading — hazard identification, corrective actions, area clearances. POD captures exam data in the same daily report that tracks production. No separate paper forms. No filing cabinets. No gaps when MSHA asks for documentation.
Near-miss tracking with location, severity, and trend analysis
Every hazard observation tagged by mine level, heading, hazard type, and severity. POD's near-miss velocity dashboard shows which areas generate the most reports so you allocate safety resources before incidents escalate from observations to recordables.
Mine Cross-Section — Surface to Depth
Levels reveal top to bottom. Ventilation arrows animate through production and exhaust shafts. Hazard zones pulse red. Worker dots track crew positions across active headings.
Mining Safety Intelligence — Shaft to Surface
Real POD KPI components rendering with sample mining operation data. EMR tracks your safety rate against industry benchmarks. The near-miss tracker categorizes hazard observations by type, severity, and location per shift.
Mining Experience Modification Rate
Experience Modification Rate
Near-Miss & Hazard Observation Tracker
Template Highlights
Purpose-built for MSHA-regulated surface and underground mining with 292 structured documentation fields.
Ground Control Dashboard
Heading-by-heading ground conditions, bolt patterns, mesh installation, RQD tracking, and geotechnical assessment documentation per advance
Ventilation Monitoring
Air velocity readings, methane and CO concentrations, dust sampling, and fan status with MSHA compliance thresholds per active heading
EMR Safety Tracking
Experience modification rate trending with industry benchmarks, lost-time tracking, and severity-weighted incident analysis
Hazard Observation System
Near-miss events categorized by type, severity, and location with velocity trending and corrective action tracking across all levels
Pre-Shift Exam Integration
Working area inspections, hazard identification, corrective actions, and clearance documentation — voice-reported as examiners walk headings
Production Correlation
Tonnage, advance rates, and equipment utilization linked to safety data — see whether production pressure correlates with hazard spikes
“MSHA walked on site and asked for 90 days of ventilation readings correlated to production activities. We had air velocity logs in one binder and production reports in another — no connection between them. Two S&S citations. With POD, every ventilation reading is linked to the shift’s blasting and mucking activities. That correlation is now automatic.”
— Safety Director, Underground Metal Mine Operation (1,200 ft depth, 350 employees)
Frequently Asked Questions
Be Ready When MSHA Walks On Site
See how POD’s 292-field mining template turns daily reports into MSHA-ready documentation that tracks ventilation, ground control, and hazard observations — automatically.
Last updated: March 2026