Thirty-Seven Feet In

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The chain broke. The machine was stopped, the hole was right there, and the fix was thirty-seven feet in — a crawl, a grab, a crawl back out. He had thirteen years in the mine; he knew that hole and he knew that machine. What he could not know was which rock in the roof of that unsupported entry had already decided to come down. That’s the whole trap: the job looks small, the ground looks still, and the ground gets a vote nobody can hear.

On Tuesday, October 7, 2014, a 31-year-old utility worker with 13 years of mining experience was killed on a surface coal mine’s highwall section. A cutter-head chain had broken off inside the machine and ended up back in the entry — the long, narrow tunnel the highwall mining machine bores horizontally into the base of the highwall. To get it, he crawled 37 feet into that entry. While he was in there, a rock came out of the roof: 8 feet wide, 6 feet long, 16 inches thick. It fell on him. He was first taken to a local hospital and was being airlifted to a larger facility when he died. MSHA classified it as a Fall of Face, Rib, or Highwall — the twelfth coal-mining fatality of 2014.

Picture what a highwall miner actually is. It’s a remote-controlled cutting head on a string of pushbeam sections that drives a rectangular hole straight into the exposed coal seam — sometimes hundreds of feet deep — with no roof bolts, no timbers, no support of any kind inside it. That’s by design. The whole point of the method is that no human ever goes in the hole. The machine goes in; the people stay out at the launch platform. The entry is unsupported ground because nobody is ever supposed to be standing under it.

So when the chain broke and ended up 37 feet inside, the real hazard wasn’t the broken part. It was that retrieving it meant putting a body into a space built on the promise that no body would ever be in it.

Name it and cite it. Mines don’t answer to OSHA — they answer to MSHA, under the Federal Mine Safety and Health Act of 1977. For surface coal mines, ground control lives in 30 CFR Part 77: § 77.1000 requires the operator to establish and follow a ground control plan for the highwall that’s consistent with safe operation, and § 77.1004 requires that highwalls, pits, and spoil banks be examined for hazardous conditions and corrected before work proceeds. Behind the specific sections sits the oldest, hardest rule in all of mining, the one MSHA’s own accident alert led with: never go under unsupported roof, and never enter a hole mined by a highwall or auger machine without a specific, detailed, approved plan to do it.

Translate it to the floor: Unsupported ground is not “probably fine” ground. It’s ground whose only safety plan is to stay out from under it. The second the job requires you to break that — to reach in, crawl in, stand under the lip to grab a tool, clear a jam, or free a stuck part — the plan is already gone, and “I’ll be quick” is doing all the load-bearing. A roof rock the size of a kitchen table doesn’t telegraph. It doesn’t creak a warning you can act on in time. It’s held up by friction and geology until the instant it isn’t, and when it lets go you are not fast enough. Nobody is. The fix for a part stuck somewhere a person can’t safely be is a remote retrieval plan — a way to get it out that keeps every human outside the unsupported zone — written down and trained before the part ever gets stuck, not improvised on shift with a flashlight and thirteen years of nerve.

The “written in blood” line: Fall of roof, rib, and face — ground coming down on people — is the hazard that built mine law. It has killed more miners over the last century than explosions and fires combined, which is exactly why “support the roof, examine the ground, and never travel under unsupported top” shows up in the earliest mining codes and runs straight through to Part 77 today. Every one of those words was paid for by someone who went under ground that looked like it would hold. This worker didn’t die because he was reckless. He died because the method left a part somewhere a person had to go to retrieve it, and the system didn’t have a no-entry way to get it back.

The HOP read: Blame is useless and, honestly, cheap here — “he shouldn’t have gone in” is true and it fixes nothing. He was a skilled, experienced hand doing a legitimate recovery task the fastest obvious way, because the fast obvious way is what’s available when there’s no engineered alternative sitting ready. HOP says context drives behavior: build a system where retrieving a broken part requires a body in an unsupported hole, and sooner or later a good worker puts a body in the hole. The person closest to the work saw the broken chain first and was best placed to get it — and that’s precisely why the plan has to protect him from his own competence and urgency. The question for leaders isn’t “why did he go in?” It’s “why did our recovery procedure have no answer except send a person in?”

The Full EHS Picture. This one was overwhelmingly the S — a sudden ground fall, crushing trauma, one life in a few seconds. On the E side, honestly: MSHA’s report documents a localized rockfall at the face and no offsite release, so there’s no environmental plume to this specific incident — but the method carries a real footprint, because surface and highwall coal mining answers to the Surface Mining Control and Reclamation Act (SMCRA) for backfilling and reclaiming the land and to Clean Water Act NPDES permits for the sediment and acid-mine drainage that run off disturbed ground into creeks. On the H side, the slow killer in coal doesn’t fall from a roof — it’s breathed: respirable coal dust drives coal workers’ pneumoconiosis (black lung), and highwall and thin-seam work that cuts rock alongside coal throws respirable crystalline silica, which NIOSH has tied to the brutal resurgence of advanced black lung in Appalachian miners, some in their 30s and 40s. MSHA’s 2024 silica rule cut the permissible exposure limit to 50 µg/m³ for exactly this reason. The honest tie-together: a miner can survive every roof in the mine and still lose his lungs to the air — the same operation that can crush a man in a second can also take twenty years off the ones it never touches.

The 2026 mining toll keeps landing on the same task. By early September, MSHA had logged its 22nd mining death of the year — and the pattern is painfully familiar. On September 2, 2026, a miner at a sand-and-gravel plant in Kimberly, Idaho was killed cleaning material off the troughing rollers of a running stacker belt and got caught between the moving conveyor and the belt scraper. Three weeks later, on September 23, a miner at a limestone pit in Jacksboro, Texas died falling from a feeder. So what for safety leaders: these aren’t blasting or roof-fall exotica — they’re the cleanup-and-maintenance deaths, the “I’ll just clear this real quick on a machine that’s still energized” deaths. Same bones as today’s On This Day: the routine recovery task on familiar equipment, done the way it’s always been done, with no engineered way to do it without putting a body in the danger zone. If your crews clean running conveyors or climb equipment to clear hang-ups, that’s where to spend your next hour.

$10.2 million for training — go see if your trade is on the list. On October 1, 2026, the Department of Labor awarded about $10.2 million in Susan Harwood Training Grants to 67 organizations, aimed squarely at small employers and workers in high-injury, high-fatality industries — instructor-led training to help crews recognize serious hazards and build real safety programs. So what: this is free, grant-funded training for exactly the kind of employer who can’t staff a full safety department. If you run a small shop, crew, or contractor outfit, it’s worth ten minutes to find which grantees cover your industry and region — the program named for Susan Harwood (17 years at OSHA, primary author of the cotton dust standard) exists to put real instruction in front of the people furthest from a training budget.

A mechanic needs to free a jammed tailgate on a haul truck, so he ducks under the raised dump bed to reach the pin — the bed’s up, held on its hydraulics, and he figures it’ll hold for the thirty seconds he needs. It does hold. But a coworker walking by stops cold and asks him where the body props are. They both look: no safety props set, bed held by hydraulic pressure alone, and a man’s head and shoulders underneath it. He slides out. They crib it, set the props, and then do the job. Nobody got hurt — this time.

No names, no company, no blame — because he wasn’t being careless, he was doing a quick fix the fast way, and the quiet assumption underneath it (hydraulics up equals safe to go under) is exactly the kind of thing that feels true right up until a hose weeps or a valve drifts. “Raised” is not “blocked,” the same way stopped is not locked and unsupported is not probably fine. The fix wasn’t “be careful under there.” It was the rule that a raised bed gets mechanical props or cribbing set before any part of a person goes under it — so holding up the load never depends on a system that can fail while you’re beneath it.

Got a fail or a near-miss? Hit reply, or scan the QR below — we’ll feature it anonymously — no names, no company, no blame. Just the lesson, so the next crew doesn’t learn it the hard way.

Pick one job on your site where the recovery plan is really just send a person in — the stuck part, the jammed chute, the sample grab, the “I’ll just reach in” fix — and ask out loud: if this fails today, does our procedure put a body somewhere stopped-but-not-safe? If the only answer is a skilled person’s nerve and speed, you don’t have a plan, you have a volunteer. Write the no-entry version this week, before the part gets stuck.

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Please stay Safe & Hydrated!!!

— Rob