A near miss is an incident that almost caused harm but didn’t. OSHA calls it a “close call.” Organizations that treat these events seriously and investigate them systematically see fewer major accidents over time. Here’s how that works in practice, and what examples reveal about where safety programs succeed or fall short.
What is a near miss?
OSHA defines a near miss, or “close call,” is “an incident that could have caused serious injury or illness but did not”. NIOSH and the CDC define it similarly, as a narrowly avoided hazard, injury, or exposure. These events often occur under the same conditions that lead to serious injuries. The only difference is the outcome.
Recent studies support what safety professionals have observed for years: near miss reporting is a powerful predictor of future safety outcomes.
- A IJSRP study found a clear inverse correlation between near miss frequency and major incident rates, meaning, the more near misses teams report, the fewer serious accidents they experience.
- The Safety Science journal reached a similar conclusion in 2020, analyzing 249 near miss reports to uncover risk patterns that would have been missed in aggregate data alone.
- Additional research shows that near miss activity often rises before actual injuries occur, making them an early warning signal teams can’t afford to ignore.
Near misses are valuable learning opportunities, but what do they actually look like on the job? Below are nine examples that show how near misses happen, what they reveal about hidden risks, and how companies can use them to prevent future incidents.
1. Telehandler tips forward while offloading steel on sloped ground
What happened:
A telehandler operator was offloading steel beams when the front wheels dropped slightly. The machine rocked forward but didn’t tip. The load was quickly lowered to regain stability.
What might have caused it:
The crew didn’t assess ground conditions before unloading. The lift plan didn’t account for the load weight and boom extension on sloped terrain. Spotters were present but focused on clearance, not balance.
What to do differently:
Require ground condition checks and load weight verification in pre-lift briefings. Train spotters to monitor machine stability, not just path clearance. Use cribbing or reposition equipment when working on uneven surfaces.
2. Worker trips on loose plywood decking near leading edge
What happened:
A laborer walking across a temporary platform tripped on an unsecured plywood sheet near the edge. His fall protection activated and stopped them before they could fall over the edge.
What might have caused it:
Decking was installed quickly with no secondary check for movement. The task was behind schedule, and the crew prioritized speed. The pre-task plan focused on fall arrest, not walking/working surfaces.
What to do differently:
Add walking surface checks to daily pre-task briefs. Require decking to be secured and inspected before work starts. Reinforce that PPE is a backup, not the primary control for falls.
3. Crane load swings into active scaffold zone during lift
What happened:
A crane operator moved a load across an active work zone without confirming the exclusion area. The load passed within a few feet of workers on scaffolding.
What might have caused it:
Work sequencing didn’t account for overlapping tasks. The exclusion zone wasn’t marked or enforced. Communication between trades was inconsistent.
What to do differently:
Use lift plans that identify and communicate exclusion zones clearly. Coordinate overlapping tasks in daily planning meetings. Assign a spotter for all lifts in shared work areas.
4. Operator catches chemical leak before system release
What happened:
An operator noticed fluid pooling under a pump during a chemical transfer. He shut it down before a release occurred.
What might have caused it:
The pump had a worn seal that wasn’t flagged during previous checks. Minor drips had been cleaned up informally without being reported. There was no system to escalate recurring small leaks.
What to do differently:
Log all leaks, even minor ones, as part of maintenance tracking. Link operator observations to equipment condition reviews. Include visual checks during startup and shutdown procedures.
5. Vehicle hydroplanes near crew during rainy lane closure setup
What happened;
During lane closure setup in light rain, a vehicle hydroplaned and stopped within feet of the traffic control crew. No contact or damage occurred.
What might have caused it:
The setup didn’t account for low visibility or wet road conditions. Driver behavior wasn’t predictable, and cones were spaced as if in dry weather. Crews weren’t staged behind a blocker vehicle.
What to do differently:
Adjust work zone layout based on weather and time of day. Use blocker trucks or additional signage during setup. Document weather-related near misses and review them in safety meetings.
6. Steel beam collapses mid-torch cut on retrofit project
What happened:
After torching a connection, a steel beam unexpectedly shifted and collapsed. It missed the crew by several feet.
What might have caused it:
The cut sequence wasn’t properly planned. The beam’s load path had changed due to earlier work, but the team didn’t reassess. There was no engineering review before the cut.
What to do differently:
Require a structural reassessment before any critical cuts, especially on retrofits. Document cut sequences in the work plan. Train crews to pause and reassess when job conditions change.
7. Crew hits unmarked utility line during conduit trenching
What happened:
While trenching for conduit, a crew struck an unmarked cable. It wasn’t energized and no damage occurred.
What might have caused it:
The locator’s marks didn’t include the abandoned or unknown line. There was no secondary verification. The pre-dig briefing didn’t flag prior work in the area.
What to do differently:
Cross-check locate tickets with site history and plans. Use soft digs or vacuum excavation when uncertainty exists. Train foremen to escalate questionable markouts before digging begins.
Each of these near misses could have ended much worse, but they didn’t. That’s what makes them valuable. They reveal how risk actually shows up in the field: not just in rules being broken, but in distractions, shortcuts, unclear handoffs, or missed steps in familiar routines.
When teams take time to capture and learn from close calls like these, they strengthen their systems before something serious happens. The challenge is doing that consistently. That’s where digital tools can make all the difference.
Why paper-based near miss reporting fails
Paper-based reporting slows everything down. By the time someone reads a near miss form, the hazard’s been cleaned up, forgotten, or ignored. Field1st fixes that by making near miss reporting part of the work, not a task after it.
- Voice-first input makes it easy to log incidents on the spot
- AI groups near misses by risk type to spot repeat issues
- Real-time alerts help teams act before small problems escalate
Near misses should drive action, not collect dust. Start turning close calls into safer outcomes, book your Field1st demo today.
FAQs
What is considered a near miss in construction?
A near miss is any unplanned event that could have caused injury or damage but didn’t. In construction, this might include dropped loads, unstable scaffolding, or tripping hazards that almost led to a fall.
Why should companies report near misses that don’t cause injuries?
Reporting near misses helps teams spot weak points in their processes. These early warnings often reveal hidden risks before something serious happens, reducing future incidents and claims.
How can near miss reporting improve jobsite safety
When near misses are reported and reviewed, crews can fix root causes like unclear communication, equipment issues, or task overlaps. This leads to better planning and fewer surprises in the field.
What are some examples of near misses in utility work
Examples include striking unmarked buried lines, slipping during manhole entry, or working near passing vehicles without proper traffic control. These situations carry real risk even if no one gets hurt.
What’s the best way to track near misses in the field
The most effective programs use mobile apps that make reporting quick and part of the job flow. Tools like Field1st allow voice entry, hazard tagging, and real-time follow-up so reports don’t get lost.
