U.S. Business Equipment Output Jumps 6.6% as Manufacturing Gains Momentum

Industrial production rose again in July, with durable manufacturing and business equipment showing particular strength—but relatively low capacity utilization suggests plants still have room to expand before widespread capacity constraints emerge.

U.S. manufacturing output increased 0.2% in July 2026, while production of durable goods climbed 0.7%, according to new data released August 18 by the Federal Reserve.

For companies involved in industrial gearboxes, electric motors, bearings, mechanical power transmission and MRO, however, one number deserves particular attention: business-equipment production increased 0.8% in July and stood 6.6% above its July 2025 level.

That is considerably stronger than the overall industrial-production picture.

Total U.S. industrial production increased 0.2% in July and was 1.1% higher than a year earlier. Manufacturing production was 1.2% above July 2025 levels.

The divergence suggests that equipment-related activity is currently providing an important source of strength within an otherwise moderate industrial expansion.

Quick Take

The July data point toward strengthening demand for industrial and business equipment without yet indicating an economy operating near its manufacturing limits. Business-equipment production is up 6.6% year over year, durable manufacturing expanded broadly in July, and construction-related output strengthened. But manufacturing capacity utilization remains below its long-term average, suggesting that the next phase may involve selective equipment investment and higher asset utilization rather than an across-the-board capacity shortage.

Business Equipment Is Becoming One of the Stronger Industrial Indicators

The Federal Reserve reported that the business-equipment index increased from 99.6 in June to 100.4 in July, producing a 0.8% monthly increase.

Compared with July 2025, business-equipment output increased 6.6%.

The Fed said gains in information-processing equipment and industrial and other equipment outweighed a decline in transit equipment.

That distinction is important.

A strong business-equipment number can reflect investment in machines and systems used to produce goods and provide services rather than simply an increase in consumer demand. Continued gains can eventually translate into higher demand for motors, gear reducers, bearings, couplings, drives, conveyors and the maintenance resources required to keep that equipment operating.

“Equipment demand can strengthen well before overall manufacturing capacity begins to look constrained.”

The July results also follow several months of gains. The Federal Reserve’s business-equipment index increased from 96.3 in February to 100.4 in July.

That does not establish a permanent trend, but it is enough to warrant attention from maintenance organizations, equipment suppliers and MRO planners.

Durable Manufacturing Was Broadly Stronger

Manufacturing as a whole increased 0.2% during July, but the aggregate number masks a stronger performance among durable-goods producers.

Durable-goods production rose 0.7% during the month.

According to the Federal Reserve, most durable manufacturing categories expanded by more than 1%. Only two categories declined: nonmetallic mineral products, down 0.2%, and motor vehicles and parts, down 2.1%.

That matters to mechanical-power-transmission companies because durable manufacturing encompasses many equipment-intensive operations where rotating machinery is a major component of plant availability.

Gearboxes and motors frequently support:

• conveyors and material-handling systems;
• mixers and agitators;
• pumps and compressors;
• metal-processing equipment;
• machine tools;
• cranes and hoists;
• fans and blowers;
• packaging equipment;
• production lines; and
• process machinery.

Higher operating activity does not automatically create gearbox-repair demand. But increasing production can increase runtime, starts and stops, loading cycles and accumulated operating hours across existing equipment.

Those conditions make maintenance discipline increasingly important.

What This Means for Gearbox and Motor Reliability

For reliability teams, the important question is not simply whether U.S. manufacturing increased by 0.2%.

The more practical question is what happens to installed equipment when production schedules become more demanding.

Plants that increase output without adding equivalent new capacity may place additional operating hours on existing assets.

That can expose weaknesses that were less apparent during lighter operating periods.

Lubrication problems, bearing degradation, alignment errors, looseness and developing gear-tooth damage do not necessarily originate because production increased. Higher utilization can, however, reduce the amount of time available to address those problems before they affect production.

This makes equipment-condition trends increasingly important.

Maintenance teams should pay particular attention to changes in:

• gearbox vibration;
• bearing temperatures;
• lubricant condition;
• metallic wear debris;
• seal leakage;
• unusual gear noise;
• motor current;
• coupling condition;
• alignment; and
• recurring lubrication consumption.

For additional diagnostic guidance, see Gearbox Vibration Analysis: What the Data Really Means and Gearbox Bearing Failure: Troubleshooting Guide.

Capacity Utilization Tells a More Cautious Story

The July production numbers are encouraging, but they should not be interpreted as evidence that U.S. factories are collectively running near maximum capacity.

Overall industrial capacity utilization increased only slightly, reaching 76.3%.

Manufacturing utilization reached 76.0%, up from 75.9% in June.

That remains 2.2 percentage points below manufacturing’s long-run 1972–2025 average of 78.2%.

By the Numbers

Source: Federal Reserve, Industrial Production and Capacity Utilization, released August 18, 2026.

This creates an important distinction.

Manufacturing appears to be expanding, but the economy is not showing the characteristics of universally constrained factory capacity.

That could mean many manufacturers can initially satisfy additional demand by increasing output from existing facilities and equipment rather than immediately building new production capacity.

For maintenance organizations, that makes reliability of the installed asset base particularly important.

Reliability Tip

When production begins increasing, do not wait for vibration alarms or failures before reconsidering maintenance priorities.

Compare current operating hours, production rates and equipment loading with the assumptions behind existing preventive-maintenance intervals.

A lubrication or inspection schedule established during a lower-utilization period may deserve review if critical machines are now running significantly longer or harder.

Business Equipment and Construction Both Strengthened

Another notable component of the July report was construction.

The Federal Reserve’s construction-related production index increased 0.8% in July and was 2.4% above its year-earlier level. Materials production increased 0.3%.

Industrial expansion connected with construction can affect mechanical-power-transmission markets in several ways.

Construction itself creates demand for aggregates, cement, steel and material handling. New industrial facilities also eventually require pumps, conveyors, fans, compressors, motors, gear reducers and automation equipment.

This does not mean July’s construction number will automatically produce higher gearbox demand.

It does mean several equipment-intensive parts of the industrial economy are currently moving in the same general direction.

Mining Remains Highly Utilized

Mining deserves separate attention.

Mining output increased 0.2% in July and was 1.0% above the previous year. More notably, mining capacity utilization reached 86.1%, compared with its long-term average of 85.2%.

Mining is one of the industries in which gearbox reliability can have particularly significant operational consequences.

Crushers, mills, conveyors, feeders, bucket elevators and material-handling systems frequently operate under high loads, contamination and shock-loading conditions.

Higher utilization can increase the importance of:

• lubricant cleanliness;
• contamination control;
• bearing-condition monitoring;
• gear-mesh trending;
• inspection of couplings and backstops;
• critical-spares inventory; and
• planned repair windows.

Unlike manufacturing overall, mining is currently operating slightly above its historical capacity-utilization average.

For suppliers and reliability teams serving mining operations, that is worth monitoring.

Common Mistake

Do not interpret higher production as proof that every plant should increase maintenance frequency by the same percentage.

Maintenance intervals should reflect asset criticality, actual runtime, loading, environment, failure history and condition-monitoring evidence.

A gearbox operating continuously in a dusty aggregate facility faces a very different reliability profile from an intermittently operated reducer in a clean manufacturing environment.

What Maintenance Teams Should Review

Plants experiencing increasing production should consider whether operating conditions have changed enough to affect current maintenance assumptions.

Plant Reliability Checklist

• Compare current equipment runtime with the previous 6–12 months.
• Identify assets experiencing higher loads or more frequent operating cycles.
• Review vibration trends rather than relying exclusively on absolute alarm limits.
• Check gearbox lubricant level, viscosity, contamination and sampling history.
• Review bearing-temperature trends.
• Inspect couplings and alignment on critical motor-gearbox systems.
• Confirm critical gearbox, bearing, motor and coupling spares.
• Review lead times for difficult-to-source replacement equipment.
• Identify assets with known deferred repairs.
• Verify planned shutdown windows for equipment that cannot be repaired during production.

The Repair-versus-Replace Question Could Become More Important

Increasing business-equipment activity can also affect capital-planning decisions.

When demand is weak and production capacity is readily available, facilities may tolerate equipment that is inefficient, difficult to maintain or nearing the end of its useful life.

That calculation can change when the cost of downtime increases.

A gearbox that can be repaired economically during a planned shutdown may remain a good candidate for rebuilding.

Conversely, equipment with repeated failures, obsolete components, inadequate capacity or chronic reliability problems may justify replacement when production requirements increase.

The correct decision depends on:

• damage severity;
• gearbox condition;
• repair lead time;
• replacement lead time;
• component availability;
• production criticality;
• expected future loading;
• equipment efficiency;
• obsolescence; and
• lifecycle cost.

The July industrial data do not settle that decision. They increase the importance of having the decision framework established before an equipment failure forces the issue.

Questions for Your Plant

Maintenance and reliability teams should consider asking:

1. Has runtime increased on our most critical gearboxes and motors?
2. Are preventive-maintenance intervals still appropriate for current production levels?
3. Which assets would create the greatest production loss if they failed today?
4. Do we have current vibration and lubrication baselines for those machines?
5. Are critical gearbox, motor, bearing and coupling spares actually available?
6. Have replacement-equipment lead times changed?
7. Which deferred repairs become higher risk if production continues increasing?
8. Which machines should be repaired or rebuilt during the next planned shutdown?

What the Data Does Not Tell Us

The Federal Reserve report is an important indicator, but it has limitations.

It does not demonstrate that every manufacturing sector is growing.

Consumer-goods production declined 0.4% in July, while motor-vehicle and parts production fell 2.1%. Nondurable manufacturing declined 0.4%.

The Federal Reserve also notes that the July figures are preliminary and that an annual revision to its industrial-production and capacity-utilization indexes is planned for autumn 2026.

One month of data therefore should not be interpreted as proof of a sustained manufacturing boom.

The more defensible conclusion is narrower:

industrial production is expanding modestly, while business-equipment and durable-goods production are currently providing considerably stronger signals than the headline manufacturing number alone suggests.

What to Watch Next

The next several months should clarify whether July represents the continuation of a meaningful equipment-investment cycle or simply another strong period within an uneven industrial economy.

Key indicators worth monitoring include:

• business-equipment production;
• machinery production;
• manufacturing capacity utilization;
• durable-goods orders;
• unfilled machinery orders;
• industrial capital spending;
• mining utilization;
• motor and power-transmission equipment pricing;
• OEM order backlogs; and
• MRO and replacement-equipment lead times.

A continued increase in equipment output combined with rising utilization would provide a stronger indication that industrial plants are moving from unused capacity toward more intensive investment and maintenance requirements.

Industrial Gearbox Solutions Editorial Perspective

The most important signal in the July industrial-production report may not be the headline 0.2% increase in manufacturing.

It is the difference underneath the headline.

Business-equipment production is 6.6% higher than a year ago, durable manufacturing strengthened broadly in July, and mining is operating above its historical capacity-utilization average. At the same time, overall manufacturing utilization remains below normal.

Taken together, those conditions suggest an industrial economy in which selected equipment-intensive sectors are strengthening while significant capacity remains available elsewhere.

For maintenance and reliability organizations, this is an important stage of the cycle.

Plants do not need to be operating at maximum capacity before reliability problems become expensive. As production requirements increase, the value of uptime increases with them.

That makes the months before capacity becomes constrained an appropriate time to identify vulnerable gearboxes and motors, eliminate deferred maintenance, verify critical spares and establish condition baselines.

The question is therefore not simply whether manufacturing continues growing.

It is whether industrial facilities use the current period to prepare their existing assets for the additional operating demands that growth could create.

Related Reading

• Gearbox Bearing Failure: Troubleshooting Guide
• Gearbox Vibration Analysis: What the Data Really Means
• Troubleshooting Industrial Gearbox Bearing Failures
• Signs of Bearing Failure in Industrial Gearboxes
• Industrial Motor Repair
• Industrial Gearbox & Motor Repair Services

Sources

Federal Reserve Board — Industrial Production and Capacity Utilization, July 2026
Released August 18, 2026.

Frequently Asked Questions

Is U.S. manufacturing growing in 2026?

U.S. manufacturing production increased 0.2% in July 2026 and was 1.2% higher than in July 2025, according to the Federal Reserve. The overall numbers indicate moderate growth, although performance varies considerably among individual manufacturing sectors.

How much did U.S. business-equipment production increase?

Business-equipment production increased 0.8% in July 2026 and was 6.6% higher than a year earlier. This was substantially stronger than the year-over-year increase in total manufacturing production.

Why does business-equipment production matter to the industrial gearbox industry?

Business-equipment production can provide insight into activity involving machinery and other equipment used by businesses. Stronger equipment activity can eventually influence demand for industrial gearboxes, electric motors, bearings, couplings, drives, replacement components, and MRO services. It can also increase the importance of maintaining the existing installed equipment base.

What was U.S. manufacturing capacity utilization in July 2026?

Manufacturing capacity utilization reached 76.0% in July 2026. That remained 2.2 percentage points below its 1972–2025 long-run average of 78.2%, indicating that considerable manufacturing capacity remains available despite recent production gains.

Does higher manufacturing production increase gearbox failures?

Not necessarily. Higher production does not directly cause gearbox failures. However, increased runtime, heavier loading, more operating cycles, and reduced maintenance windows can accelerate the consequences of existing problems such as inadequate lubrication, contamination, misalignment, bearing deterioration, or gear-tooth damage.

What should maintenance teams monitor when production increases?

Maintenance and reliability teams should review gearbox vibration trends, lubricant condition, bearing temperatures, oil levels, contamination, seal leakage, alignment, coupling condition, motor current, operating hours, and equipment loading. Critical-spares availability and replacement-equipment lead times should also be reviewed.

Should preventive maintenance intervals change when equipment utilization increases?

Possibly. Maintenance intervals should reflect actual operating conditions rather than calendar schedules alone. If equipment is operating substantially more hours or under heavier loads, maintenance teams should determine whether lubrication, inspection, oil sampling, vibration monitoring, and other preventive-maintenance activities remain appropriate for the new operating conditions.

Which industrial sector showed particularly high capacity utilization?

Mining capacity utilization reached 86.1% in July 2026, slightly above its long-term average of 85.2%. High utilization can be especially significant for mining operations because crushers, mills, conveyors, feeders, and other equipment often rely heavily on industrial gearboxes and mechanical power-transmission systems.

Does the latest Federal Reserve data indicate a manufacturing boom?

Not yet. The July data show encouraging strength in business equipment and durable manufacturing, but overall manufacturing capacity utilization remains below its historical average. Consumer-goods and nondurable manufacturing production also declined during the month. The data therefore support a picture of selective industrial strength rather than an across-the-board manufacturing boom.

What should industrial plants watch next?

Important indicators include business-equipment production, durable-goods orders, machinery production, manufacturing capacity utilization, industrial capital spending, OEM backlogs, MRO demand, replacement-equipment lead times, and critical-component availability. Sustained increases across several of these indicators would provide stronger evidence of a broader industrial expansion.