Fleet Torque Control Cuts Incidents by 60%

A Large Fleet Operator Improves Safety and Efficiency with Controlled Torque

A major product distribution company faced recurring safety risks due to inconsistent torque practices across its large fleet.

By implementing a controlled torque solution, the organization significantly improved safety, efficiency, and traceability across its operations.

Key Facts:

6,000+ vehicles supported
250+ service locations
60% reduction in torque-related incidents
100% torque compliance
ROI achieved in 18 months

Inconsistent Torque Practices Created Safety Risks and Operational Inefficiencies

The customer operates one of the largest logistics and distribution networks in its region, supported by an extensive maintenance infrastructure with hundreds of service locations.

Core challenges included:

Inconsistent torque application

Existing pneumatic tools delivered 900–1100 ft-lb vs. required 475 ft-lb
Torque variation of 15–18%

Safety risks

Approximately 15 monthly incidents involving loose or detached tires
Increased risk of collisions, injuries, and liability

Operational inefficiencies

Over-torqued fasteners made roadside tire changes difficult
Increased downtime and towing costs

Cultural resistance

Strong belief that speed outweighed precision
Misconception that faster tools equaled better performance

Lack of traceability

No visibility into service history or accountability across locations

A Hybrid Torque Solution Balanced Precision, Speed, and Traceability

A hybrid torque solution was implemented to balance precision with productivity.

Implemented Tools & Strategy

Primary tightening:

W3131 Impact Wrench
- Used to approach—but not exceed—target torque

Final tightening & control:

QXM Torque Tool (Truck Line)
- Ensured ±5% accuracy at the specified 475 ft-lb
- Enabled traceability for each tightening operation

Validation Process

Conducted a Cmk statistical study (100 samples)
Achieved Cmk ≥ 2, significantly improving consistency compared to pneumatic tools (~Cmk ≥ 1)

Deployment Highlights

Initial pilot investment: $150K
Tools deployed: 16 QXM + W3131 units
Rollout across 11 key service locations
Delivered nationwide training (11 sessions) for technicians and operators

Key Advantage

Maintained efficient cycle time using an impact + torque combination
Reframed the solution from cost to safety investment

“I didn't realize how important it was to control torque in trucks; this training changed the way I look at the problem.”

Certified Operator

field operator holding a qxm torque controlled tool

Controlled Torque Delivered Measurable Safety, Performance, and ROI Improvements

Quantitative Results

100% compliance with torque specifications
60% reduction in torque-related incidents (Q1 2026)
Cmk ≥ 2, indicating strong process capability
ROI achieved within 18 months

Qualitative Results

Improved technician expertise in torque control
Increased driver confidence in vehicle safety
Reduced delivery delays and service disruptions
Enhanced logistics planning reliability

“I used to think that a faster tool was always better, but now I realize that assumption was incorrect.”

Maintenance Technician

field operator holding Ingersoll Rand W3131 20v cordless impact wrench

"At first we thought this was just a sales initiative, but now we see the broader operational benefits."

Technical Manager

technician showcasing the Ingersoll Rand and QXM torque tool

QXM_40V Cordless Multiplier w. Socket_la.jpg

QXM Torque Tool (Truck Service)

Precision torque control (±5%)
Built-in traceability
Designed for heavy-duty fleet maintenance

W3131 Cordless Impact Wrench

Efficient pre-tightening
Prevents over-torque when paired with QXM
Improves productivity and workflow balance

Does this challenge resonate with your business?

Contact an Expert

Looking to implement a controlled torque solution tailored to your fleet? Contact an expert to learn how controlled torque solutions can optimize your fleet operations.

Fleet Maintenance & Torque Control Case