Truck Mounted Compressors & On-Board Air Compressor Systems

Pricing depends on compressor technology, drive method, air flow requirements, installation constraints, and vehicle configuration. Contact our team for application-specific recommendations and pricing.

Choosing between a gas- and diesel-powered truck-mounted air compressor depends on how you use your truck, your typical operating hours, and priorities such as fuel availability, runtime, and operating costs.

Gas-powered truck-mounted air compressor

• A practical choice for lighter-duty or intermittent applications.
• Often well suited to service trucks where compressed air is needed periodically throughout the day.
• Can be a good option when gasoline is already readily available as part of your fleet operations.
• Typically considered when simplicity, lower initial investment, and occasional use are key priorities.

Diesel-powered truck-mounted air compressor

• Commonly preferred for demanding applications and longer operating periods.
• Well suited to heavy-duty jobs where the compressor may run for extended periods.
• Diesel engines are often selected for their durability and efficiency under sustained loads.
• A strong option for fleets where diesel is already the primary fuel used on site or across the vehicle fleet.

Quick decision guide

• Choose gas for lighter or intermittent use where simplicity and flexibility are the priority.
• Choose diesel for frequent, heavy-duty, or longer-duration operation where durability and runtime matter most.

If you’re unsure which power source best matches your air demand and vehicle configuration, our team can help you compare the options and identify the right compressor package for your application.

Most pneumatic tools operate between 60 and 120 PSI, depending on tool type and application.

The correct compressor should be selected based on:

• Required CFM
• Required PSI
• Duty cycle
• Vehicle space restrictions
• Application requirements

Installation typically involves:

• Selecting the appropriate drive method
• Mounting the compressor package
• Ensuring adequate cooling
• Routing air lines
• Integrating controls and safety systems
• Validating performance under operating conditions

Typical maintenance includes:

• Filter inspection and replacement
• Cooling system checks
• Hose and fitting inspections
• Air system leak checks
• Drive system inspection
• Scheduled compressor servicing