Tricks How to Find the Best Used Pipelayer for Sale

Finding the best used pipelayer for sale isn't simply about choosing the lowest price or fewest operating hours. The right machine needs to match your pipeline application, lifting requirements, terrain, pipe weight, production schedule, and maintenance budget.

A used pipelayer can deliver significant value when it has been properly maintained and its configuration fits the work. But two machines with similar hours can have very different conditions depending on their previous duty cycle, operating environment, maintenance history, and component wear.

This guide explains what a pipelayer is, how to choose the right machine, what to inspect before buying, how to evaluate operating hours, and how to determine the total cost of ownership.

What Is a Pipelayer?

A pipelayer, commonly called a sideboom, is a tracked construction machine designed to lift, position, and place sections of pipe during pipeline construction. Its side-mounted boom and counterweight configuration allow it to handle pipe alongside the machine while traveling along a pipeline right-of-way.

Pipelayers can be used in applications involving water, sewer, oil, gas, and other pipeline infrastructure. The exact capabilities and operating configuration vary by manufacturer and model, so buyers should always evaluate the manufacturer's specifications and load ratings for the machine being considered.

The existing Boom & Bucket article correctly identifies pipelayers and sidebooms as equipment used to move and position pipe, but its explanation of the mechanical differences between the two terms is overly broad.

For buyers, the more important question is: Does this specific machine have the capacity, configuration, and condition required for my project?

What Are Pipelayers Used For?

Pipelayers are designed for pipe handling and positioning during construction and infrastructure projects.

Common applications include:

1. Oil and gas pipeline construction

2. Natural gas pipeline projects

3. Water mains

4. Sewer and wastewater systems

5. Utility pipelines

6. Pipeline replacement

7. Pipeline maintenance

8. Large-diameter pipe installation

9. Pipeline right-of-way construction

The application matters because pipe weight, terrain, lifting radius, and production requirements can vary substantially from one project to another.

A machine suitable for a relatively light utility project may not have the capacity or configuration required for heavy pipeline construction.

How to Choose the Right Used Pipelayer

Before looking at individual listings, define what the machine needs to accomplish.

Start with four questions:

1. What is the heaviest pipe the machine will handle?

2. What lifting radius is required?

3. What type of terrain will the machine operate on?

4. How many hours will the machine work each year?

These answers help narrow down the appropriate machine class and specifications.

Determine the Required Lifting Capacity

Choose a pipelayer based on the actual load it needs to handle at the required operating configuration—not simply its maximum advertised lifting capacity.

Pipe weight can vary based on:

1. Diameter

2. Wall thickness

3. Length

4. Material

5. Coating

6. Configuration

The machine's rated capacity also needs to be considered in relation to boom position, load radius, machine configuration, and applicable manufacturer specifications.

OSHA's sideboom requirements specifically address load ratings, sideboom travel, ropes and reeving accessories, booms, stabilization requirements for applicable equipment, and operating practices.

If the machine will regularly work close to its rated capacity, make sure your evaluation accounts for the actual loads and operating conditions rather than relying on a single maximum-capacity number.

Consider Terrain and Ground Conditions

Pipeline work can involve uneven, muddy, sloped, or changing ground conditions.

Before purchasing, evaluate:

1. Right-of-way conditions

2. Ground stability

3. Slopes

4. Mud and soft soil

5. Trench locations

6. Working space

7. Travel requirements

8. Typical weather conditions

A machine that performs well on firm ground may face different operating demands in soft or uneven terrain.

Used Pipelayer Inspection Checklist

A professional inspection can help identify expensive repairs before you purchase a machine. Start with the major systems that affect reliability, lifting performance, and future operating costs.

1. Inspect the Undercarriage

For a tracked pipelayer, undercarriage condition can have a major effect on ownership costs.

Inspect:

1. Track rails

2. Rollers

3. Idlers

4. Sprockets

5. Track pads

6. Track bolts

7. Track tension

8. Uneven wear

Ask for measured wear information when available rather than relying solely on a visual estimate.

Also inspect the final drives for leaks, unusual noise, or other signs of damage.

2. Check the Engine

Inspect the engine compartment for:

1. Oil leaks

2. Coolant leaks

3. Hydraulic leaks

4. Damaged hoses

5. Chafed wiring

6. Cracked belts

7. Cooling-system problems

8. Excessive smoke

9. Abnormal engine noise

If possible, see the machine start from cold. A cold-start evaluation can reveal issues that may be less obvious after the engine has warmed up.

3. Inspect the Hydraulic System

Hydraulic performance is critical to boom and load-handling functions.

Check:

1. Hydraulic hoses

2. Cylinders

3. Cylinder rods

4. Fittings

5. Pumps

6. Reservoir

7. Leaks

8. Unusual hydraulic noise

9. Slow or inconsistent functions

Cycle the hydraulic functions and pay attention to hesitation, abnormal noise, leaks, or excessive movement.

4. Examine the Boom and Hook

The boom is one of the most important components to inspect.

Look for:

1. Cracks

2. Damaged welds

3. Bent sections

4. Corrosion

5. Worn pins

6. Excessive play

7. Damaged sheaves

8. Hook damage

Operate the boom according to the manufacturer's procedures and verify that its functions respond properly.

5. Inspect the Winch and Wire Rope

Don't overlook the winch system.

Check:

1. Winch operation

2. Drum condition

3. Wire rope

4. Rope termination

5. Brake operation

6. Controls

7. Mounting points

8. Unusual noises

The condition of the lifting system should be evaluated carefully because the machine's primary job is handling suspended pipe.

6. Check the Counterweight and Structure

Inspect the counterweight and supporting structure for:

1. Cracks

2. Damaged mounts

3. Loose hardware

4. Previous repairs

5. Structural deformation

6. Corrosion

Look closely at areas that experience repeated loading and stress.

7. Test the Cab and Controls

Test:

1. Gauges

2. Displays

3. Warning systems

4. Joysticks and controls

5. Seat

6. Visibility

7. HVAC

8. Electrical systems

Document any warning codes or malfunctioning controls.

How Many Hours Is Too Many on a Used Pipelayer?

There is no universal operating-hour limit that makes a used pipelayer a good or bad purchase.

Hours should be evaluated together with:

1. Maintenance history

2. Previous application

3. Duty cycle

4. Undercarriage condition

5. Engine condition

6. Hydraulic performance

7. Boom and winch condition

8. Major component repairs

9. Overall structural condition

A higher-hour machine with excellent maintenance records and recently rebuilt major components may provide better value than a lower-hour machine with poor maintenance history.

Why Duty Cycle Matters

Operating hours don't tell the entire story.

Ask how the machine was used:

What size pipe did it handle?
Heavy pipe handling can place different demands on components than lighter work.

What terrain did it operate on?
Slopes, soft ground, mud, and uneven terrain can affect wear.

How frequently was it used?
A machine operated continuously for years may have a very different wear profile from one used intermittently.

Was maintenance performed on schedule?
Documented preventive maintenance can be more useful than the hour meter alone.

The original Boom & Bucket article makes several specific maintenance claims tied to six-year/12,000-hour and 10,000-hour thresholds. Those should not be presented as universal rules because service requirements vary by machine, engine, manufacturer, operating conditions, and maintenance history.

How Much Does a Used Pipelayer Cost?

There is no single price for a used pipelayer.

The asking price can vary significantly based on:

1. Manufacturer

2. Model

3. Year

4. Operating hours

5. Lift capacity

6. Undercarriage condition

7. Engine condition

8. Hydraulic condition

9. Boom condition

10. Winch condition

11. Maintenance history

12. Recent component work

13. Technology and features

14. Market demand

The current Boom & Bucket article shows how widely used pipelayer listings can vary by age, model, hours, and asking price, reinforcing why a single generalized price range can quickly become outdated.

Instead of asking only “How much does a used pipelayer cost?”, ask:

“What will this particular machine cost me to own and operate?”

That leads to a more useful purchasing decision.

Older vs. Newer Used Pipelayers

Neither category is automatically better.

An older pipelayer with documented maintenance and sound major components can be a strong purchase for the right contractor. A newer machine can make sense when reduced wear, newer technology, or manufacturer support justifies the higher acquisition cost.

Calculate the Total Cost of Ownership

The purchase price is only the beginning.

Estimate:

Purchase price + transportation + inspection + immediate repairs + maintenance + component work + financing + expected downtime

Pay particular attention to expensive systems such as the undercarriage, final drives, hydraulic system, boom, winch, and engine.

For example, a machine priced significantly below comparable equipment may become less attractive if it immediately requires extensive undercarriage work or major hydraulic repairs.

A good used-equipment purchase is not necessarily the cheapest machine. It's the machine that delivers the required capability at an acceptable total ownership cost.

Should You Get a Professional Pipelayer Inspection?

Yes, especially for a high-value used pipelayer.

An independent heavy-equipment technician can provide a second set of eyes and identify issues that may not be obvious from photographs or a short demonstration.

A thorough inspection should ideally document:

1. Machine identification

2. Hour meter

3. Engine condition

4. Hydraulic performance

5. Undercarriage wear

6. Final drives

7. Boom and hook

8. Winch and wire rope

9. Counterweight

10. Structural condition

11. Controls

12. Leaks

13. Warning codes

14. Service history

15. Photos and videos

The inspection should distinguish between normal wear, repairable defects, and problems that could materially affect the machine's value.

Pipelayer Safety Considerations

Pipelayers handle suspended loads, so safety should be part of the buying decision—not an afterthought.

Review the manufacturer's operating instructions and applicable regulations for the specific machine and application.

OSHA's construction requirements include specific provisions for sideboom cranes and address areas such as load ratings, booms, ropes and reeving accessories, travel, and operating practices.

OSHA also treats sideboom cranes as equipment covered within its construction crane and derrick framework, with specific requirements applicable to their operation.

Before putting a used machine into service, verify that:

1. Load ratings are available and appropriate

2. Lifting components are in suitable condition

3. Wire rope and rigging are properly evaluated

4. Controls function correctly

5. Operators receive required training

6. Site conditions are appropriate

7. The machine is operated according to manufacturer requirements

Always follow current OSHA requirements and applicable local regulations rather than relying solely on a general online buying guide.

Used Pipelayer Buying Checklist

Before purchasing a used pipelayer, confirm that you have:

1. Defined the machine's intended application

2. Determined the heaviest pipe it will handle

3. Evaluated required lifting radius

4. Considered terrain and ground conditions

5. Reviewed operating hours

6. Investigated the previous duty cycle

7. Reviewed maintenance records

8. Inspected the undercarriage

9. Checked the engine and cooling system

10. Tested the hydraulic system

11. Inspected the boom and hook

12. Evaluated the winch and wire rope

13. Checked the counterweight and structural components

14. Tested controls and warning systems

15. Checked final drives

16. Verified machine identification and documentation

17. Completed a professional inspection

18. Estimated immediate repair costs

19. Calculated total cost of ownership

20. Compared the machine with similar used pipelayers

Frequently Asked Questions

What should I look for when buying a used pipelayer?

Check lifting capacity, boom and hook condition, winch and wire rope, undercarriage wear, engine and hydraulic performance, counterweight condition, operating hours, maintenance records, and previous duty cycle. A professional pre-purchase inspection can help identify expensive repairs before you buy.

What is the difference between a pipelayer and a sideboom?

Pipelayer and sideboom are commonly used terms for tracked machines designed to handle and position pipe alongside the machine. Configurations and capabilities vary by manufacturer and model, so buyers should use the specific machine's specifications and rated capacity when comparing equipment.

How many hours is too many for a used pipelayer?

There is no universal hour limit. Evaluate operating hours alongside maintenance history, duty cycle, undercarriage wear, engine and hydraulic condition, boom and winch condition, and major component repairs.

How much does a used pipelayer cost?

Used pipelayer prices vary based on model, age, hours, capacity, condition, maintenance history, component work, and market demand. Compare total ownership costs rather than choosing a machine based only on its asking price.

What size pipelayer do I need?

Choose a pipelayer based on the heaviest pipe, required lifting radius, terrain, machine configuration, and manufacturer-rated capacity for the intended operating conditions. The machine's maximum advertised capacity should not be treated as the only selection criterion.

Ready to Find Your Used Pipelayer?

The best used pipelayer for sale is not necessarily the newest machine or the one with the lowest asking price.

It's the machine that matches your lifting requirements, pipe size, terrain, production needs, and budget while having a condition and maintenance history that support the expected workload.

Start by defining the job. Then compare capacity, hours, duty cycle, undercarriage, engine, hydraulics, boom, winch, structural condition, maintenance records, and total ownership cost.

Once you've identified what you need, explore available machines and compare them based on the factors that actually affect your operation.

Find Your Next Used Pipelayer

Ready to put your research into action? Explore Boom & Bucket's available used pipelayers and compare machines based on model, hours, specifications, condition, and price.

Browse Used Pipelayers →

Whether you're replacing an aging machine or adding pipeline equipment to your fleet, taking the time to evaluate the machine properly can help you avoid expensive surprises and choose equipment that works for your business.

Final Takeaway

Buying a used pipelayer is a balance between capability, condition, and total cost.

Don't let the hour meter or purchase price make the decision by itself. A proper evaluation considers the machine's previous work, maintenance history, lifting capacity, undercarriage, hydraulics, boom, winch, structural condition, and expected future workload.

With a clear understanding of your project's requirements and a thorough pre-purchase inspection, you can make a more informed decision and find a used pipelayer that delivers value long after the purchase.