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Choose from the lift plan, not the machine’s headline capacity. A telehandler is usually the better fit when materials must be picked, carried and placed at several points around a site. A mobile crane is usually the better fit for a planned suspended lift at a defined radius and height, especially when the load must clear an obstacle. In either case, confirm the actual load weight, landing point, radius, boom or jib configuration, attachment, ground conditions and manufacturer’s load chart before operating.
What the two machines are designed to do
Telehandler: a rough-terrain material handler with reach
A telehandler combines a mobile chassis, a telescopic boom and an interchangeable attachment. Its practical advantage is mobility: the machine can pick up a load, travel with it where the operating procedure permits, and place it at a different elevation or location. Fork carriages are common, but the approved attachment may instead be a bucket, work platform or another device listed by the manufacturer.
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That flexibility does not give a telehandler a single capacity that applies everywhere. As the boom extends and the load moves farther from the machine, the allowable load generally falls. The operator must use the chart for the exact attachment, boom angle, extension, tire or stabilizer configuration and operating position.
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A mobile crane is selected and set up around a specific lift. The crane, boom configuration, counterweight, radius, height, rigging and ground-support arrangement are part of one engineered operating condition. Once configured, it can place a suspended load where a telehandler may not have the required radius, height or load control.
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“Mobile crane” covers many configurations, so a crane’s nominal maximum capacity is not a universal answer either. The applicable load chart governs the planned radius and configuration, and the operator must stay within the manufacturer’s procedures and rated capacity.
Why headline capacity is a poor basis for the decision
Capacity changes with working position. Caterpillar’s published TH0642 specifications, accessed in 2026, list a 6,000-pound rated capacity, a 42.1-foot maximum lift height and a 27.6-foot maximum forward reach. The same specification lists only 900 pounds at maximum forward reach. Those are model-specific figures, not a universal telehandler range.
JCB’s US product page for the 508-66TC, also accessed in 2026, lists a 66-foot reach and an 8,500-pound maximum capacity. Those headline figures cannot be compared directly with the TH0642 numbers unless the lift position, attachment, configuration and chart basis are matched. A larger maximum number may be unusable at the radius your site requires.
| Published specification | Machine and qualification | What it does—and does not—tell you |
|---|---|---|
| 6,000 lb rated capacity | Caterpillar TH0642; manufacturer specification accessed 2026 | Maximum published rating for that model under its stated conditions, not capacity at every reach |
| 42.1 ft maximum lift height | Caterpillar TH0642; manufacturer specification accessed 2026 | Maximum published height; the allowable load at that height must come from the chart |
| 27.6 ft maximum forward reach | Caterpillar TH0642; manufacturer specification accessed 2026 | Geometric reach limit, not proof that a useful load can be placed there |
| 900 lb at maximum forward reach | Caterpillar TH0642; manufacturer specification accessed 2026 | Example of how sharply usable capacity can fall at maximum reach |
| 66 ft reach | JCB 508-66TC US product specification accessed 2026 | Published reach for that model; configuration and chart determine allowable load |
| 8,500 lb maximum capacity | JCB 508-66TC US product specification accessed 2026 | Headline maximum for that model, not a directly comparable working-radius capacity |
| General mobile-crane capacity | Not stated in the cited material | Use the selected crane’s chart; no universal “typical” figure applies |
Start with the lift requirements
1. Establish the load weight reliably
List the item, packaging, lifting accessories and any contents that will remain attached during the lift. OSHA’s publication Cranes and Derricks in Construction states: “Before beginning a lift, you must determine the load weight by a reliable means.” A guess, a shipping label that excludes packaging, or an outdated drawing is not a reliable basis when the result could exceed the chart.
2. Define the landing point and radius
Measure the horizontal distance from the machine’s relevant rotation or load-center reference to the load’s pick and set points. Record the highest point the load must reach, not merely the elevation of the floor. For a telehandler, boom extension and angle change the chart cell. For a crane, radius, boom length, counterweight and jib or other attachments determine the rated capacity.
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3. Map the travel path and obstacles
Decide whether the machine must carry the load while moving. Note slabs, ramps, trenches, incomplete floors, traffic routes, door openings, scaffolding, pipe racks and other obstructions. A telehandler may be advantageous when repeated short moves are central to the work, but travel with a load is permitted only under the manufacturer’s operating procedure and site rules. A crane may avoid a long travel route by lifting from one prepared position.
4. Check ground and setup space
Inspect bearing conditions along a telehandler’s travel path and at its working position. For a mobile crane, verify that the setup area can support the crane and outrigger reactions for the selected configuration. OSHA guidance calls for suitable outrigger support on firm ground or cribbing. Do not assume a visibly hard surface has adequate bearing capacity; obtain the site’s engineering or competent-person assessment where required.
5. Confirm attachment and rigging approval
Match the attachment to the machine and the load. Check the attachment’s rated capacity, connection method, load center and any restrictions in the manufacturer’s manual. For a crane, use slings, fixtures or other devices with adequate capacity, maintain proper sling angles and pad sharp edges so they cannot damage the slings.
6. Identify overhead and surrounding hazards
Locate overhead power lines before positioning either machine. OSHA guidance calls for additional precautions near power lines. Establish the required clearance and control measures for the jurisdiction and site, and include the boom, load, rigging and possible swing path—not just the machine’s tires—in the clearance review.
7. Select the machine from the chart
Give the rental provider or lifting contractor the measured weight, pick and set radii, height, travel requirement, attachment, ground information and access limits. Ask for the exact model, serial-specific or current chart where applicable, and the proposed configuration. Reject a selection based only on “maximum capacity” or “maximum reach.”
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8. Record the lift plan and stop criteria
Document the communication method, exclusion zone, spotters, weather or visibility limits established by the site, and the person authorized to stop the lift. Stop if the load differs from the stated weight, the ground changes, the chart no longer matches the setup, the attachment is damaged, or any person enters the danger area.
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Repeated material movement around the site
Choose a telehandler when the work consists of many pick-and-place cycles between storage, staging and installation points. Its value is the combination of mobility and boom reach, provided each move remains within the chart and the approved travel procedure. Examples include distributing palletized materials to several building zones or feeding materials to crews at different elevations.
Loads that can remain on an approved attachment
Fork-mounted loads can be efficient when the item is stable, the load center is known and the attachment is approved. Keep the load low and stable during travel as required by the operator’s manual, and do not improvise hooks, slings or forks. An attachment that physically fits is not automatically approved for the intended lifting method.
Sites where crane setup would be disproportionate
A telehandler may avoid the mobilization and prepared setup area associated with a crane when the required loads are within its chart and the work does not need a long suspended reach. This is a job-specific judgment, not a universal cost or speed rule. Compare the complete scope, access, setup and operating time in quotations.
When a mobile crane is the better tool
A defined pick-and-set lift
Use a mobile crane when the lift can be planned around one or more known pick and landing points and the load will remain suspended during the placement. The crane team can configure boom, counterweight, radius and outriggers for that lift and establish a controlled swing and exclusion zone.
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Long reach or an obstacle between pick and set
A crane is often the more suitable option when the load must clear a trench, structure, wall or other obstruction and cannot be carried safely along the ground. The decision still depends on the selected chart and ground support; “long reach” alone does not prove that a crane is adequate.
Loads requiring dedicated rigging and control
Crane work is appropriate when the load must be attached with rated slings or fixtures and controlled by a qualified lifting team. Protect sling legs from sharp edges, account for sling angles, and ensure the rigging arrangement does not exceed the capacity of the weakest component.
Telehandler and mobile crane: practical comparison
| Decision factor | Telehandler | Mobile crane |
|---|---|---|
| Primary role | Material handling with telescopic reach and approved attachments | Planned suspended lifting from a configured crane position |
| Movement with load | May be central to the job, subject to the manufacturer’s travel procedure, chart and site rules | Normally planned around a set-up position; do not assume travel with a suspended load is permitted |
| Capacity basis | Exact attachment, load center, boom position, stabilizer or tire configuration and chart | Exact crane configuration, radius, boom or jib, counterweight, outriggers and chart |
| Ground concern | Travel-path bearing and stability at the working position | Crane and outrigger reactions, firm ground or engineered cribbing, and setup space |
| Typical planning question | Can this machine safely pick, carry and place the load at every required position? | Can this configuration safely pick and set the load at the planned radius and height? |
| Attachment issue | Only manufacturer-approved attachments and uses; suspended-load approval is not universal | Rated slings, fixtures and other devices matched to the load and protected from edge damage |
| Universal cost or speed advantage | Not established; obtain location- and scope-specific quotations | Not established; obtain location- and scope-specific quotations |
Safe telehandler setup and operation
- Identify the exact machine and attachment. Record the model, attachment, tire or stabilizer state and any restrictions shown on the data plate or manual.
- Locate the correct chart cell. Use the load center, boom angle, extension, height and forward reach for the planned position. If the chart does not cover the position, do not make the lift.
- Verify the load. Include packaging and anything attached to the load. Confirm that the attachment’s capacity is not lower than the machine’s allowable capacity for that position.
- Inspect the route. Check slopes, edges, voids, overhead lines, personnel and clearance. Establish a spotter or exclusion zone where visibility is limited.
- Keep the load controlled during travel. Follow the manufacturer’s instructions for load height, speed, steering and surface conditions. Do not turn a pick-and-carry task into a suspended-load operation unless the machine and attachment are specifically approved for it.
- Set the load down before changing the plan. If the landing point, radius, attachment or ground condition changes, stop and recalculate from the chart.
Safe mobile-crane setup and operation
- Build the lift plan from measured data. State the load weight, pick and set locations, maximum radius, required height, boom or jib arrangement, counterweight and rigging plan.
- Verify the crane chart. Confirm that the selected configuration has adequate capacity at the worst radius, not merely at minimum radius or maximum advertised capacity.
- Prepare the ground and outriggers. Use firm ground or suitable cribbing as required. Confirm that the setup area can support the expected reactions and that the crane remains level within the manufacturer’s limits.
- Inspect and connect rigging. Use slings or fixtures with adequate capacity, account for sling angles, and pad sharp edges. Remove damaged rigging from service.
- Control the zone. Establish a signal method, keep nonessential personnel out, and coordinate the operator, signal person and riggers before the first lift.
- Address power lines. Apply the site and jurisdictional clearance requirements to the entire crane, boom, load and rigging envelope. Add the precautions required by OSHA guidance.
- Make a controlled test lift. Raise the load only enough to confirm balance, rigging security, brake response and ground stability. Stop if any condition differs from the plan.
- Complete the placement without exceeding the chart. Do not operate a crane above its rated capacity; OSHA states, “You must not operate a crane in excess of its rated capacity.”
Common selection and operating mistakes
Choosing by maximum capacity alone
Failure: A machine is selected because its brochure number exceeds the load. Fix: Use the chart at the actual radius, height, attachment and setup. The TH0642 example—6,000 pounds rated capacity but 900 pounds at maximum forward reach—shows why this matters.
Confusing reach with usable placement capacity
Failure: A published maximum reach is treated as proof that the machine can place the planned load there. Fix: Read the chart cell for the load’s center and landing point; reach and capacity must be evaluated together.
Assuming every telehandler can suspend a load
Failure: Slings or a hook are attached to a telehandler without confirming approval. Fix: Check the exact manufacturer manual, attachment approval and chart. The cited sources do not establish universal telehandler suspended-load rules or compatibility.
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Ignoring ground support
Failure: A crane is placed on an apparently solid surface without checking outrigger reactions, or a telehandler travels over an unverified slab or edge. Fix: Assess bearing conditions and use engineered support or cribbing where required before the machine arrives.
Leaving rigging out of the load calculation
Failure: The payload is within capacity but the slings, spreader or fixtures push the total load over the limit. Fix: Include every item lifted and verify the weakest rigging component, sling angle and edge protection.
Allowing the lift to drift from the plan
Failure: The landing point moves, an obstruction appears or the machine is repositioned without a new check. Fix: Stop, reassess the radius and ground, and select the correct chart cell again.
How to obtain comparable quotes
Ask each supplier or lifting contractor to quote the same written scope. Provide the load weight and dimensions, pick and set coordinates, maximum radius and height, number of lifts, access restrictions, ground condition, power-line information, required attachment or rigging, expected working dates and who supplies the operator, signal person and riggers.
For a telehandler, request the exact model, attachment, chart and any stabilizer requirements. For a crane, request the proposed crane configuration, counterweight, boom or jib, outrigger footprint, mobilization and setup scope. Compare what is included rather than assuming one machine is inherently cheaper or faster; no comparable current rental-rate or cycle-time statistic establishes such a universal advantage.
Decision checklist
- Load weight established by a reliable method, including packaging and rigging
- Pick point, landing point, maximum radius and required height measured
- Travel with the load identified as necessary or prohibited
- Exact machine, attachment and manufacturer chart obtained
- Ground, slab, edge and outrigger-support conditions assessed
- Obstacles, exclusion zones and overhead power lines mapped
- Rigging capacity, sling angles and sharp-edge protection verified
- Operator, signal method and stop-work authority assigned
- Plan rechecked whenever the load, position, configuration or ground changes
Bottom line
A telehandler is the practical choice when the job is primarily mobile material distribution and every pick, travel segment and placement fits its attachment-specific chart. A mobile crane is the practical choice when the job is a planned suspended lift that benefits from a dedicated configuration, greater controlled radius or placement over an obstruction. Neither choice can be made responsibly from a headline capacity. Determine the load by a reliable means, match the exact machine and configuration to the worst working position, verify ground and rigging, address power lines, and stop whenever the real site no longer matches the lift plan.
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Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
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