Buying a used telehandler: attachment charts, load centers and condition evidence

Buying a used telehandler begins with the load, attachment and placement position it must support. Obtain the chart for the actual machine and approved attachment, then check the tire and support conditions and the indicators needed to read that chart. A headline maximum capacity does not establish what the machine can place at the required forward reach. JLG’s chart explanation uses a typical 24-inch horizontal fork load center, corresponding to a 48-inch load only when its center of mass is halfway along that length. An uneven or longer load needs its actual basis, not that assumption. Assess condition separately: boom sections, extension equipment, joints, carrier and fitted protective systems need the specified inspections and permitted tests. Record repairs, modifications, missing documents and work not demonstrated. Compare the complete usable package with quoted repairs and support, while keeping unresolved capacity or condition visible. A service invoice cannot supply an absent attachment chart or approve a different configuration.

Establish the load geometry and attachment chart

Simplified uniformly distributed fork loads; geometry only, not capacity approval
Load lengthNear edge from fork faceCalculated horizontal center
48 in0 in24 in
60 in0 in30 in
60 in2 in32 in
What load information must be established before choosing a machine?

Identify the actual mass, dimensions and center of gravity of the load, together with the required placement height and reach. Identify the approved attachment and supporting configuration. A maximum rating or a statement that the machine previously handled similar pallets cannot establish capacity for a different load and position.

When does a 48-inch load have a 24-inch horizontal load center?

JLG’s chart explanation uses a typical fork load center 24 inches forward of the fork’s vertical front face. A uniformly loaded 48-inch package centers at 24 inches. The relationship depends on the actual mass distribution and placement; not every pallet, attachment or packaged load shares that center.

How does a uniformly loaded 60-inch package change that geometry?

For a uniformly loaded 60-inch package, half-length puts the center 30 inches from the near edge; if that edge sits two inches forward of the fork face, its simplified horizontal load center becomes 32 inches, eight inches beyond the 24-inch example. These geometry examples do not create a derated capacity; use the approved information and actual load instead of inventing a proportional chart.

Which chart and indicators must accompany the offered attachment?

JLG’s guidance describes attachment-specific charts read with boom-angle and extension indications, so match those documents and usable indicators to the offered machine’s attachment and supporting configuration before treating a headline maximum as the allowance at a different placement position. Maximum height and maximum reach are different positions.

Inspect boom, carrier and protective systems as fitted

What belongs in the boom and joint condition assessment?

Identify the sections, cylinders, pads, extension equipment and joints fitted, then obtain the applicable measurements and limits from a competent inspector. Identify extension equipment before choosing inspection limits. Movement, shudder or drift is a finding for diagnosis rather than independent proof of a bent section, stretched chain or failed cylinder seal.

How does a pre-operation checklist differ from a purchase assessment?

JLG’s inspection guidance covers structure, boom equipment, axles, wheels, cab and fitted accessories against the machine’s manual. Obtain serial-specific history, measurements and repair scope. A completed daily checklist cannot establish every internal condition or replace the further examinations prompted by damage, symptoms or incomplete records.

Can the same tire fill or construction be assumed for every telehandler?

Record the approved tire specification, actual size, construction, fill where applicable, wheel condition and relevant operating requirements. Substitution can affect the supported configuration and cannot be approved from appearance alone.

Resolve tire mismatches under the manufacturer’s information. Solid or foam-filled construction cannot approve every configuration.

What support and carrier components need independent findings?

Include the axles, frame, steering, brakes and any fitted stabilizers or levelling equipment using the actual inspection procedure. Record carrier findings and permitted function tests separately. A boom that extends does not test the carrier’s full supporting condition, and a clean tire cannot establish that every axle or support system is sound.

How should safety devices and operational aids be checked?

Identify what the model, market, configuration and planned use require, then follow the applicable manufacturer test procedure with competent personnel. Preserve safeguards during the prescribed tests.

Never overload the machine or bypass a device for a demonstration. An indicator, limiter or warning system does not independently supply missing capacity information or replace the operating instructions.

Commission the specified functional assessment

Does a suspended-load demonstration prove acceptable hydraulic holding?

Only use the authorized tests and assessment methods for the exact machine, with suitable personnel, configuration and area. Do not invent a timed suspended-load trial or approach extended equipment to watch for play.

Record test conditions and obtain diagnosis. One visible movement cannot identify every hydraulic or structural cause.

Compare complete offers when buying a used telehandler

How can an included attachment change the offer comparison?

Assume offer A costs $38,000 and needs a $4,000 approved attachment plus $3,000 of identified work, reaching $45,000. Assume offer B includes the needed attachment for $43,000 and needs $1,000 of work, reaching $44,000.

These costs are assumed, not valuations. Establish equivalent capability and documentation before comparing the totals.

What does a missing capacity chart mean for the purchase?

Obtain the correct chart and instructions through the authorized source and verify the attachment and configuration they cover. Treat missing chart information as an unresolved operating requirement. A discount or a chart borrowed from a similar model cannot establish the absent capacity basis for your planned work.

Which evidence closes the telehandler purchase decision?

Reconcile configuration, chart, inspection findings, service and repair approvals, ownership and support with the load and placement requirements. Add actual transport, tax and required preparation to the known costs, keeping unperformed tests separate. Choose from the documented usable package and its acceptable uncertainty; a high maximum rating cannot answer an unsupported reach or attachment requirement.

Review Telehandlers: telehandler configurations alongside the chart for the attachment offered. The Equipment buying: purchase reference covers inspection scope, Checking a machine for liens and theft: ownership checks and serial-specific support.