Residual capacity at the target lift height and actual load center determines reach-truck suitability, not nominal ground-level capacity. Request the manufacturer capacity chart for the quoted mast and attachment combination, and provide complete pallet data including mass, dimensions and center of gravity for verification against the highest rack placement requirement.
Shown as a configuration reference. Availability and the equipment offered for your project are confirmed separately.
Define the complete load and placement requirement
Reach-truck selection depends on residual capacity at the required lift height and load center, with the exact mast and attachment configuration. Nominal capacity represents a specific reference height and load center; the same truck carries less weight as the forks rise or the load center moves forward. List every pallet mass, size and center of gravity that the truck will handle, including long or asymmetric loads. Identify the highest rack beam, the reach depth needed and whether the truck enters perpendicular or parallel to the beam face.
The manufacturer capacity chart plots available load against lift height and horizontal load center for a given mast and attachment. Request the chart for the proposed equipment rather than assuming the nominal figure applies throughout the lift range. This truck is mainly used in multi-level warehouse [S1], illustrating the controlled indoor application these machines are designed for.
Collect and organize buyer inputs
Assemble the following data before requesting capacity confirmation:
| Input | Purpose | Example detail |
|---|---|---|
| Pallet mass, dimensions, center of gravity | Establish load-center distance and total mass | Wooden pallet, steel coil, irregular bundle with measured CG offset |
| Highest placement height | Determine residual capacity at critical lift | Top rack beam face elevation above floor |
| Required residual capacity | Confirm truck handles the heaviest load at maximum height | Mass of heaviest pallet plus safety margin agreed with qualified personnel |
| Rack beam depth and aisle layout | Verify reach travel and turning radius | Dimensioned plan showing beam face, pallet overhang, rack legs, obstructions |
| Mast lowered height and free lift | Check overhead clearance in doorways and trailers | Transit routes, container ceiling, mezzanine soffits |
| Attachments and positioning aids | Include attachment mass and fork-carriage offset in capacity review | Side shift, fork positioner, clamp, camera system |
Provide this data in the request for quotation. The supplier uses it to propose a mast, attachment and truck combination, then supplies the capacity chart proving the offered equipment meets the requirement.
Compare capacity evidence across offers
Request the manufacturer capacity chart with every proposal. Two trucks described as having similar lift height may have different residual capacities at your placement height due to mast construction, counterweight or hydraulic design. Compare the chart values at your specific height and load center, not the nominal headline figures. Confirm that each chart corresponds to the quoted mast model, attachment and fork length.
Reject offers that provide only nominal capacity without the height-dependent chart, or that omit attachment mass from the calculation. If an attachment is added or changed after truck selection, request an updated chart and verify that the revised capacity still satisfies the heaviest pallet. The capacity plate on the delivered truck must match the approved configuration; substituting attachments without manufacturer confirmation can place the operation outside safe limits.
Verify aisle geometry and reach access
Draw the rack layout to scale, showing beam faces, pallet dimensions, overhang, vertical posts and any obstructions in the turning area. Measure the available aisle width and compare it to the truck’s loaded right-angle stacking aisle requirement, which depends on load length, truck wheelbase and mast position. Include the reach travel distance needed to place the pallet onto the beam. Confirm that the mast extends and retracts without interference from rack components or adjacent loads.
Visibility at high placements is critical. Ask how the operator confirms fork entry, pallet position and beam clearance at the target height. Cameras, height indicators and reach-position feedback should be evaluated as part of the system rather than assumed to be universally effective. Demonstrate the complete approach, lift, reach and placement cycle during acceptance rather than testing only a static raised position.
Specify floor, environment and duty conditions
Survey floor flatness, joint condition, slopes and surface transitions. Reach trucks are designed for smooth, level warehouse floors; uneven surfaces affect stability and capacity. Provide the floor specification and have the supplier confirm the offered truck’s operating limits. Cold-storage operation, outdoor loading docks or exposure to temperature swings require explicit manufacturer review and may need modified seals, heating or component ratings.
Define the operating cycle: travel distance per placement, placements per shift, number of shifts and available charging windows. Battery capacity and charger output must support the duty without interrupting production or forcing partial-charge cycling that shortens battery life. If battery swapping is planned, show the changing equipment and reserved floor area in the layout.
Include the complete system cost and support
Request a quotation covering the truck, mast, battery, charger, attachments and positioning aids as a matched system. Add site electrical work, commissioning, operator training and an initial set of replacement wear parts. Compare the documentation each supplier provides for capacity verification and the support available for controllers, hydraulic components and batteries as well as mechanical service. Operating cost projections should reference the stated shift and charging scenario rather than generic assumptions.
Account for rack modifications or floor repairs needed to make the selected truck usable. A lower-cost truck that requires aisle widening or limits rack density may prove more expensive than a narrower machine with higher upfront cost. Keep these tradeoffs visible in the project budget rather than deferring them until after equipment commitment.
Perform supervised acceptance with approved loads
Acceptance confirms that the delivered equipment matches the approved offer and handles the specified load at the required height. Check the capacity chart, mast model identifier, battery rating and charger output against the quotation. Perform a supervised placement trial using the agreed pallet mass, dimensions and attachment under the direction of qualified personnel following manufacturer instructions. Verify aisle access, fork entry, reach extension, beam clearance and operator visibility through a representative handling cycle.
Record the truck’s operating behavior and charging pattern during normal duty. Test protective functions and recovery procedures within manufacturer limits. Raising an empty mast demonstrates mechanical reach but does not establish approved lifting capacity or confirm practical handling of the buyer’s loaded pallet. Retain delivery documentation, capacity plates and the approved configuration record for future reference and any attachment changes.
Request application-specific configuration
For projects requiring branding, language customization or non-standard attachments, provide complete load data, rack layouts and operating conditions with the OEM or ODM inquiry. Configuration changes involving mast height, attachment mass, special environments or control modifications require the supplier’s revised capacity chart and operating evidence. Establish who approves future attachment substitutions and how the capacity plate is updated when changes occur. State installation, training and service responsibilities for the destination alongside commercial timing.
IndustryApex engineers work with customers on application assessment, equipment selection and integration requirements, developing a project-specific supply proposal. For reach-truck projects, discuss your pallet data, rack layout and operating profile to receive equipment options and capacity verification. OEM and ODM feasibility, including branding and configuration changes, is confirmed for the proposed supplier and project scope.
Define your equipment requirements
Review the Electric reach truck buying guide for the complete equipment scope.
Discuss this equipment project ↗ · OEM requirements · ODM requirements. Configuration and feasibility are reviewed for your application.
Explore the Electric reach truck buying guide and RFQ checklist ↗
Frequently asked questions
What is residual capacity and why does it matter?
Residual capacity is the load a reach truck can safely handle at a specified lift height and load center, accounting for the installed mast and attachments. It declines as height increases or load center moves forward. Nominal capacity at ground level does not establish the approved load at rack height; request the manufacturer chart for the proposed configuration.
Which data must be provided to verify reach-truck capacity?
Provide pallet mass, dimensions and center of gravity for every load type, the highest placement elevation, rack beam depth and aisle dimensions, required mast lowered height and free lift, and all attachments. The supplier uses this data to propose equipment and supply the capacity chart proving it handles your heaviest pallet at maximum height.
How should capacity charts be compared across suppliers?
Compare chart values at your specific lift height and load center, not nominal ratings. Confirm each chart matches the quoted mast model, attachment and fork length. Reject offers supplying only nominal capacity without height-dependent data, or omitting attachment mass. An updated chart is required whenever attachments change.
What site and operating conditions affect reach-truck selection?
Floor flatness, joint condition, slopes and surface quality must meet the truck's operating limits. Cold storage, outdoor exposure or temperature swings need explicit manufacturer review. Define travel distances, placements per shift, shift count and charging windows so battery and charger capacity support the duty without production interruption.
What should reach-truck acceptance testing include?
Verify capacity documentation, mast and battery identifiers against the quotation. Perform supervised placement with the approved pallet mass and attachment under qualified direction following manufacturer instructions. Check aisle access, fork entry, reach, beam clearance and visibility through a representative cycle. Record operating behavior and charging pattern during normal duty.
How are attachment changes or customization handled?
Attachment additions or changes require a revised manufacturer capacity chart confirming the truck remains within approved limits. For branding, language or non-standard attachments, provide load data, rack layouts and operating conditions with the OEM or ODM inquiry. Establish approval authority for future substitutions and capacity-plate updates before committing to the configuration.
Reference information
- A Series Premium Version Reach
Reference data and images explain equipment configurations. IndustryApex engineers confirm the offered model, specification and commercial scope in your project quotation.