32 Ton Diesel Forklift Rated at a 1,250 mm Load Center
The Xinghao 32 ton diesel forklift is published with a 32,000 kg rated load at a 1,250 mm load center, 4,000 mm lift height, 2,400 mm forks and approximately 45,000 kg service weight. The correct configuration depends on the real cargo center of gravity, pickup geometry, attachment, route, pavement and required placement height.
Start with the 1,250 mm Load Center, Not the 32 Ton Nameplate Alone
A 32 ton forklift must be matched to both cargo mass and cargo geometry. A 32,000 kg compact machine base and a 32,000 kg long fabricated load can create very different load moments.
Heavy Fork Carriage, Chassis and Counterweight Layout
Front view showing the large fork carriage, mast and heavy pneumatic tire arrangement.
Rear view showing the large counterbalance body and heavy-duty chassis proportions.
Rear machine view for checking overall body and counterweight proportions.
32 Ton Forklift Reference Specifications
| Parameter | Published Reference | Buyer Check |
|---|---|---|
| Rated Load | 32,000 kg | Confirm actual cargo mass and C.G. |
| Load Center | 1,250 mm | Compare with actual center of gravity. |
| Lift Height | 4,000 mm | Confirm required placement height. |
| Fork Size | 2400 × 300 × 120 mm | Check insertion depth and support points. |
| Service Weight | Approx. 45,000 kg | Check pavement and route capacity. |
| Travel Speed | 25 / 28 km/h loaded / unloaded | Site speed depends on operating conditions. |
| Gradeability | 20% loaded | Check gradient length and surface condition. |
| Mast Tilt | 6° forward / 12° backward | Confirm with final mast configuration. |
| Front Tires | 4 × 18.00-25-28PR | Match tire setup to surface conditions. |
| Rear Tires | 2 × 16.00-25-28PR | Confirm final tire specification. |
| Transmission | ZL50 automatic, 4F / 4R | Confirm ordered drivetrain specification. |
| Drawbar Pull | Approx. 220 kN | Use as a published reference, not a towing claim. |
What Must the 2,400 mm Forks Actually Support?
The published fork dimensions are 2400 × 300 × 120 mm. For oversized machinery, steel sections or fabricated loads, fork length alone does not establish whether the load can be supported correctly.
- Available fork insertion depth
- Fork-pocket spacing
- Underside obstructions
- Load support points
- Pickup direction
- Actual center-of-gravity position
Send One Representative Cargo Drawing
A dimensional drawing is more useful than a generic description such as "steel," "machine" or "container."
Mark the cargo weight, dimensions, fork entry, support points and C.G. when known.
Treat Every Attachment as Part of the Load Calculation
Fork Positioner
Useful when cargo widths vary, but final carriage and capacity should be confirmed for the ordered build.
Side Shift
Allows lateral alignment at the pickup point without repeatedly repositioning the entire truck.
Specialized Attachment
Clamp or custom pickup equipment changes mass, thickness and load geometry and must be included in the technical review.
Plan for a 45 Ton Truck before Adding the Cargo
Route approval should consider the truck, cargo, fork projection and turning envelope together. Check pavement bearing capacity, ramps, drainage transitions, gates, staging areas and turning zones before the machine is specified.
Use Performance Figures as Site-Planning Inputs
These figures should be checked against actual slopes, surface condition, travel distances, load dimensions and local operating rules. They should not be treated as universal productivity guarantees.
25 Ton, 32 Ton or 35 Ton: Where Should the Project Start?
Compare the FD250 class when the real load and load moment fit the lower 25,000 kg requirement.
Compare 25 Ton →Use this page as the starting point when the project requires 32,000 kg at the published 1,250 mm load-center condition.
Move to the higher capacity class when the load, load moment or project margin exceeds the approved 32 ton configuration.
Compare 35 Ton →A 32 Ton Forklift Is Not Automatically the Right Container Machine
The current page uses container and port imagery, but a heavy counterbalance forklift should not be treated as a universal ISO container stacker. If the primary task is container lifting or stacking, confirm the pickup interface, container size, load center and stacking pattern and compare dedicated container-handling equipment.
See the 32–35 Ton Heavy Forklift Platform
The existing product video is a shared 32–35 ton heavy-forklift visual reference. Use it to review the chassis and machine proportions, while the signed technical sheet remains the controlling source for the final 32 ton build.
Typical 32 Ton Heavy-Lift Tasks
Heavy Machinery
Move large machine bases, dies and heavy assemblies after the cargo C.G. and pickup geometry are confirmed.
Steel & Fabricated Loads
Handle long or dense steel structures where fork support points and load-center position are critical.
Industrial Yard Transfer
Transfer oversized cargo where pavement, access, turning area and route capacity support the machine.
Send One Real Cargo Case before Asking for Final Configuration
Cargo
Weight, length, width, height and center of gravity.
Pickup
Fork entry, support points, fork spacing and attachment.
Site
Pavement, gates, turning zones, ramps and travel route.
Build
Lift height, engine, emission requirement, quantity and destination.
Continue the Heavy Forklift Selection
32 Ton Diesel Forklift Buying Questions
The current product page publishes 32,000 kg rated load at a 1,250 mm load center. Actual cargo geometry, lift height and attachment should be reviewed together.
The current specification lists 2400 × 300 × 120 mm forks. Confirm cargo insertion depth, support points and any attachment before finalizing the pickup configuration.
The current page publishes an approximate 45,000 kg service weight. Pavement and route checks should also include the carried load.
The current page identifies a Cummins QSB6.7-C190 engine, but the published engine-output figure should be verified against the current engine plate or technical sheet before the final quotation.
It may suit some heavy cargo tasks, but dedicated container handling requires a separate check of container size, pickup method, load center and stacking pattern. Compare container forklifts or reach stackers when that is the primary job.
Send cargo weight and dimensions, center of gravity, fork-entry geometry, required lift height, attachment, pavement and route conditions, engine or emission requirement, quantity and destination.
Send the Cargo Drawing before Finalizing the 32 Ton Forklift
Provide the maximum cargo weight, dimensions, center of gravity, fork-entry arrangement, support points, required lift height, attachment, pavement and route conditions, engine or emission requirement, quantity and destination. These inputs allow the 32,000 kg / 1,250 mm configuration to be reviewed against the real handling task.
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