HT2506
Telehandlers
Lifting capacity: 2,500 kg.
Max. lift height: 6.00 m.
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Selecting a telehandler is not only about choosing the highest lifting capacity or the longest boom. The right machine must match the actual load, lift height, forward reach, jobsite access, ground condition, attachment configuration and daily workflow of your project.
A compact telehandler is often the better choice for restricted work areas, low-rise construction, farms, warehouses and daily pallet movement. A high reach telehandler is more suitable when materials must be placed on upper floors, rooftops, elevated platforms, tall storage areas or major infrastructure structures. HAMAC offers models ranging from compact 2.5 ton machines with approximately 6 m lift height to heavy-duty high-reach telehandlers with lift heights of approximately 18 m.[330][470]
| Factor | Compact Telehandler | High Reach Telehandler |
|---|---|---|
| Typical Lift Height | Approximately 6–10 m | Approximately 14–18 m or more |
| Typical Capacity Class | 2.5–3.5 Ton | 4–6 Ton, depending on model and lift position |
| Machine Footprint | More compact for tighter entrances, work zones and storage areas | Larger chassis and longer boom for greater height and forward reach |
| Best Working Environment | Small construction sites, farms, warehouses, yards and restricted-access projects | Multi-storey construction, high-rise projects, tall industrial structures and infrastructure work |
| Typical Materials | Cement pallets, bricks, blocks, dry mortar, timber, feed bags and general supplies | Heavy pallets, façade materials, scaffolding, roof materials, steel components and upper-floor supplies |
| Main Advantage | Access, manoeuvrability, everyday efficiency and lower-height material handling | Maximum lift height, forward reach and elevated material placement capability |
| Main Selection Risk | May not reach upper floors, tall storage locations or high-sided structures | May be oversized for narrow sites, low-clearance buildings or simple ground-level handling |
The most important rule is simple: do not choose a telehandler only from its headline lift height or rated capacity. Available lifting capacity changes with boom angle, lift height, forward extension, load center, attachment and machine configuration. Always check the official load chart for the exact planned lift.
A compact telehandler is designed for projects where machine dimensions, turning space and day-to-day pallet handling matter as much as lift performance. These machines are commonly used for low-rise construction, small building-material yards, farms, landscaping, warehouse support, truck unloading and general material movement.
Compact telehandlers are practical when operators need to pass through tighter gates, work near existing buildings, move around storage stacks or operate in locations where a large high-reach machine would be difficult to manoeuvre. They can still provide the benefits of a telescopic boom, including controlled elevated placement and forward reach beyond a standard vertical-mast forklift.
The HAMAC HT2506 telehandler is a compact 2.5 ton model with a maximum lift height of 6 m. It is suited to low-rise construction, palletized cement, bricks, dry mortar, agricultural supplies, truck unloading, farm work and material handling in tighter spaces.[330][470]
| Compact Telehandler Strength | Project Benefit |
|---|---|
| Compact Size | Helps the machine access tighter construction sites, narrow yards, farm buildings and restricted work zones. |
| Moderate Lift Height | Supports low-rise building work, truck loading, material staging and lower-level placement. |
| Everyday Pallet Handling | Efficient for moving cement, bricks, blocks, timber, feed, bagged products and construction supplies. |
| Rough-Terrain Capability | Supports travel on gravel, compacted soil and uneven outdoor sites when correctly operated. |
| Attachment Versatility | Can use approved pallet forks, buckets and other compatible attachments for different tasks. |
A high reach telehandler is designed for jobs that require materials to be lifted to upper floors, rooftops, tall storage systems, elevated platforms or large industrial structures. These machines use a longer telescopic boom to provide additional lift height and forward reach, allowing operators to place materials where compact models cannot reach.
High reach models are commonly used on multi-storey residential and commercial projects, infrastructure sites, bridge projects, industrial facilities, façade installation work, tall warehouses, roof construction and high-level maintenance support. They can help reduce manual handling and improve the flow of materials between ground-level delivery areas and elevated work zones.
The HAMAC HT5014 telehandler has a rated lifting capacity of 5,000 kg and a maximum lift height of approximately 14 m. It is designed for multi-storey construction, infrastructure projects, high racks and heavy elevated loads where both lifting capacity and height are important.[166][330]
For projects that require even greater height, the HAMAC HT4018 telehandler provides a 4 ton capacity class and approximately 18 m lift height, while the HT5018 is positioned for high-rise construction, bridges, major industrial facilities and heavy elevated material placement. These machines are intended for demanding projects where upper-floor delivery and long boom reach are central requirements.[303][470]
| High Reach Telehandler Strength | Project Benefit |
|---|---|
| Longer Telescopic Boom | Reaches upper floors, rooftops, elevated platforms and high storage positions. |
| Greater Forward Reach | Helps position materials across obstacles, behind barriers or farther from the machine. |
| Higher Capacity Classes | Supports heavier material packages, subject to available capacity at the intended height and reach. |
| Large-Project Capability | Suitable for multi-storey building work, infrastructure, industrial structures and major site logistics. |
| Elevated Material Supply | Delivers pallets, scaffolding, façade components and roofing materials closer to work crews. |
The right telehandler is the smallest machine that can complete the actual lift safely, efficiently and consistently. Selecting an oversized machine can increase purchase, transport, fuel and operating costs. Selecting an undersized machine can create safety risks, delays and unproductive handling procedures.
| Selection Question | If Your Answer Is Yes | Likely Best Fit |
|---|---|---|
| Do you work in restricted spaces, narrow gates, small yards or low-clearance areas? | Machine access and manoeuvrability are critical. | Compact telehandler |
| Are most loads handled at ground level, on trucks or below approximately 6–7 m? | You do not need frequent upper-floor or high-rack delivery. | Compact telehandler |
| Do you need to supply second, third or higher building levels? | The work requires regular elevated material placement. | High reach telehandler |
| Do you need to reach across barriers, façade zones or high-sided structures? | Forward reach is as important as vertical height. | High reach telehandler |
| Do you routinely handle heavy pallets, steel components or large packaged materials? | Higher capacity may be required, especially at operating height. | High-capacity or high reach telehandler |
| Do you need one machine for construction, farming, pallet work and basic yard logistics? | Versatility and routine handling efficiency are priorities. | Compact or mid-range telehandler |
| Model | Capacity Class | Maximum Lift Height | Best-Fit Projects |
|---|---|---|---|
| HT2506 | 2.5 Ton | 6 m | Compact construction, palletized materials, farms, small yards, truck unloading and low-rise projects. |
| HT3510 | 3.5 Ton | 10 m | Commercial construction, masonry, scaffolding, façade materials, roof work and medium-height placement. |
| HT4014 | 4 Ton | Approximately 14 m | Mid-height building projects, industrial sites, heavy materials and elevated placement work. |
| HT5014 | 5 Ton | Approximately 14 m | Multi-storey construction, infrastructure, high racks and heavy elevated loads. |
| HT4018 | 4 Ton | Approximately 18 m | Multi-storey housing, infrastructure, tall structures and upper-floor material delivery. |
| HT5018 | 5 Ton | 18 m | High-rise construction, bridges, large industrial facilities and heavy elevated loads. |
These figures are general model references. Before making a purchase or rental decision, confirm the full specification, machine dimensions, attachment compatibility, lift chart and local configuration with HAMAC.
A common mistake is assuming that a 14 m or 18 m telehandler can lift its maximum rated capacity at full boom height or full forward reach. This is not how telehandler lifting capacity works. As the boom rises or extends, the machine’s available capacity normally drops.
For example, a contractor may need to place a pallet on an upper floor at 14 m. The correct question is not simply, “Can the telehandler lift this pallet?” The correct question is: “Can this exact telehandler, with this attachment, lift this total load to this height and this forward reach according to its official load chart?”[329][466]
Load charts must be checked for the exact machine configuration, including the attachment, load center and any stabilizer arrangement. Operators should never substitute a general model rating for the actual capacity shown at the planned boom position.[468]
Before selecting a compact or high reach telehandler, inspect the entire route the machine must travel. Measure access gates, warehouse doors, turning areas, overhead obstructions, site roads and work-zone clearances. A high reach machine that cannot enter the site or turn safely in the material staging area is not the right solution.
Ground conditions are equally important. Confirm that access routes, work zones and lifting locations have adequate bearing capacity. Consider slopes, ruts, soft soil, standing water, temporary ramps and excavations. Rough-terrain capability improves mobility, but it does not make unstable ground safe for lifting operations.
The main difference is operating range. Compact telehandlers prioritize access, manoeuvrability and routine lower-height material handling. High reach telehandlers prioritize upper-floor delivery, greater boom height and longer forward reach for taller projects.
A compact machine such as the HAMAC HT2506 can be a practical choice for low-rise projects involving cement pallets, bricks, blocks, dry mortar, timber and routine truck unloading, especially where space is restricted. The final selection depends on actual load weight, required lift height and attachment configuration.
For multi-storey material placement, models such as the HT4014, HT5014, HT4018 or HT5018 may be suitable depending on the required lift height, load weight and forward reach. Always use the official load chart to verify remaining capacity at the intended working position.
No. A larger machine may cost more to transport and operate, occupy more space and be harder to manoeuvre in restricted sites. The best choice is the model that safely meets the project’s actual load, height, reach and access requirements without unnecessary oversizing.
Yes. Compact telehandlers can be configured for rough outdoor work, including gravel and compacted soil. However, the ground must still be stable, within the machine’s operating limits and suitable for the planned load and lifting activity.
HAMAC can help you compare compact, mid-range and high reach telehandler models based on your material weight, required lift height, forward reach, worksite terrain, access dimensions and attachment requirements. Whether you are handling pallets at ground level or supplying materials to upper floors, our team can recommend a suitable telehandler configuration.
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