CAT CLASS: HQ-10335

12,000+ lb Telehandler

The 12,000+ lb telehandler class represents the heaviest machines in the telescopic handler category, designed for placing structural steel, precast concrete panels, and other loads between 12,000 and 15,000 lb at heights of 55 to 70 feet. These machines bridge the gap between mid-size telehandlers and rough-terrain cranes on projects requiring high-capacity material placement at full building height. Operating weights range from 12,619 to 29,800 kg, with engines delivering 99 to 173 hp to handle the demands of large-scale commercial and industrial construction.

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Choisissez une classe de taille — la capacité et la portée varient selon la gamme.

Spécifications clés

Spécification	Plage typique	Signification
Load capacity	12,000–15,000 lb (5,443–6,804 kg)	Maximum rated capacity at minimum boom extension; capacity decreases as reach increases per load chart
Lift height	55–70 ft (16.8–21.3 m)	Full vertical reach for placing steel beams, precast panels, and heavy HVAC units at top floors
Engine power	99–173 hp	High-output diesel engines necessary for hydraulic demand, gradeability, and loaded travel on rough terrain
Operating weight	27,820–65,698 lb (12,619–29,800 kg)	Heavy counterweight required for stability when handling loads at extended boom angles
Turning radius	11.5–19.7 ft (3.5–6 m)	Large footprint limits maneuverability; jobsite layout must accommodate turn requirements

Comment choisir

This size class is appropriate when placing structural steel members, precast concrete panels, masonry material pallets, or bundled roofing material at building heights above five stories, or when working at extended forward reach with loads exceeding 10,000 lb. The 10,000–12,000 lb telehandler is often the better choice for three- to four-story construction, tilt-up work, or sites with tighter access constraints, as it offers similar reach with significantly lower operating weight and better maneuverability. Projects involving repetitive placement of heavy loads at heights beyond 60 feet, multi-story steel erection, or precast panel installation on mid-rise buildings justify the transport complexity and fuel consumption of this heaviest telehandler class.

Ce que cette taille peut gérer

Placing structural steel beams and columns on six- to eight-story commercial buildings
Setting precast concrete wall panels on mid-rise residential or parking structures
Delivering bundled roofing materials, HVAC units, or mechanical equipment to upper floors
Supporting tilt-up construction with heavy concrete panel sections exceeding 10,000 lb
Moving palletized masonry or concrete block to upper decks on large-scale projects
Positioning formwork, rebar bundles, or other heavy construction materials at elevated work zones

Sécurité et opération

Load charts must be consulted for every lift; capacity decreases significantly with boom extension and angle, and exceeding chart limits risks tipping
Ground conditions and slope angle directly affect stability; operation on soft, uneven, or sloped surfaces requires mats, compaction, or reduced load limits
Operator certification specific to high-capacity telehandlers is required; training should cover load chart interpretation, boom dynamics, and tip-over prevention
Overhead clearance, power lines, and structural obstructions require careful assessment given the 55–70 ft boom height and large swing radius

Transport et logistique

Requires lowboy or heavy equipment trailer rated for 12,600–30,000 kg; tractor with appropriate GVWR and brake controller necessary
Machines often exceed 3 m width and may require oversize-load permits depending on jurisdiction; escort and travel-time restrictions may apply
Loading and unloading typically performed via heavy-duty ramps or dock; self-loading capability depends on trailer deck height and machine ground clearance

Alimentation

Diesel fuel consumption ranges from 11 to 23 liters per hour under typical operating conditions; tank capacities of 38 to 208 gallons support multi-shift operation
Jobsite fuel storage and dispensing infrastructure should accommodate daily consumption of 110–190 liters on active projects
Cold-weather operation may require block heaters, winter-grade diesel, or anti-gel additives depending on ambient temperature

Questions fréquentes

What differentiates a 12,000+ lb telehandler from a rough-terrain crane for the same work?

Telehandlers offer faster cycle times for repetitive material placement, easier jobsite mobility, and lower hourly operating cost, but lack the precision load control, 360-degree rotation, and lift-plan rigor of a crane. For structural steel erection requiring exact positioning or picks exceeding load-chart limits, a crane is the appropriate choice.

How does forward reach affect the rated capacity on these machines?

Capacity decreases as the boom extends forward; a machine rated for 12,000 lb at minimum reach may de-rate to 4,000–6,000 lb at maximum forward reach. The load chart specific to each model and configuration must be followed for every lift to prevent tipping.

What site conditions limit the use of 12,000+ lb telehandlers?

Operating weights of 12,600–29,800 kg demand stable, compacted ground or the use of timber mats or steel plates. Soft soil, confined spaces with insufficient turn radius, overhead obstructions below 75 ft clearance, or slopes exceeding manufacturer limits make this size class impractical.

Comparer les modèles populaires

Chercher par spécification →

Normalisé aux mêmes unités. Un tiret signifie que la valeur n'a pas été publiée.

Modèle	Capacité de charge	Hauteur de levage	Puissance moteur
JLG 1644	15,651 lb (7,099 kg)	43 ft (13.1 m)	134 hp
JLG 2733 High-Capacity Telehandler	26,601 lb (12,066 kg)	33 ft (10.1 m)	160 hp
Genie GTH-1256 Telehandler	12,000 lb (5,443 kg)	56 ft (17.1 m)	133 hp
JLG 1732	16,755 lb (7,600 kg)	31 ft (9.4 m)	134 hp
Genie GTH-1544	-	-	133 hp
Genie GTH-6025	-	-	160 hp