CAT CLASS: HQ-10337

8,000-10,000 lb Telehandler

The 8,000-10,000 lb telehandler class handles heavier masonry and structural steel packages placed at 40-45 ft reach. These mid-heavy machines bridge the gap between compact material handlers and full-scale construction telehandlers, offering 3,629-8,000 lb lift capacity with maximum reach extending to 43 ft. This size class sits between the 6,000-8,000 lb Telehandler and 10,000-12,000 lb Telehandler on the industry ladder.

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Pick a size class — capacity and reach differ across the range.

Key specifications

Specification	Typical range	What it means
Lift capacity	3,629–8,000 lb (1,646–3,629 kg)	Maximum load weight at minimum boom extension; capacity decreases significantly with reach
Lift height	40–43 ft (12.2–13.1 m)	Maximum vertical reach for placing loads on second-story decks or structural steel connections
Engine power	55-110 hp	Diesel engine output to move loaded machines across rough terrain and operate hydraulics
Operating weight	16,400–33,500 lb (7,439–15,195 kg)	Machine weight provides counterbalance stability; heavier units handle loads at greater extension
Max travel speed	24-40 mph	Top speed for repositioning around large job sites or moving between work zones

How to choose

This 8,000-10,000 lb size class is appropriate for masonry unit pallets, bundled steel framing, and roofing material lifts to second-story or mezzanine heights of 40-45 ft. When loads remain under 6,000 lb and placement heights stay below 35 ft, the 6,000-8,000 lb Telehandler offers better maneuverability in tighter laydown areas. For structural steel erection, precast panel placement, or loads exceeding 8,000 lb at similar reach, the 10,000-12,000 lb Telehandler provides the necessary capacity and stability for heavier packages.

What this size handles

Placing palletized brick and CMU at second-story scaffolding on multi-story masonry construction
Setting bundled steel joists and purlins for mezzanine or two-story structural framing
Distributing roofing shingle pallets and membrane rolls to elevated roof decks via boom placement
Loading and unloading flatbed deliveries of heavy building materials on active construction sites
Positioning HVAC ductwork and mechanical packages at elevated mechanical rooms
Supporting tilt-wall concrete panel erection by moving bracing and connection hardware to height

Safety & operation

Load charts specific to each model define capacity at every boom angle and extension; exceeding chart limits risks tip-over
Four-wheel steering and articulated frames require operator training for safe maneuvering in confined areas and on slopes
Overhead power line clearance and boom swing radius must account for 40+ ft boom extension during placement operations
Stabilizer or outrigger deployment may be required by manufacturer for maximum reach or capacity lifts on certain models

Transport & logistics

Operating weight of 16,400-33,500 lb typically requires tandem-axle tilt-deck or gooseneck trailers rated 14,000-18,000 lb GVWR
Machines at the upper weight range may require tri-axle equipment trailers and CDL towing depending on jurisdiction
Four-wheel-drive models with 24-40 mph travel speed can self-transport short distances on-site between work areas

Power & supply

Diesel fuel tank capacity of 90-205 gallons supports 8-12 hour operating shifts depending on duty cycle and travel distance
Typical fuel consumption ranges 2-4 gallons per hour under mixed lifting and travel operation
On-site diesel storage or daily fuel truck service required for continuous multi-shift operation

Frequently asked

What is the effective capacity at 40 ft of reach?

Capacity at maximum reach typically drops to 2,000-3,500 lb depending on model and boom angle. Load charts provided by each manufacturer specify exact capacities at every combination of height and extension.

Can this size class operate on second-story decks or inside buildings?

Operating weight of 16,400-33,500 lb generally exceeds floor load ratings for elevated decks and interior slabs. These machines are designed for ground-level operation with boom reach to elevated work areas.

What ground conditions are required for stable operation?

Four-wheel-drive and oscillating axles allow operation on graded construction sites, but soft or saturated soil requires matting or compacted paths. Maximum reach lifts demand firm, level ground to maintain stability per load chart limits.

Compare popular models

Find by spec →

Normalised to the same units. A dash means the figure was not published.

Model	Load capacity	Lift height	Engine power
Caterpillar TL943C	8,999 lb (4,082 kg)	13.1 ft (4.0 m)	74 hp
JLG 943	8,999 lb (4,082 kg)	43 ft (13.1 m)	111 hp
JLG 8042	8,001 lb (3,629 kg)	42 ft (12.8 m)	110 hp
SkyTrak 8042	8,001 lb (3,629 kg)	42.3 ft (12.9 m)	110 hp
Genie GTH-844 Telehandler	8,001 lb (3,629 kg)	43 ft (13.1 m)	99 hp
JCB 540-140	8,818 lb (4,000 kg)	-	84 hp

Related equipment

Up to 6,000 lb Telehandler 38 6,000-8,000 lb Telehandler 40 10,000-12,000 lb Telehandler 22 12,000+ lb Telehandler 16

Browse by manufacturer

Genie 15 Skyjack 5 Manitou 5 JLG 2 Bobcat 2 SkyTrak 1 JCB 1 Caterpillar 1

Sources

Every specification is verified against the manufacturer's published data, with the source linked for reference.

jcb.com ↗jlg.com ↗skyjack.com ↗genielift.com ↗

8,000-10,000 lb Telehandler

32 models · Every spec cited to source