The Komatsu WA200PZ-6 Wheel Loader — an epitome of advanced engineering and unparalleled efficiency in material handling. Meticulously crafted to excel in a myriad of applications, this wheel loader combines robust power with precision performance. Boasting a powerful and fuel-efficient engine, the WA200PZ-6 ensures optimal productivity while minimizing environmental impact.

In summary, the Komatsu WA200PZ-6 Wheel Loader represents a harmonious blend of power, precision, and sustainability, setting new standards in the realm of wheel loaders. Elevate your operational efficiency with a machine that delivers on every front, backed by the legacy of Komatsu’s engineering excellence.

Hire terms

• Minimum hire period: 1 day
• Delivered to your site in ACT and surroundings
• See full hire terms and conditions

SPECIFICATIONS

DIMENSIONS

A – Wheelbase 2840 9’4″ 2840 9’4″ 2900 9’6″ 2900 9’6″
B – Hinge pin height, max. height 3815 12’6″ 3885 12’9″ 3895 12’9″ 3965 13’0″
C – Ground clearance 425 1’5″ 495 1’8″ 395 1’4″ 465 1’6″
D – Hitch height 870 2’10” 940 3’1″ 880 2’11” 950 3’1″
E – Overall height, top of stack 2725 8’11” 2795 9’2″ 2855 9’4″ 2925 9’7″
F – Overall height, ROPS cab 3110 10’2″ 3180 10’5″ 3130 10’3″ 3200 10’6
Tires (Measured with) 20.5-25-12PR(L2) 20.5-25-12PR(L2)
Static tipping load – boom level
Fork level, 610 mm 24″
load center Straight 6050 kg 13,340 lb 6875 kg 15,160 lb
Full turn (40˚) 5300 kg 11,680 lb 5980 kg 13,180 lb
Operating weight 11460 kg 25,260 lb 12275 kg 27,060 lb
G – Fork tine length 1220 mm 4’0″ 1220 mm 4’0″
H – Ground to top of tine
at maximum lift 3765 mm 12’4″ 3820 mm 12’6″
I – Reach at maximum lift 775 mm 2’7″ 790 mm 2’7″
J – Ground to top of Tine –
boom and tine level 1780 mm 5’10” 1820 mm 6’0″
K – Reach – boom and tine level 1675 mm 5’6″ 1690 mm 5’7″
L – Reach – tine level on ground 1040 mm 3’5″ 1025 mm 3’4″
M – Overall Length – tine level on ground 7645 mm 25’1″ 7680 mm 25’2″
Operating load 2650 kg 5,840 lb 2990 kg 6,590 lb

Key Features:

• Dynamic Performance
• Advanced Technology
• Versatility in Action
• Operator-Centric Design
• Efficient Fuel Management
• Durability and Reliability
• Environmental Stewardship