Boomlift Genie Z-boom Z135/70
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Genie Z-135/70 JRT
13572
Z boom articulated boom 43m
Brand Genie Model Z135/70 4x4x4 WD
platform height maximmum: 43m; Deutz Engine (Germany)
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Z boom articulated boom 43m
Brand Genie Model Z135/70 4x4x4 WD
platform height maximmum: 43m; Deutz Engine (Germany)
Genie Z-135/70 JRT The largest of the Genie® engine-powered articulating Z™-booms, these models have outstanding range of motion — with features like a telescoping jib and 360˚ continuous turntable rotation. Powerful engine options, plus four-wheel drive and four-wheel steer take you to the work area efficiently, even over rough terrain. And the Z™-boom design provides excellent up and over positioning from 29 ft (8.83 m) on the Z™-80/60 to 75 ft 6 in (23.01 m) on the Z™-135/70.
Exclusive X Chasis axle design:
The X Chassis™ expanding axle revolutionizes the mechanism for extending and retracting the axles to and from the stowed position. It combines outstanding stability with the flexibility for easy transport at a stowed machine width of just 8 ft 1 in (2.46 m) on the
Z™-135/70. The Z™-80/60 offers fixed-width axles for convenient transport.
Powerful Deutz (Germany) engine option:
Quiet diesel engines like the turbocharged Deutz option give you more power and increased performance at higher altitudes, as well as plenty of torque for superior gradeability and terrainability. Dual fuel options are available on the Z™-80/60
OutStanding reach and up-and-over clearance:
The Jib-Extend™ telescoping jib on the Z™-135/70 model extends from 12 to 20 ft (3.66 to 6.10 m) and provides a 110˚ vertical range of motion to reach “up, over and in” applications inaccessible by a traditional jib. The Z™-80/60 has an innovative reverse-articulating secondary boom for 29 ft (8.83 m) of up and over reach with zero front arm swing.
Genie Fast Mast System:
The Genie Fast Mast™ system allows you to lower the platform to the ground without having to lower the secondary boom — so operators can ascend and descend quickly and efficiently. In addition, this timesaving design raises both primary and secondary booms simultaneously to help the operator reach full elevation fast and maximize productivity.