Skyjack SJ6826 RT 9.92m Diesel Scissor Lift

9.92m Rough Terrain Diesel Scissor Lift

The Skyjack SJ6826 RT diesel scissor lift has a 7.92m maximum platform height, which gives a 9.92m maximum working height. It also has a 1.42m by 2.04m platform with a 1.52m roll-out deck. This lift offers excellent access to heights, with outreach for awkward spaces. It is ideal for cleaning, maintenance, installation, finishing, removal, reclamation, and more.

With a 567kg safe working load, the Skyjack SJ6826 RT can lift up to four persons carrying tools and equipment. It is wind rated up to 28mph at capacity and has crossover symmetrical four-wheel drive, foam-filled low profile grip lug tyres, impact-resistant components, and up to 50% gradeability.

You can drive this scissor lift when it is at full height, making access to numerous work areas easy. There are plenty of features to ensure your safety and prevent falls from height. The Skyjack SJ6826 RT has a hinged railing system, multiple wet disc spring applied hydraulic release brakes, tilt sensor and alarm, drive and lift cut-out, overload sensing system, all motion audible alarm, operators horn, and outriggers.

Highlights

• 9.92m Working Height.
• 7.92m Platform Height.
• 1.42m x 2.04m Work Platform.
• 1.52m Extension Deck.
• Drivable At Full Height.
• Multiple Safety Features.

The hire of this product is subject to an online ID check. The deposit and insurance charge will be calculated at checkout. If you have Hired-In Plant Insurance (HIPI) and wish to opt-out of the additional charge, you can do so by booking via Live Chat. Your booking can only proceed once you complete the ID check successfully and the insurance charge has been paid (or insurance documents submitted and accepted). This product is delivered with a full tank of fuel. When returned, a used fuel charge will be deducted from your deposit.

Please note: This product description and detail is based on the model we have the most stock of. Alternative brands of equivalent specification may be supplied based on location and availability.