A-Series Articulating Boom Lifts
The A-Series of articulating boom lifts by Snorkel domineer the challenging job sites. They successfully combine power and precision as well as amazing maneuverability. These equipment are capable of reaching working heights of up to 85 feet. Moreover, they provide enough lift capacity to hold two individuals and their tools.
Snorkel is proud to offer superior class-leading articulated booms lifts with the excellent "up and over" capabilities and the powerful rough terrain drive customers have grown to expect. The proportional operating system is smooth and provides precise control in times when you depend on it the most. Usually, articulating jibs that offer extra maneuverability are fitted too.
A46JRT
The quick and powerful 4-Wheel Drive Rough Terrain Lift is a proven winner in its class. This leader provides a delivering platform outreach of 24 feet, 11 inches and platform height of up to 46 feet. The A46JRT has been designed to offer great maneuverability in tight spaces. This particular model has an inside turning radius of only 32 inches. The boom functions with zero tail swing as well. The A46JRT offers a spacious platform which could accommodate 2 people with their tools. A 5 ft. jib could be fitted onto the 39 inch x 72 inch platform to provide additional machine flexibility.
AB60JRT
The well-built rough terrain aerial work platform, the AB60JRT is a model specially designed for harsh environments and could offer both maneuverability and fantastic lift speeds. The articulating boom provides platform height of up to 60 feet. As well, this particular model offers superb "up and over."
The A08J and the A85JRT are the largest models in Snorkel's articulated boom range. The outreach on these models reach as far as 61 feet and 11 inches and platform heights of up to 85ft. The A85JRT has a rotating jib design so as to provide utmost flexibility. Furthermore, this model is outfitted with 4WD and steer. These models provide exceptional "up and over" reach abilities for fantastic aerial maneuverability.