Electric rough-terrain lift
Skyjack launches the SJ6940 RTE, its largest electric rough terrain scissor lift.
![]() |
| Skyjack launches the SJ6940 RTE, its largest electric rough terrain scissor lift. |
With a platform capacity of 800 pounds and a platform height of 40 feet, this new rough terrain scissor sets a new benchmark as the tallest electric machine in Skyjack’s compact RT scissor class.
Engineered with productivity and job site versatility in mind, the SJ6940 RTE delivers the longest working area in the class with a main platform at 11feet 1 inch in length. A smart electric drive system and front oscillating axle tackles tough job site terrain with superior traction, maneuverability, and a 35 percent gradeability rating. Auto-leveling outriggers, standard on CE models, maximize usability.
These features, combined with Skyjack’s renowned durability, make these scissors an ideal solution for indoor and outdoor construction, maintenance and industrial applications.
“At Skyjack, we pride ourselves on designing for rental and building machines that optimize productivity and sustainability,” says Charlie Patterson, Skyjack president. “The new SJ6940 RTE scissor offers outstanding performance, zero emissions and an impressive 800-pound capacity to support more people, tools and materials.”
Skyjack’s new RTE electric scissor lift features high-performance AC electric drive motors and an AC pump motor system optimizing torque, power and speed. Smart 414 ah AGM battery power and universal smart charging technology maximizes environmental performance and long-term sustainability.
“The SJ6940 RTE is purpose-built to outperform in rough terrain conditions while delivering a clean, quiet, and sustainable rental solution,” saays Mark Trowman, Skyjack’s product development manager. “Our four-level scissor stack, with a single-cylinder design, significantly reduces leak points and simplifies maintenance. Paired with our smart electric drive system, this all-electric rough terrain scissor lift consistently delivers reliable performance in rugged environments.”










