2025 Hy-Brid PS-1930 Scissor Lift - 25ft Working Height

Hy-Brid Lifts PS-1930 from the Pro Series is a compact, all-electric scissor lift engineered for contractors who need exceptional reach, maneuverability, and low floor pressure in indoor or outdoor applications. Delivering a maximum working height of 25 feet and a platform height of 18.4 feet, this lift combines performance and portability with a total weight under 2,000 pounds (1,985 lbs)—light enough for use on sensitive floors, green concrete, and upper-level construction.

Despite its lightweight design, the PS-1930 offers a platform capacity of 650 lbs, including a 250-lb extension deck capacity, giving operators plenty of room for tools and materials. The lift’s overall width of just 30 inches allows it to pass easily through standard doorways and elevators without the need for folding rails, making it ideal for maintenance, electrical, HVAC, and finishing trades working in confined areas.

Built for smooth and precise control, the PS-1930 features electric drive and steer, proportional joystick controls, and non-marking rubber tires for clean indoor operation. It offers an inside turn radius of only 8 inches and gradeability up to 30%, providing excellent maneuverability on job sites and ramps. The stowed height is approximately 74 inches, and the overall length is about 69.5 inches, ensuring compact storage and easy transport—multiple units can fit on a single trailer for fleet or rental use.

Power is supplied by a reliable 24-volt DC system with onboard charging, and the platform includes AC power to the deck for running tools directly at height. The PS-1930 meets the latest ANSI A92.20, CSA B354.6:17, and EN 280:2013+A1:2015 safety standards and comes backed by a two-year parts and labor warranty and a five-year structural warranty for long-term peace of mind.

Designed for productivity and durability, the Hy-Brid PS-1930 is the smart choice for contractors, facilities maintenance teams, and rental fleets seeking a compact lift that delivers big performance in tight spaces.