LP Series -Fixed Fork

The LP order picker with fixed forks provides fast access of bulky products and packages.

Load Capacity
1000 kg

Power (Electric)
24 V / 450 - 625 Ah


Fork Lift Height
1025 - 1620 mm


Platform Lift Height
1195 - 1790 mm

Overall Width
950 mm


Faster Access Begins Here
In picking operations, easy access is key. That’s where the Crown LP Series medium-level order picker excels with blended control operation, advanced ergonomics and reliability that pay for years to come.


Enable Constant Movement
The Crown LP Series order picker delivers performance advantages through diagonal travel for free ranging operations and automatic speed adjustment features.

In addition, intuitive, blended controls for lift, traction and steering make the most of speed while ensuring precise control.


Build Shift-Long Confidence
In fast-paced picking work, operator confidence is critical. When operators trust an order picker to perform the way they intend, they accomplish more.

First, the LP medium-level order picker fosters shift-long confidence with a well-designed operator compartment where everything is well within reach.

Crown engineers and designers added AC traction and AC steering to this series for lower effort steering, smoother overall performance and more confident load handling.


Choose a Better Workplace
No matter how many hours a day is spent on the Crown LP Series, our design teams aim to make it effective, efficient and comfortable for operators.

The Crown LP Series order picker operator compartment combines intuitive controls/screen, Work Assist features and more.

Many options, including Work Assist accessories and fork side controls further improve lift truck performance in some applications.

Count on Years of Performance
Crown customers expect medium-level order pickers that perform every shift and for years to come. So we design and build them that way.

With Crown’s unique vertically integrated manufacturing and aftermarket services, total cost of ownership can be substantially lower over time.