Forklift Operator Certification 2: Stability
- Product ID
- erisfoc2_vod
- Training Time ?
- 10 to 20 minutes
- Language(s)
- English,Spanish
- Video Format
- High Definition
- Required Plugins
- None
- Number of Lessons
- 6
- Quiz Questions
- 10
- Closed Captioning
- Question Feedback
- Wrong Answer Remediation
- Lesson Bookmarking
- Downloadable Resources
Operating a forklift is essential in many industries; however, forklift operators can easily make mistakes that jeopardize the safety of themselves and those working around them. This training course reviews safe operating procedures to maintain a forklift’s stability.
Through examples and diagrams, viewers learn about the three points of the stability triangle. By keeping the forklift both horizontally and vertically stable, the less chance there is of the forklift tipping over. All wheels need to be on the ground during operation. The visuals shown in this course show how a forklift can easily become unstable.
Changes in weight and load elevation affects stability, especially for a forklift in motion. This course reviews how to safely move a forklift by accelerating and stopping without any sudden or forceful movements.
This course teaches basic engineering concepts and safe operating procedures for forklift operators. When applied, employees can help enforce safe forklift use to minimize incidents in the workplace.
Please note, to be a certified forklift operator a driver must also have practical training. This includes hands-on instruction, live demonstrations, and practice exercises on the forklift, and cannot be done online. Evaluation of the operator's performance must be done in the workplace, and cannot be done online.
This course is in the Video On Demand format, to read about Video On Demand features click here.
- Install on any SCORM LMS
- Full-screen video presentation
- Print certificate and wallet card
- You have 30 days to complete the course
Lift truck operators
- Introduction
- The Stability Triangle
- Forward Stability
- Lateral Stability
- Stability in Motion
- Conclusion
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