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JLG to Discontinue Gradall Rear-Pivot Steer Telehandler Models
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In the world of construction equipment, change is a constant. The decision by JLG to discontinue its line of Gradall rear-pivot steer telehandler models marks a significant shift in the market. Telehandlers, or "telescopic handlers," are versatile machines commonly used in construction, agriculture, and industrial applications to lift and move heavy loads. Gradall, a renowned name in the industry, had produced rear-pivot steer telehandlers that were well-regarded for their maneuverability and heavy-lifting capabilities. However, as market demands evolve and newer technologies emerge, manufacturers are continually reassessing their product lines. This article takes a closer look at the Gradall telehandlers, the reasons behind their discontinuation, and what it means for the future of telehandler technology.
What Are Rear-Pivot Steer Telehandlers?
Telehandlers are specialized forklifts equipped with a telescopic boom that can extend to lift loads to significant heights. Unlike traditional forklifts, telehandlers offer versatility by enabling operators to reach over obstacles, place loads in tight spaces, and even perform tasks like lifting pallets or materials to elevated positions.
Rear-pivot steer telehandlers, specifically, are designed to offer superior maneuverability. Unlike traditional steering mechanisms, the rear pivot allows the back wheels of the machine to steer, which enables a tighter turning radius and makes the telehandler easier to navigate in confined spaces. This feature is particularly useful in environments where space is limited, such as construction sites with narrow aisles or crowded work areas.
Gradall’s rear-pivot steer telehandlers were noted for their ability to work in such confined spaces while still offering the lifting power and reach that construction teams need for heavy-duty tasks.
The Gradall Telehandlers: A Legacy of Innovation
Gradall is a company with a storied history in the manufacturing of heavy equipment, particularly known for its telehandlers and hydraulic systems. The rear-pivot steer telehandlers produced by Gradall were known for their ruggedness, durability, and the ability to perform well in both rough terrain and tight spaces.
These machines found a niche in a range of industries, from construction to forestry, where their ability to maneuver in tight spaces was a significant advantage. The machines’ high lifting capacities and telescoping booms made them ideal for tasks such as lifting materials to elevated positions, loading and unloading trucks, and even supporting operations in demolition work.
Gradall’s telehandlers were equipped with advanced hydraulic systems, providing smooth lifting and extension functions that were crucial for performing delicate operations. Additionally, the rear-pivot steering allowed the telehandler to turn in a much smaller radius than conventional models, providing greater control in spaces where other machines might struggle.
The Reason Behind the Discontinuation
JLG’s decision to discontinue the Gradall rear-pivot steer telehandler models comes at a time when the market is rapidly evolving. Several key factors likely contributed to this decision:
1. Market Shifts and Demand for New Technologies
As construction and industrial equipment technologies continue to improve, customer demands are changing. The telehandler market is increasingly looking for machines that offer not only power and reach but also enhanced fuel efficiency, ease of operation, and multi-functional capabilities. This has led to the development of newer models that incorporate more advanced technologies like improved fuel economy, telematics (machine diagnostics and remote monitoring), and hybrid electric capabilities. The shift towards these newer technologies may have rendered the older rear-pivot models less competitive.
2. Technological Advancements in Steering Systems
While the rear-pivot steering system offered significant maneuverability in the past, newer steering technologies, such as articulated steering and all-wheel steering, have improved both maneuverability and operator control in modern telehandlers. These newer systems can offer a tighter turning radius while also providing better stability, especially when lifting heavy loads.
3. Integration of All-Wheel Steering
Many of the newer telehandler models on the market now feature all-wheel steering systems, which provide the benefits of rear-pivot steering while also offering the additional advantages of front-wheel and crab steering. These systems allow operators to choose between different steering modes depending on the application, offering more versatility and improving machine performance across various terrains.
4. Changing Construction Equipment Preferences
Construction equipment companies are constantly adjusting their fleets based on customer feedback and industry trends. As telehandlers have become more widely used, especially in the rental market, customers are looking for machines with easier-to-use controls, better lifting capacities, and a more comfortable operating experience. Manufacturers are responding by redesigning their models to meet these preferences.
Impact on the Industry
The discontinuation of Gradall’s rear-pivot steer telehandlers may leave a gap in the market for those who specifically valued this type of steering. However, it’s important to note that the overall telehandler market is unlikely to suffer a significant impact. The development of new, more advanced telehandlers with multiple steering options will provide customers with more flexibility and greater productivity.
1. Shift to Articulated and All-Wheel Steering Models
As mentioned, articulated and all-wheel steering telehandlers have gained traction in the market due to their superior versatility. These models provide the maneuverability once offered by rear-pivot steer models, but with additional advantages, such as increased stability and more responsive control. Manufacturers like JLG, Manitou, and Caterpillar are already leading the charge with these advanced steering systems, offering telehandlers that can be more easily adapted to a wide variety of job sites and tasks.
2. New Opportunities for Operators and Businesses
With the rise of telehandlers equipped with all-wheel steering or even hybrid powertrains, businesses will be able to perform more tasks with fewer machines, reducing operating costs. Additionally, the integration of telematics, GPS tracking, and machine diagnostics into telehandler systems will enhance machine performance, maintenance schedules, and overall fleet management.
What Does This Mean for Gradall and JLG?
For Gradall, this discontinuation marks the end of an era for their rear-pivot steer models. However, Gradall’s parent company, JLG, has continued to innovate in the telehandler sector, with a range of new models that reflect the industry’s shift toward more versatile and efficient machines.
JLG’s commitment to evolving the telehandler product line may also signal the development of new models that combine the best features of both rear-pivot steering and advanced articulated systems, ensuring they remain competitive in a rapidly evolving marketplace.
Final Thoughts: Evolution of Telehandler Technology
JLG’s decision to discontinue the Gradall rear-pivot steer telehandler models reflects broader shifts in the construction equipment market. While this particular model served its purpose for many years, the need for newer, more efficient machines has led to changes in the types of telehandlers that are in demand. The future of telehandler technology lies in flexibility, maneuverability, and enhanced functionality across a variety of terrains and job site conditions.
Operators and businesses that relied on rear-pivot steer models may now turn to newer articulated or all-wheel steer models that provide the same benefits with added capabilities. As the construction equipment industry continues to evolve, one thing is certain: telehandlers will continue to be a vital tool in lifting and maneuvering materials, and innovations in steering, fuel efficiency, and versatility will shape the machines of tomorrow.
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