I recently came across the latest Case skid loaders and I'm curious about how the new vertical lift mechanism operates. While comparing it to the radial lift in photos, it seems similar. I appreciate the increased breakout force, but I am concerned about the reduced reach, which will go from 40 inches to 29 inches, resulting in an 11-inch loss. I would appreciate any insights or information anyone has on this topic.
Hello there! While I don't have any official documentation to back this up, it appears to me that the new vertical lift is essentially an upgraded version of the New Holland Super Boom. They have made some design changes by removing some support braces and repositioning the linkage towards the rear of the machine for a sleeker look, but the basic concept remains the same. It is comparable to a Deere boom, but quite different from the Case Series 3 vertical lift boom. The vertical lift boom may not be as strong as a radial boom, but in terms of reach, it should be similar to the Super Boom. The numbers you're referring to may have been measured from different points or could be associated with the radial lift boom.
Hammer & Nails recently inquired about the functionality of the new case skid loaders, specifically regarding the vertical lift mechanism. While the new vertical lift may offer higher breakout capabilities, it does come with a decrease in reach, losing 11 inches from 40 inches to 29 inches. Does anyone have any insights or information on this? It seems that the new vertical boom design may be the reason behind this change. Some were hoping for a vertical boom similar to the 465 style in the new series.
I am uncertain of the source of the measurements provided. These measurements are from the official website of the case. Unfortunately, I could not locate a photo showing a vertical lift in the raised position, which prompted this discussion. I, too, had hopes for a vertical lift similar to previous models. Dave, do you believe it will be similar to the Deere model? This is not the outcome I had anticipated. It concerns me as I believe excessive stress on the bushings and other components might occur. In the past, I have tested a Deere compact track loader and was not satisfied with the arm configuration. Although this was some time ago, at maximum height, there was excessive side-to-side movement, giving the impression that the arms were vulnerable to breaking. While it may not be recommended, I sometimes utilize my equipment as a portable scaffold, and the Deere model proved to be too unstable for this purpose.
The Vertical lift design on the new NH machine differs from the previous model. While the specs indicate a 10-inch reduction in reach, there may be some discrepancies in the numbers provided. The website shows a ROC of 2500, but it is actually 3000. Furthermore, the high flow and gpm listed on the site may not be accurate. It's surprising that these errors exist on the website for a new machine. Despite these inaccuracies, the lift design feels sturdy with minimal flex observed during testing. The radial lift machines in the new series are said to lift higher than the 400 series, although reach may be reduced at max lift height. When comparing machines with different lift designs, the reach can vary significantly beyond a certain height. While details on the reach of the vertical machines were not disclosed, it seems there may be a reluctance to discuss potential reach reductions. Unfortunately, we did not have access to all the specs of the new machine at the time of testing, but it would have been beneficial to inquire about the reach of the vertical machines.
I am becoming increasingly accustomed to the new design and anxious about the reach and flow numbers possibly being inaccurate. According to a local dealer, the SV300 is expected to arrive in early March.
Answer: - The vertical lift mechanism provides increased breakout force but may have reduced reach compared to the radial lift mechanism.
Answer: - The reach is reduced from 40 inches to 29 inches, resulting in an 11-inch loss with the vertical lift mechanism.
Answer: - The increased breakout force can provide improved performance for tasks requiring more power and force.
Answer: - While the vertical lift mechanism offers increased breakout force, it may have limitations in reach compared to the radial lift mechanism.
Answer: - Additional insights or details on the vertical lift mechanism operation and performance would be helpful for a more comprehensive understanding.
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