Plowing with a Modified Wing: Enhancing Snow Removal Efficiency

[MikePhua]

In snow plowing operations, having the right equipment and attachments is crucial for optimal performance. One popular modification is the use of a modified wing, which can significantly enhance the capabilities of traditional snow plows. This modification is particularly useful for large-area plowing or when tackling challenging terrain. This article shares insights and experiences regarding the use of a modified wing in snow removal operations to help operators improve efficiency and performance.
Benefits of a Modified Wing
A modified wing is often added to larger snow plows to increase the width of the working area and improve operational efficiency. The main benefits of using a modified wing include:

• Wider Coverage: A modified wing can expand the plow’s width, allowing operators to cover more ground in less time, thus improving efficiency.
  
• Deeper Plowing: Compared to standard blades, a modified wing can handle deeper snow layers, making it ideal for heavy snowfalls and challenging weather conditions.
  
• Flexibility: Some modified wings allow operators to adjust the angle or length, enabling them to adapt to different terrains and snow conditions.
  

How to Modify a Snow Plow Wing
Modifying a snow plow wing requires some technical knowledge and expertise. Below are common steps involved in the modification process:

1. Select the Appropriate Wing
   Choose a wing that matches the plow machine's specifications and your operational needs. The length and angle of the wing should align with the plow’s working parameters to maximize efficiency.
   
2. Ensure Proper Load Capacity
   A modified wing increases the working width and weight of the plow, so it’s important to make sure that the snow plow's machine can handle the additional load. Check the hydraulic and drive systems of the plow to ensure they are capable of supporting the extra attachment.
   
3. Modify the Attachment System
   The modified wing needs to be compatible with the plow’s attachment system to ensure it is securely mounted. You may need to adjust or replace parts of the attachment system to accommodate the new wing design.
   
4. Test the Modification
   After installation, conduct a small-scale test to evaluate the performance of the modified wing. Ensure that the plow operates smoothly with the new attachment and adjust the angle or configuration for optimal results.
   

Common Issues and Solutions

1. Plowing Efficiency is Low
   If the plowing efficiency doesn’t improve after installing the modified wing, the wing’s angle or length may not be suitable. Adjust the wing angle or consider installing a larger wing to better suit the snow conditions and the type of terrain being plowed.
   
2. Excessive Load on the Machine
   The additional weight from the wing could overload the snow plow, particularly in soft or deep snow. In such cases, you may need to upgrade the hydraulic system or adjust the wing design to alleviate the load.
   
3. Wing Wear and Tear
   Over time, the modified wing may show signs of wear, such as blade damage or bending. It is important to regularly inspect the wing for damage and perform necessary maintenance, such as sharpening or replacing the blade.
   

Conclusion
Using a modified wing for snow plowing is an effective way to increase efficiency, especially for large-scale or deep snow removal tasks. However, the modification requires technical expertise to ensure proper installation and setup. With the right configuration and regular maintenance, a modified wing can greatly improve the speed and quality of snow removal operations, making it a valuable tool for snow management.