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Home / Tool / Time-Limited 4 Wheel Drive Spindle Puller – 1 1/2 In, 1 5/8 In, 2 In – Lisle

Time-Limited 4 Wheel Drive Spindle Puller – 1 1/2 In, 1 5/8 In, 2 In – Lisle

Original price was: $58.75.Current price is: $29.38.

For orders under $59.00, a shipping fee of $12.99 applies.

SKU: SK0044547-US20260109-115055 Category: Tag:
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Specifications

  • Manufacturer: Lisle
  • Model Number: 22200
  • Product Type: 4 Wheel Drive Spindle Puller
  • Spindle Compatibility: Designed to work with 1 1/2 inch, 1 5/8 inch, and 2 inch spindles.
  • Weight: 3.07 lbs

Key Features

  • Specialized 4WD Design: Engineered specifically for the robust requirements of 4-wheel drive vehicle spindles.
  • Multi-Size Versatility: Accommodates three common spindle sizes, including 1 1/2 in, 1 5/8 in, and 2 in, providing broad application coverage.
  • Durable Construction: Built with robust materials to withstand demanding use in automotive repair environments.
  • Efficient Operation: Designed to facilitate precise and straightforward removal of stubborn spindles.

Applications

  • Front Axle Service: Utilized for the removal of front spindles on a variety of 4-wheel drive vehicles.
  • Wheel Bearing Maintenance: Essential tool for servicing, replacing, or inspecting wheel bearings on compatible axles.
  • Vehicle Repair: Applicable across various light trucks, SUVs, and other 4×4 vehicles requiring spindle removal.
  • Professional and DIY Use: Suitable for use by automotive technicians in repair shops as well as experienced home mechanics.

Benefits

  • Time and Labor Savings: Reduces the effort and time typically involved in removing tightly seated or corroded spindles.
  • Component Protection: Helps prevent damage to delicate axle components, wheel hubs, and other surrounding parts during the removal process.
  • Improved Efficiency: Streamlines the repair workflow, allowing mechanics to perform necessary maintenance or replacements more quickly.
  • Reduced Tool Inventory: Offers compatibility with multiple spindle sizes, potentially minimizing the need for a range of single-purpose tools.