Menu

Torx Head Bolt Bit T-55 Chrysler 2.4L New World Engines - Lisle

Part #: 56600

Specifications

  • Manufacturer: Lisle
  • Model Number: 56600
  • Weight: 1 lbs
  • Dimensions: 0 x 0 x 0 inches
  • Bit Type: Torx Head
  • Bit Size: T-55
  • Engine Compatibility: Chrysler 2.4L New World Engines

Key Features

  • Precision T-55 Torx Profile: Engineered for an exact fit on specific Torx head bolts, reducing cam-out and fastener damage.
  • Engine-Specific Design: Directly compatible with Chrysler 2.4L New World Engines, ensuring proper engagement for critical engine work.
  • Durable Construction: Built by Lisle, a reputable manufacturer, for longevity and consistent performance in demanding automotive applications.

Applications

  • Use this bit for removing or installing cylinder head bolts and other specialized Torx fasteners on Chrysler 2.4L New World Engines.
  • Ideal for professional technicians and experienced DIYers performing engine maintenance, rebuilds, or repairs requiring a T-55 Torx bit.
  • Applies to various models equipped with the Chrysler 2.4L New World engine.

Benefits

  • Prevents Fastener Damage: The precise T-55 Torx profile minimizes stripping of specialized bolts, saving time and potential repair costs.
  • Ensures Correct Torque Application: Achieve accurate torque settings on critical engine components with a tool designed for specific Chrysler 2.4L engine fasteners.
  • Enhances Repair Efficiency: Streamline your workflow with a dedicated tool that fits perfectly, making engine repair tasks smoother and more reliable.
  • Long-Term Reliability: Invest in a durable tool from Lisle that stands up to repeated use, providing consistent performance for future engine projects.

Recommended Alternatives

  • Lisle
    Other products
    Lisle Homepage
  • Model: 150257
  • Shipping Weight: 1lbs
  • UPC: 083045566007
  • Manufacturers Part #: 56600
  • Manufactured by: Lisle
  • Also Known As: LI56600, LIS56600, LIS-56600, LS56600

This product was added to our catalog on Friday 14 February, 2014.