Car Cam Phaser Repair Tools Kit with Timing Chain

Car Cam Phaser Repair Tools Kit with Timing Chain Description

Precision Fit: The cam locks and timing chain locking wedge tool are engineered with tight tolerances to a precise fit, essential for effective noise repair and optimal performance during maintenance.
Robust Construction: wedge is specifically designed to withstand the rigors of the timing chain, while the accompanying rod allows for adequate depth reach, providing dependable support during maintenance tasks.
Permanent Solution: The maintenance kit includes components that convert the phaser into a solid hub design and integrates a new tune into the vehicle's computer, effectively restoring normal operation and eliminating limp mode.
wedge resists damage from the timing chain:And the rod allows to get deep enough. With this timing chain tool, it makes effortless camshaft or cam phaser changes on your vehicle without losing chain tension and removing the timing cover.

Fitment:
Cam Phaser Lock Out Kit:Fit For 4.6L 3V V8
2005-2010 For
2006-2010 For Explorer 5.4L 3V V8
2004-2012 For F-Series 2005-2010 For Expedition
2005-2012 For For Navigator For 6.8L 3V V10 engines
2005-2012 For F-Series 250-350-450.
Timing Chain Locking Wedge Tool: Works on the following engines:
2005-2012 5.4L 3V For Expedition, For Navigator
2006-2010 4.6L 3V For Explorer, For Mountaineer
2009-2010 4.6L 3V For
2004-2010 5.4L 3V For
2006-2014 6.8L For F-53 For Motorhome Chassis
2011-2012 6.8L 3V For F-59 For Commercial Stripped Chassis
2005-2009 5.4L 3V For F-Super Duty 250-550
2005-2009 6.8L 3V For F-Super Duty 250-550
2006-2008 5.4L 3V For Mark
2005-2010 4.6L 3V For
2005-2014 4.6L/5.4L 3V For For Mercury
Colour:silver
Material:aluminum

Package Contents:
4 x Cam Phaser Lock Out Kit
1 x Timing Chain Locking Wedge Tool

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.