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Specialist Tools

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C4007
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Product Information

Timing Chain Tensioner for Porsche – Essential Tool for Accurate Camshaft Timing Alignment

This timing chain tensioner tool is designed specifically for Porsche models equipped with the M96 engine, including the 986 Boxster, 987 Boxster, 996 Carrera and 997.1 Carrera. When performing timing chain replacement, camshaft timing adjustments or major internal engine work, this tool is essential for applying the correct tension to the timing chain to ensure precise camshaft alignment.

Fits:

  • Porsche Boxster 986 2.5L 1997-99
  • Porsche Boxster 986 2.7L 1999-02
  • Porsche Boxster S 986 3.2L 1999-02
  • Porsche Boxster 986 2.7L 2003-04
  • Porsche Boxster S 986 3.2L 2003-04
  • Porsche Boxster 987 2.7L 2005 -08/08
  • Porsche Boxster 987 S 3.2/3.4L 2005-08/08
  • Porsche 996 C2 3.4L 1997-08/01
  • Porsche 996 C4 3.4L 1997-08/01
  • Porsche 996 C2 3.6L 09/01-2005
  • Porsche 996 C4 3.6L 09/01-2005
  • Porsche 996 C4S 3.6L 09/01-2005
  • Porsche 996 TURBO 2000-05
  • Porsche 996 GT2 2001-05
  • Porsche 996 GT3 MKI 1999-02
  • Porsche 996 GT3 MKII 2003>>
  • Porsche 996 GT3 RS 2003-04
  • Porsche 997 MK1 Carrera 2 3.6L 2005-08
  • Porsche 997 MK1 Carrera 4 3.6L 2005-08

Because the M96 engine uses a multi-chain system with variable chain tension, maintaining the correct load on the chain is critical. Without controlled tension, the camshafts can drift out of position, resulting in misfires, camshaft correlation faults, loss of power or severe internal engine damage. This tensioner tool ensures safe and repeatable timing alignment during every rebuild or service.

What This Timing Chain Tensioner Tool Does

This specialised tool allows technicians to:

  • Apply accurate tension to the timing chain during timing setup
  • Prevent camshaft rotation while timing adjustments are made
  • Support correct alignment of camshafts and crankshaft
  • Replicate operational chain loading for accurate timing calibration
  • Assist with IMS-related timing work
  • Improve precision during rebuilds, head gasket repairs and chain tensioner replacement

It is essential for working on the complex timing system of the M96 engine - Ideal for any workshop servicing early and mid-generation water-cooled flat-six engines.

Why Timing Chain Systems Fail on Porsche M96 Engines

The M96 engine is known for specific timing chain vulnerabilities, including:

  • Chain stretch due to age and heat cycles
  • Worn chain guides, especially the plastic guide rails
  • Hydraulic tensioner fatigue, causing intermittent timing rattle
  • IMS bearing wear, which can influence chain tension
  • Oil contamination, impacting tensioner pressure
  • Incorrect tension set during previous repairs
  • Thermal expansion, causing chain slack or misalignment

Symptoms commonly include timing rattle on cold start, poor idle quality, VVT faults, misfires and check-engine lights.

Why You Should Replace or Use a Precision Timing Chain Tensioner Tool

A timing chain tensioner tool designed for the M96 engine ensures:

  • Accurate chain tension for safe timing setup
  • Correct camshaft and crankshaft synchronisation
  • Protection against piston-to-valve contact
  • Cleaner, faster and more precise timing chain installation
  • Fewer diagnostic errors during camshaft timing verification
  • Reduced risk of long-term engine damage
  • Professional-grade results, even in home workshop settings

This is a must-have tool for any timing chain or IMS-related service on the M96 engine.



Related reference numbers
Related, superseded, cross reference or alternative numbers for comparison.

C4007
9599
00072195990

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About Specialist Tools

Specialist Tools for Accurate, Efficient & High-Quality Porsche Engine Rebuilds

Engine rebuilds require precise measurements, correct assembly procedures and the right equipment to ensure every component fits and functions exactly as intended. Specialist tools are essential when working on Porsche engines due to their unique engineering, tight tolerances and model-specific service procedures. These tools enable technicians and enthusiasts to dismantle, inspect, rebuild and calibrate engines with professional accuracy—reducing the risk of damage, misalignment or incorrect installation.

Whether performing a full engine restoration, carrying out timing work, inspecting internal components or installing performance parts, using the correct specialist tools guarantees a reliable, long-lasting and high-quality rebuild.

What Specialist Engine Rebuild Tools Do

High-quality specialist tools ensure precision and safety throughout the rebuild process. They are designed to:

  • Accurately measure critical tolerances, including bore, deck height, ring gap and valve clearances
  • Correctly install and remove components such as crankshafts, pistons, liners and bearings
  • Support timing procedures, including camshaft alignment and intermediate shaft setup
  • Prevent damage to delicate components during disassembly and assembly
  • Improve rebuild efficiency with purpose-built fixtures and holding tools
  • Ensure even torque application, promoting proper sealing and component longevity
  • Assist in diagnostic tasks such as leak-down testing or compression verification

Specialist tools are essential for achieving a professional-grade engine build with reliable and repeatable results.

Why Workshop Tools Wear or Fail

Even well-engineered tools degrade over time due to heavy use, improper handling or exposure to harsh environments. Common causes of failure include:

  • Metal fatigue from repeated loading
  • Worn or stripped threads on pullers, press tools or torque tools
  • Corrosion from moisture or chemical exposure
  • Heat damage from working near exhaust or cylinder heads
  • Loss of calibration, particularly with measuring or torque-sensitive tools
  • Damaged contact points from misuse or excessive force
  • Contamination from debris or workshop dirt

A failing tool can cause inaccurate measurements, unsafe working conditions or even costly engine damage.

Why Specialist Tools Should Be Replaced or Upgraded

Replacing worn tools or upgrading to precision-engineered alternatives provides clear benefits:

  • Improved measurement accuracy for critical engine dimensions
  • More reliable component installation, reducing the risk of misalignment
  • Safer workshop practices, preventing injury or engine damage
  • Consistent torque and calibration, essential for sealing and bearing load
  • Enhanced efficiency, saving time during complex rebuild procedures
  • Better compatibility with modern engines and performance upgrades
  • Higher quality rebuild outcomes, improving engine reliability and longevity

Using proper tools is an investment in the quality of the rebuild and the health of the engine.

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