🚚 Fast, Tracked Shipping • Express Available
1 6
 |  SKU: CSF8394

CSF Performance A/C Condenser

Porsche 911 996 997/Cayman Boxster 987
$521.10
RRP $579.00 (Save 10%)
%3Cp%3EEarn%20[points_amount]%20when%20you%20buy%20this%20item.%3C/p%3E

Description

Keep your Porsche’s cabin cool and its cooling system working at its best with the CSF Performance A/C Condenser for Porsche 911 996 / 997 and Cayman / Boxster 987 (CSF8394). Designed as an OEM+ upgrade, this condenser combines modern parallel-flow technology with CSF’s proven motorsport cooling expertise to deliver better performance, improved durability, and excellent value compared with factory units.

As more 996, 997 and 987 models rack up kilometres and move into the hands of enthusiasts, ageing factory condensers can become clogged, corroded or damaged, reducing A/C efficiency and restricting airflow to the radiators behind them. CSF’s performance condenser directly replaces the original unit, restoring and improving cooling while maintaining a clean, factory-style installation.

The CSF Performance A/C Condenser uses a high-efficiency 16 mm 10-channel microtube core with multi-louvered fins to increase heat transfer and refrigerant cooling. This not only helps the air conditioning system perform more consistently in hot conditions, but also improves airflow to the radiator for more stable engine temperatures. Finished in a satin black coating and built entirely from aluminium, it is engineered as a robust, long-term solution for road, track or weekend use.

This condenser pairs perfectly with CSF’s 997/987 side radiators (CSF #7047 / #7048 / #7055 / #7056) for a complete cooling refresh on your Porsche 911 996/997 or Cayman/Boxster 987.

Features and Benefits

  • OEM+ performance upgrade – Around 5% better performance than a brand new OEM condenser, and a much larger gain compared with old, clogged factory units.
  • Improved A/C efficiency – Parallel-flow 16 mm 10-channel microtube core and multi-louvered fins provide superior heat transfer, helping the system cool faster and stay colder.
  • Better engine cooling support – More efficient refrigerant cooling and optimised fin design improve airflow to the radiators behind the condenser, aiding overall engine cooling performance.
  • Direct plug-and-play fitment – True drop-in replacement that uses factory mounting points and OEM-style fittings, with no modifications required.
  • Enhanced durability – 100% aluminium construction and robust design offer improved resistance to corrosion and damage compared with standard condensers.
  • Cost-effective solution – Typically around half the price of a new Genuine Porsche unit while offering higher efficiency and better airflow.
  • Ideal for restorations and upgrades – Suitable for show-car restorations, daily drivers or weekend cars where reliable cabin comfort and cooling performance are a priority.
  • Tested and warrantied – Every unit is individually leak- and pressure-tested and backed by a 2-year limited warranty for added peace of mind.

Technical Specifications

  • Core type: Dual pass cross-flow CSF A/C parallel condenser core
  • Tube design: Super high-pressure 16 mm 10-channel microtube
  • Rows: 26 rows of cooling tubes with 27 rows of fins
  • Fin design: 8 mm tall multi-louvered fins for increased heat transfer and airflow
  • Construction: 100% aluminium
  • Finish: Satin black
  • Mounting: Laser-cut mounting brackets, OEM-style block fitting connector
  • Fitment: True plug-and-play, drop-in replacement for OEM condenser
  • Testing: Individually leak- and pressure-tested
  • Warranty: 2-year limited warranty
  • OEM cross-reference: Porsche 997-573-911-05
    Supersedes 997-573-911-04, 997-573-911-02, 996-573-111-03, 996-573-111-02
  • Compatible models: Porsche 911 996 Turbo / C4S / GT2, Porsche 911 997, Porsche Boxster 987, Porsche Cayman 987

Included Components

  • CSF Performance A/C Condenser (CSF8394) for Porsche 911 996 / 997 and Cayman / Boxster 987
  • Integrated laser-cut mounting brackets
  • OEM-style block fitting connector

Fitment Table