Tridon High Flow Thermostat for Holden Commodore VG VN VP VR VS VT VU VX VY

Name: Tridon High Flow Thermostat for Holden Commodore VG VN VP VR VS VT VU VX VY
Brand: Tridon
Price: 37.95 AUD
Availability: InStock

Tridon-TT-C2302-T1583

$37.95

List Price $45.54

SAVE $7.59 (17%)

More info.

Make 4 payments of $9.49 over 8 weeks and get it now!

In Stock 1 Business Day Dispatch or Click to Collect

Hurry. Stock Selling Fast

Free Delivery

Free Shipping Storewide excludes heavy, bulky items & regional areas

Seen It Cheaper?

Ask for a Superspares deal.

Call us 1300 791 058

National Warranty

Genuine manufacturer warranty, claimable online Australia wide.

Delivery Options

Local Pickup Available

Standard Shipping - FREE
Additional freight charges may apply for heavy, bulky items or deliveries to rural and remote areas, with customer service adjusting costs as needed.

Local Pickup - FREE
Pick Up is Available from Sydney, Melbourne and Brisbane warehouses upon receival of confirmation.

Calculate Shipping

Afterpay
Bank Deposit
PayPal Express
Web Payments
Web Payments
American Express
MasterCard
Visa

Product Description

Note: eBay's compatibility table is not accurate in some cases. Please refer to the following information we have provided for you.

Content : Tridon High Flow Thermostat

Suits : Holden Commodore VG VN VP VR VS VT VU VX VY

Suit Vehicle:

Make	Model	Series	Engine	Year	Location	Comments
Holden	Commodore	VG Ute	V6 3.8L LG2 (L27) OHV Petrol	08/1990-12/1991		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VN Series II	V6 3.8L LG2 (L27) OHV Petrol	11/1990-09/1991		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VN Series I	V6 3.8L LG2 (LN3) OHV Petrol	08/1988-10/1990		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VP	V6 3.8L LG2 (L27) OHV Petrol	10/1991-07/1993		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VR Series II	V6 3.8L LG2 (L27) OHV Petrol	09/1994-04/1995		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VR	V6 3.8L LG2 (L27) OHV Petrol	07/1993-08/1994		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VS - Series II	V6 3.8L LG2 (L36) OHV Petrol	05/1998-01/2001	Thermostat Housing	High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VS - Series II	V6 3.8L LG2 (L36) OHV Petrol	06/1996-04/1998	Thermostat Housing
Holden	Commodore	VS Supercharged	V6 3.8L L67 VH OHV Petrol	04/1995-05/1996	Thermostat Housing	High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VS Supercharged	V6 3.8L L67 VH OHV Petrol	09/1996-08/1997	Thermostat Housing
Holden	Commodore	VS	V6 3.8L LG2 (L27) OHV Petrol	04/1995-05/1996	Thermostat Housing
Holden	Commodore	VS	V6 3.8L LG2 (L27) OHV Petrol	04/1995-05/1996	Thermostat Housing	High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VS	V6 3.8L LG2 (L36) OHV Petrol	06/1996-08/1997	Thermostat Housing	High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VT - Series II Supercharged	V6 3.8L L67 VH OHV Petrol	06/1999-10/2000		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VT - Series II	V6 3.8L LN3 (L36) OHV Petrol	06/1999-10/2000		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VT Supercharged	V6 3.8L L67 VH OHV Petrol	09/1997-06/1999		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VT	V6 3.8L LN3 (L36) OHV Petrol	09/1997-06/1999	On inlet manifold	High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VU Ute	V6 3.8L LG2 (L36) OHV Petrol	01/2001-09/2002		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VX - Series II Supercharged	V6 3.8L L67 VH OHV Petrol	08/2001-08/2002		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VX - Series II	V6 3.8L LN3 VH OHV Petrol	08/2001-08/2002	Water Outlet From Inlet Manifold	High Flow Version Of TT203-195, Allows Approximately 30% More Coolant Flow.
Holden	Commodore	VX Supercharged	V6 3.8L L67 VS OHV Petrol	10/2000-08/2001		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VX	V6 3.8L LN3 VH OHV Petrol	10/2000-08/2001	Water Outlet From Inlet Manifold	High Flow Version Of TT203-195, Allows Approximately 30% More Coolant Flow.
Holden	Commodore	VY - Series II Crewman S	V6 3.8L LN3 (L36) OHV Petrol	08/2003-07/2004		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VY - Series II Supercharged	V6 3.8L L67 VH OHV Petrol	08/2003-07/2004		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VY - Series II	V6 3.8L LN3 (L36) OHV Petrol	08/2003-07/2004		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VY Supercharged	V6 3.8L L67 VH OHV Petrol	05/2003-07/2003		High Flow version of TT203-195, allows approximately 30% more coolant flow.
Holden	Commodore	VY	V6 3.8L LN3 (L36) OHV Petrol	09/2002-07/2003	Water Outlet On Inlet Manifold	High Flow Version Of TT203-195, Allows Approximately 30% More Coolant Flow.

Tridon High Flow Thermostat
The high flow thermostat is designed to interchange with the original thermostat. Utilizing a 30% larger opening valve, the high flow thermostat increases coolant flow and improves cooling system performance. Ideal for high performance applications, or for applications where additional loads are placed on the engine.

Tridon Australia Pty Ltd is an Australian owned company incorporated in 1976 and supplies the automotive, original equipment, industrial and hardware markets in Australia and New Zealand.
Tridon is totally committed to quality and this helps tridon achieve world class status in manufacturing.