MR-2 | SW20 | 1989-1999 | TC | 3S-GTE | I4
Mishimoto - Performance Aluminium Radiator - Toyota - MR-2 SW20 (MT)
$408.00
Specifications:Manufacturer: MishimotoPart Number: MMRAD-MR2-90Transmission: MTCore Type: Dual CoreDirect fit for the 1990–1995 Toyota MR2 Full aluminum construction including durable, TIG-welded end tanks Features a two-row, 1.65" thick, efficient brazed aluminum core Increased fluid capacity and optimal heat dissipation Perfect for use on the ...
Mishimoto - Toyota MR2 Turbo Silicone Hose kit - Black - SW20(T) - MMHOSE-MR2-90BK
$225.28
Specifications:Manufacturer: MishimotoPart Number: MMHOSE-MR2-90BKFeatures Direct fit for 1990–1999 Toyota MR2 TurboMax temperature of 330°FMade of high grade silicone and heat-resistant embedded fibersEfficiently reduces heatIncreases pressure toleranceOEM replacement fitAvailable in black, blue, or redTech SpecsMaterial SiliconeExterior Materi...
Mishimoto - Toyota MR2 Turbo Silicone Hose kit - Blue - SW20(T) - MMHOSE-MR2-90BL
$225.28
Specifications:Manufacturer: MishimotoPart Number: MMHOSE-MR2-90BLFeatures Direct fit for 1990–1999 Toyota MR2 TurboMax temperature of 330°FMade of high grade silicone and heat-resistant embedded fibersEfficiently reduces heatIncreases pressure toleranceOEM replacement fitAvailable in black, blue, or redTech SpecsMaterial SiliconeExterior Materi...
Mishimoto - Toyota MR2 Turbo Silicone Hose kit - Red - SW20(T) - MMHOSE-MR2-90RD
$225.28
Specifications:Manufacturer: MishimotoPart Number: MMHOSE-MR2-90RDFeatures Direct fit for 1990–1999 Toyota MR2 TurboMax temperature of 330°FMade of high grade silicone and heat-resistant embedded fibersEfficiently reduces heatIncreases pressure toleranceOEM replacement fitAvailable in black, blue, or redTech SpecsMaterial SiliconeExterior Materi...
Mishimoto - X-Line Performance Aluminium Radiator - Toyota - MR-2 SW20 (MT)
$552.00
Specifications:Manufacturer: MishimotoPart Number: MMRAD-MR2-90XTransmission: MTCore Type: Dual CorePremium radiator has 3-row core for improved strength and reliability 16% thinner-than-stock tubes allow for more surface contact, increasing cooling efficiency Greater density of rows for higher cooling capacity More contact points for additional...