null

2002-03 Camry/Lexus Es300: Power Rack & Pinion Outer Tie Rod

Write a Review
SKU:
BDTD.XE.1615857116WNR
Condition:
Used
Weight:
0.00 LBS
Shipping:
Free Shipping
On Sale
  • Top View
  • Top View
  • Top View
  • Top View
Sale Price: $202.95
Regular Price: $338.25

Description

2002-03 Camry/Lexus ES300: Power Rack & Pinion Outer Tie Rod

Specification Table

Seller Notes “ONLY RACK Remanufactured in Detroit, MI, USA! Other Parts are BRAND NEW. All of our Rack and ...
Kit Parts Included Outer Tie Rod
Kit or Single Part Kit
Manufacturer Part Number 3KS2600202
Placement on Vehicle Left
Brand Detroit Axle
Interchange Part Number Base Limited XLS XL Touring LE SE XLE, 3.5L 3.3L 3.0L 2.4L, for, power rack auto parts, outer tie rod, tie rod ends, rack and pinion steering assembly, rack and pinion repair kit, rack & pinion, rack and pinion, rack replacement kit, 2002 Lexus ES300 rack pinion, 2003 toyota camry rack pinion tie rod
Manufacturer Warranty Lifetime
OE/OEM Part Number 26-2632
Surface Finish Polished, Rust Protected
Country/Region of Manufacture United States
Item SKU
BDTD.XE.1615857116WNR
Item Condition
Used
Item Location
United States
Call +1 203-275-9456
Email sales@betterdealstoday.com
Shop Name
Better Deals Today

View MoreClose

Experience the excellence of Better Deals Today the ultimate online shopping destination within the USA. Uncover an extensive array of premium products, spanning from exquisite home decor and cutting-edge fashion trends to innovative electronics, top-notch dining experiences, and reliable automotive equipment. Enjoy the added convenience of complimentary shipping to the US Mainland and make the most of our hassle-free 30-day return policy. Embark on a confident shopping journey as you explore our unparalleled offerings. To inquire or place an order, reach out to our dedicated sales team at sales@betterdealstoday.com. Contact us at +1 203-275-9456. Elevate your shopping experience with

Better Deals Today LLC - the junction where quality, convenience, and customer contentment seamlessly converge.