Monroe Shocks & Struts Suspension Shock Absorber P/N:210097
Restore controlled, comfortable damping on your truck with the Monroe Monro-Matic Plus Suspension Shock Absorber 32295, a rear-left replacement shock that drops in as a direct-fit for the 1995-2004 Toyota Tacoma. Built to meet OE specifications, it uses Velocity Proportional Valving (VPV) technology and a nitrogen gas charge to help maintain tire-to-road contact and deliver a consistent, smooth ride at an economical price. If a leaking or worn-out rear-left shock is the cause of your bouncy, poorly controlled ride, this replaces it.
Position: Rear left. Shocks wear as a pair, so replacing both sides together is recommended for balanced ride quality; this listing is for one shock. See the Buyer's Guide tab for engine-level fitment details.
Interchange: MS3431482B · 61500 · 61699 · 81871 · G63494 · 344428 · KG5462 · NS103 · 59369 · SH81871 · 94190 · 4854109010
This part cross-references / interchanges with the following part numbers:
What vehicles does the Monroe 32295 fit?
It is a direct-fit rear-left suspension shock absorber for the 1995-2004 Toyota Tacoma. Check the Buyer's Guide tab for engine-level fitment for your specific truck.
Which position does this shock cover?
The 32295 is cataloged as the rear-left shock absorber for the listed applications.
Is this shock gas-charged?
Yes. It uses a nitrogen gas charge that reduces aeration to help maintain tire-to-road contact for improved ride and handling.
Should I replace both rear shocks at once?
It is sold individually as one shock. Replacing both sides together as a matched pair is recommended for balanced, even ride quality.
What is VPV technology?
Velocity Proportional Valving, combined with all-weather fluid containing friction-reducing additives, is designed to promote smooth rod reaction and a consistent, smoother ride.
WARNING: These products can expose you to chemicals including lead and phthalates, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.