Please, select the appropriate vehicle to verify whether it is suitable
DELPHI DG3519 Shock absorber for HONDA ACCORD Front Axle, Gas Pressure, Twin-Tube, Suspension Strut
-
Fitting Position:
Front Axle
- Shock Absorber System: Twin-Tube
- Shock Absorber Type: Gas Pressure
- Shock Absorber Design: Suspension Strut
- Item number: DG3519
- Manufacturer: DELPHI
- EAN number: 2089195096200
- Condition: New
OE reference number(s) comparable with the original spare part number:
- OE 51605-SF1-926 — HONDA
- OE 51606SF1926 — HONDA
- OE 51606SM4E02 — HONDA
- OE 51605-SM4-E02 — HONDA
- OE 51605-SM5-A10 — HONDA
- OE 51601-SM5-A20 — HONDA
- OE 51605-SM5-A13 — HONDA
- OE 51606-SM5-A10 — HONDA
- OE 51606SM5A13 — HONDA
Have you ever bought this product from AUTODOC: DELPHI Shock absorber DG3519?
Customer reviews and star ratings help our customers learn more about a product and decide whether it is worth buying. A complex algorithm is used to calculate the star rating, taking into consideration how long ago the review was made, whether the item was actually purchased in the AUTODOC online shop, and whether it was returned or not.
The tag "verified purchase" allows you to find reviews from customers who have actually purchased the item in question from the AUTODOC online shop. The "verified purchase" label applies to reviews of items purchased from the same account the reviews were submitted from. We still consider reviews without the "verified purchase" tag to be important, but we can't guarantee that the items described in such reviews were purchased in the AUTODOC online shop.
Questions and answers
DELPHI Shock absorbers: want to know more?
Read the Shock absorber DG3519 FAQ and customer reviews!
Need help? Contact us
Each order from 120,00 € value of goods, include free shipping within Germany. If order total is less than 120,00 €, shipping cost will be 6,95 €
Your recently viewed items
A.B.S. 630162 Brake caliper
Aluminium, 120 mm
IPSA CR117300 Big End Bearings
with steel back, with nickel diffusion barrier, with lead/bronze intermediate layer, with surface hardened running layer
