2000 Dodge Avenger Serpentine Belt
Navigate our online catalogue to find original replacement Serpentine Belts specifically designed to fit a 2000 Dodge Avenger.
Serpentine Belt
$33.66
$30.00
10+ In Stock
Condition: New
Ships: Tuesday Oct. 7th
Pick-Up: Ready in 1 Hour Monday Oct. 6th
Pick-Up: Ready in 1 Hour Monday Oct. 6th
Serpentine Belt
$49.20
$43.56
Limited Stock
Condition: New
Ships: Tuesday Oct. 7th
Pick-Up: Ready in 1 Hour Monday Oct. 6th
Pick-Up: Ready in 1 Hour Monday Oct. 6th
Alternator and Power Steering
Required Per Vehicle: 1
Serpentine Belt
$25.98
Out of Stock
Condition: New
Air Conditioning
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Serpentine Belt
$39.09
Out of Stock
Condition: New
Alternator and Power Steering
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Serpentine Belt
Call for Pricing
Out of Stock
Condition: New
Air Conditioning
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Serpentine Belt
Call for Pricing
Out of Stock
Condition: New
Alternator and Power Steering
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Serpentine Belt
Call for Pricing
Out of Stock
Condition: New
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Vehicle Fitment Notes:
with Air Conditioning Serp
with Air Conditioning Serp
Serpentine Belt
Call for Pricing
Out of Stock
Condition: New
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Engine Base: 2.5L 2497cc 152ci V6 (3.29x2.99; 83.5x76.0);
Vehicle Fitment Notes:
Serp Alt & PS
Serp Alt & PS