New Flyer V-Belts

At Advance Auto, we carry 4 different types of V-Belts for your New Flyer at competitive prices to fit your budget. Save on costs when you find your New Flyer replacement V-Belts with us.

Make sure to compare prices and take a look at the top user reviewed V-Belts that fit your New Flyer. The ratings and reviews for these aftermarket New Flyer V-Belts really help you make the right decision.

Whether you’re a do-it-yourselfer or trained auto tech, you’ll appreciate the convenience of home or business delivery, or picking up your V-Belts at the nearest Advance Auto Parts location.

Compare 4 New Flyer V-Belts

Search our full catalog of aftermarket New Flyer V-Belts below. Make sure to check for user reviews of V-Belts to learn which worked the best for our customers.

Gates – Super HC« PowerBand« Narrow Section Molded Notch Joined V-Belt (Part No.2/5VX800)

Super HC« PowerBand« Narrow Section Molded Notch Joined V-Belt

from

$258.99
The PowerBand construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove. Recommended for multiple V-belt drives exposed to pulsating or heavy shock loads which can make belts whip, turn over or jump off the drive.

Product Features:
  • Tie Band construction assures high lateral rigidity, guiding the belt in a straight line and preventing it from coming off the drive
  • Highly resistant to tensile and flexing forces, fatigue and shock loads offering high stability and smooth running on the toughest drives
  • Strong band controls belt-to-belt distance and prevents sideways bending
  • Proprietary Flex-Weave cover is a patented fabric construction, providing extended protection to the belt core from oil, contaminants and heat for longer belt life
  • Flex-bonded cords are strongly forged to the belt body, resulting in equal load distribution, resistance to fatigue and shock loads and the absorption of bending stress without cord deterioration
  • Meets or exceeds RMA standards for static conductivity and heat and oil resistance
  • Temperature Range: -22 Deg. F to +140 Deg. F (-30 Deg. C to +60 Deg. C)
  • NOTE: Available in 3V, 3VX, 5V, 5VX and 8V cross-sections
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Gates – Super HC« PowerBand« Narrow Section Molded Notch Joined V-Belt (Part No.2/5VX850)

Super HC« PowerBand« Narrow Section Molded Notch Joined V-Belt

from

$253.99
The PowerBand construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove. Recommended for multiple V-belt drives exposed to pulsating or heavy shock loads which can make belts whip, turn over or jump off the drive.

Product Features:
  • Tie Band construction assures high lateral rigidity, guiding the belt in a straight line and preventing it from coming off the drive
  • Highly resistant to tensile and flexing forces, fatigue and shock loads offering high stability and smooth running on the toughest drives
  • Strong band controls belt-to-belt distance and prevents sideways bending
  • Proprietary Flex-Weave cover is a patented fabric construction, providing extended protection to the belt core from oil, contaminants and heat for longer belt life
  • Flex-bonded cords are strongly forged to the belt body, resulting in equal load distribution, resistance to fatigue and shock loads and the absorption of bending stress without cord deterioration
  • Meets or exceeds RMA standards for static conductivity and heat and oil resistance
  • Temperature Range: -22 Deg. F to +140 Deg. F (-30 Deg. C to +60 Deg. C)
  • NOTE: Available in 3V, 3VX, 5V, 5VX and 8V cross-sections
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Gates – Super HC« PowerBand« Narrow Section Molded Notch Joined V-Belt (Part No.2/5VX600)

Super HC« PowerBand« Narrow Section Molded Notch Joined V-Belt

from

$200.99
The PowerBand construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove. Recommended for multiple V-belt drives exposed to pulsating or heavy shock loads which can make belts whip, turn over or jump off the drive.

Product Features:
  • Tie Band construction assures high lateral rigidity, guiding the belt in a straight line and preventing it from coming off the drive
  • Highly resistant to tensile and flexing forces, fatigue and shock loads offering high stability and smooth running on the toughest drives
  • Strong band controls belt-to-belt distance and prevents sideways bending
  • Proprietary Flex-Weave cover is a patented fabric construction, providing extended protection to the belt core from oil, contaminants and heat for longer belt life
  • Flex-bonded cords are strongly forged to the belt body, resulting in equal load distribution, resistance to fatigue and shock loads and the absorption of bending stress without cord deterioration
  • Meets or exceeds RMA standards for static conductivity and heat and oil resistance
  • Temperature Range: -22 Deg. F to +140 Deg. F (-30 Deg. C to +60 Deg. C)
  • NOTE: Available in 3V, 3VX, 5V, 5VX and 8V cross-sections
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Dayco – Banded Narrow Raw Edge V Belt: 85.75 In. Outside Circumference, 1.253 In. Width (Part No.R5VX850-2)

Banded Narrow Raw Edge V Belt: 85.75 In. Outside Circumference, 1.253 In. Width

from

$132.99
The Dayco banded narrow raw edge V-belt is recommended for industrial applications where space, weight and power capacity are critical. It features a stronger PET polyester cord design for improved performance and offers high stability, low tension decay, improved durability and reduced maintenance. The banded narrow raw edge V-belt’s cog profile is engineered to improve cooling effects and bending fatigue as well as provide extra flexibility for smaller pulleys. This raw edge classical design features EPDM rubber for more advanced abrasion, heat and oil resistance at wider temperature ranges and increased power capacity vs. wrapped belts.

Product Features:
  • Advanced protection against abrasion, heat and oil
  • Perfect for textile mills, fans, lathes, grinding machines, compressors and pumps
  • Special cord design enhances performance and durability
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