DID 525VX X-Ring Chain for Aprilia Mana 850 DID 525VX X-Ring Chain for Aprilia Mana 850

Name: DID 525VX X-Ring Chain for Aprilia Mana 850
Brand: DID Chain, Japan
SKU: DI X 525*110 VXZB
Price: 8300.0 INR
Availability: InStock

Rs. 8,300.00

FREE
SHIPPING

100% MONEY
BACK GUARANTEE

ONLINE
SUPPORT 24/7

FREE
SHIPPING

100% MONEY
BACK GUARANTEE

ONLINE
SUPPORT 24/7

Sku: DI X 525*110 VXZB

Product Type: Chains

Vendor: DID Chain, Japan

Description Description
Reviews Reviews(0)

DID 525VX X-Ring Chain for Aprilia Mana 850

Created to withstand the severe demands of today’s top World Superbikes, DID is proud to introduce the high performance DID VX Series Chain. In developing it, DID focused on improving rigidity. Traditionally, tensile strength has been used to indicate the overall strength of a chain, but tensile strength is only a laboratory static measurement of a chain’s breaking point. Rigidity, on the other hand, is the ability of a chain to withstand forces that occur in a rider’s real world experience. Increased rigidity means better power transfer from the engine to the ground and greater resistance to stretching under load. This translates into smooth handling and quicker response time.

All D.I.D VX Chains feature D.I.D's patented X-Rings. The unique design of the X-Rings reduce friction by twisting between the side plates to help disperse pressure and minimize power loss. Its four contact points greatly increase its ability to seal in lubricates while keeping out dirt. Compared to O-Ring chains, X-Ring chains last up to 2X longer. Normal O-Ring and many modified O-Ring designs have pressure points that increase friction and decrease chain life.

The DID VX Series Chain, the ultimate in performance and durability for your dual sport, sport bike or sport touring bike.

Features:

Greater rigidity brings smoother handling, reduced power loss, and quicker response
Average tensile strength 9,220 lb.
4.08 lbs. per 100 links

Fitment Notes & Exceptions

This is a universal fit part; it may or may not fit without modification.