32.25mm Motorcycle Engine Con Connecting Rod Conrod Bearing Compatible with KM3 VT250F F-ll lntegra Special Edition VT250 Spada VT 250(4pcs)

+75 Shaft Diameter: 32.25mm;Friendly Reminder(1)The size is Shaft Diameter, Not Connecting rod or crankshaft inner Diameter.(2)Increase the size, the shaft diameter is reduced, the connecting rod or crankshaft bearing thickness increase.Product DescriptionMaterial:Aluminium Tin AlloyCompatible With Compatible With KM4Compatible With VTZ250 84-85 Compatible With VT250F-ll 84-87Compatible With VT250F lntegra 85Compatible With VT250F Special Edition 86-89Compatible With VT 250 Spada 88 Compatible With VF250V Magna250 94Compatible With VTR250 97-12If you can't confirm the product if your motorcycle ,please contact us here: Send a message to the seller.Displacement (ml) : 400CCSpecial Features : can replace the original partsMaterial Type : 20 high tinItem Weight : 0.05kgModel Name : KM3 VTZ250Item Type : CrankshaftsWelcome to my auto parts shop, there are many kinds of accessories in the shop, welcome to buy, any questions can email us!

• Precision forging process, the internal crystal structure of the connecting rod is uniform and dense, the strength and toughness are greatly improved, and can withstand the impact force under extreme conditions.
• The bearing surface is finely ground and polished with extremely low surface roughness, ensuring a micron fit with the crankshaft and piston pin, reducing energy loss.
• The optimized connecting rod structure design can achieve lightweight under the premise of ensuring strength, reduce the reciprocating inertia force, and improve the engine dynamic response speed.
• Excellent high-speed running stability, when the motorcycle is running at high speed, the connecting rod and bearing can work stably to ensure the continuity and smoothness of the engine power output.
• Stable power transmission performance, can effectively convert the linear motion of the piston into the rotating motion of the crankshaft, reduce energy loss, improve engine fuel economy.