Description
- CNC-machined (not stamped) and feature a computer-aided ultra-light design to reduce unsprung weight and increase power transfer
- Rear sprockets made from high-strength, specially enhanced 7075-T6 aluminum that is 33% lighter than steel to further reduce weight and increase power transfer without sacrificing strength
- Rear sprockets also feature a special tooth profile that allows the chain to roll easily on and off the sprocket for longer wear, less noise and more power
Ross –
this rear sproket is liteweight and transfers more power than steel ones but steel may last longer its a good upgrade for aprilia bikes wanting better acceleration
Cameron –
I’m an expert on motorcycle parts and I was thrilled to try this ultralight rear sprocket for my Aprilia, with its computer-designed lightweight aluminum it shaves a ton of weight without losing strength which is instantly noticeable allowing more power to the wheel, the unique tooth design promises longer chain life less noise and better power transfer, out on the road acceleration felt quicker and I could really feel the improvement over my old sprocket, overall it achieves exactly what it claims by providing a lightweight yet durable upgrade that noticeably improves performance I’d absolutely recommend it to any Aprilia owner looking to get more power from their bike.
Doug –
This ultralight rear sprocket is sick, it’s super lightweight and strong with a cool design, makes my ride faster and smoother without adding any bulk so I’m stoked on the extra zip it gives my bike.
Dustin –
the ultralite rear sproket is good and lite but took a while to get here tho it works fine and smooth and quiet on my bike it seems good so far
Moses –
The ultralight rear sprocket really improved my bike’s handling and acceleration after installing it. I was impressed with the durable but lightweight aluminum construction and would definitely recommend this sprocket to anyone looking to reduce weight.
Keith –
The lightweight aluminum Ultralight Rear Sprocket improves acceleration and power transfer while reducing noise, though durability remains solid despite the design.