STATUS: EX DEMO
• Previously used at a CRC charity event
• Minor signs of use to braking surface and finish as expected
• Small cosmetic scratches to rim finish
• Very good condition
***Comes complete with QRs, rim tape and brake pads***
Pro-Lite Gavia Carbon Wheelset
The only safe carbon clincher wheel, built around Pro-Lite unique, patent "Bolzano" hub set.
This rim was developed in co-operation with Gigantex of Taiwan to be the first full carbon clincher in the world that allows maximum pressure in the tyres, where all other alternatives restrict the pressure you can inflate your tyres to. The braking surfaced is lowered and uses impregnated Basalt to deflect any heat generated under braking which can cause the tyre to roll off due to deflection in the rim.
Each Gavia wheelset is equipped with our patented "Bolzano" hub.
The Pro-Lite Bolzano hub is designed to provide maximum power to output ratios, whilst offering superior wheel stability and structure. When coupled with the unique Pro-Lite spoke made from Swedish Stainless Steel, you have a combination that is everything the rider needs. During tests using several Pro riders, we used a power meter set at 300 watts of power over 50km and the results were amazing. The result was an average faster time over 50km of 89.2 seconds.
What were also consistent were the comments riders made after each test. The phrase “those wheels are really fast” was repeated many times. It became evident that lighter wheels flex far too much under maximum load by the rider, showing that weight saving does have its disadvantages. An overly light wheel can cause the rider to waste power. A Pro-Lite wheel allows the rider to actually go faster using the same amount of power.
Pro-Lite Gavia Carbon Wheelset Specifcations:
• Rim: High modulus T700 Carbon . Clincher
• Front Hub: Bolzano - 20 H
• Rear Hub: Bolzano - 24 H
• Lacing: Front: 2 Cross / Rear: 3 Cross
• Spokes: PRO-LITE 3.2 mm stainless steel aero spoke
• Nipples: Integrated
• Skewer: Brunico Carbon / Titanium Rod
• Weight: 828g / 1012g(v)