Road Bike Tire Test: Vittoria Rubino Pro Speed 25
Contents and Test Summary
- Introduction
- Manufacturer Specifications
- Size, Weight, Thickness
- Rolling Resistance: 11.9 Watts
- Puncture Resistance: 37 Points
- Static Wet Grip: No Data
- Conclusion: 4.0 / 5 Recommended
- Comments
- Vittoria Rubino Pro Speed 25
(100% is best)
The Vittoria Rubino Pro Speed G+ is the fastest and lightest member of the newly introduced Rubino G+ tires. With a specified weight of just 180 and 190 grams for the 23 and 25 mm versions, this is one of the lightest tires on the market. Even the much more expensive Corsa and Corsa Speed have a higher weight. According to Vittoria, the Rubino Pro Speed should also provide a lower rolling resistance than the new Corsa G+.
Ad Buy Vittoria Rubino Pro Speed at Amazon.com
To achieve this low weight and low rolling resistance, the Rubino Pro Speed comes with an 180 TPI nylon carcass without any additional puncture protection. A thin layer of triple compound rubber provides a high suppleness and low rolling resistance at the cost of shorter tire life.
When I first heard about the Rubino Pro Speed, it seemed like a strange tire. The Rubino tires are mostly known as mid-range tires that provide decent rolling resistance and puncture protection. Most people that are willing to sacrifice puncture resistance and tire life for a lower rolling resistance seem to buy the most expensive, no compromise tires. The Rubino Speed looks like a no compromise tire as well, but is it fast enough to justify decreased puncture resistance and tire life?
Manufacturer Specifications
Manufacturer Specifications | |
---|---|
Brand | Vittoria |
Model | Rubino Pro Speed |
Year | 2016 |
Tire Type | Tubetype (clincher) |
Supplied By | Bought in store |
New or Used | New |
Mileage | 0 km |
Price Range | High |
Buy At | Ad Amazon.com |
Manufacturer part number | 111.3RS.22.25.111BX |
EAN | 8022530001960 |
TPI | 180 |
Compound | 3C G+ |
Bead | Folding |
ETRTO | 25-622 |
Size Inch | 28" |
Specified Width (mm) | 25 |
Specified Weight | 190 grams |
Max Air Pressure (psi) | 130 |
Made In | Members Only |
Available Sizes |
23-622 (700x23C) 25-622 (700x25C) |
Vittoria Rubino Pro Speed 25 Test Results
Size, Weight, and Thickness Measurements
Size, Weight and Thickness Measurements | |
---|---|
Specified Weight | 190 grams |
Measured Weight | 206 grams |
System Adjusted Weight (tire + inner tube (100 gr) |
306 grams |
Measured Width | 27 mm (un-round) |
Measured Height | 24 mm (un-round) |
Total Tire Thickness Center | 2.3 mm |
Total Tire Thickness Sidewall | Members Only |
Unmounted Casing Width | 63 mm |
Unmounted Tread Width | Members Only |
Tread Cover (Tread / Casing Ratio) | Members Only |
All size measurements are taken at an air pressure of 100 psi / 6.9 bars on a 17.8 mm inner width rim. |
With a measured weight of 206 grams, the 25-622 Rubino Pro Speed weighs 16 grams more than specified. The measured maximum width of the tire comes in at 27 mm; height is 24 mm. This tire is a bit bigger than specified, most other tires seem to come in close to 26-27 mm.
The total thickness of the tire at the center of the tread is only 2.3 mm which is much thinner than most other all-round tires. When we compare this to the Rubino Pro G+ (read review), the Pro Speed is 0.7 mm thinner. Because the Speed doesn't have an anti-puncture layer, my estimate is that there is 0.3-0.5 mm less rubber to wear down. The sidewalls are a bit thinner as well at 0.5 mm Vs 0.55 mm for the Rubino Pro.
Rolling Resistance Test Results
Rolling Resistance Test Results | |
---|---|
Inner Tube | Conti Race28 (100gr butyl) |
Measured Width | 27 mm (un-round) |
Rolling Resistance Real tire width in mm: 22-24 = 132 psi/9.1 bar 25-27 = 120 psi/8.3 bar 28-29 = 108 psi/7.4 barUltra High Air Pressure (120 psi / 8.3 bar) |
11.9 Watts CRR: 0.00357 |
Rolling Resistance Real tire width in mm: 22-24 = 110 psi/7.6bar 25-27 = 100 psi/6.9 bar 28-29 = 90 psi/6.2 barExtra High Air Pressure (100 psi / 6.9 bar) |
12.6 Watts CRR: 0.00378 |
Rolling Resistance Real tire width in mm: 22-24 = 88 psi/6.1 bar 25-27 = 80 psi/5.5 bar 28-29 = 72 psi/5.0 barHigh Air Pressure (80 psi / 5.5 bar) |
Members Only |
Rolling Resistance Real tire width in mm: 22-24 = 66 psi/4.6 bar 25-27 = 60 psi/4.1 bar 28-29 = 54 psi/3.7 barMedium Air Pressure (60 psi / 4.1 bar) |
Members Only |
The Road Bike section is a multi tire size section, air pressures have been adjusted to the measured casing width. All numbers are for a single tire at a speed of 29 km/h / 18 mph and a load of 42.5 kg / 94 lbs. Use the formula: RR (Watts) = CRR * speed (m/s) * load (N) to calculate rolling resistance at a given speed and load. |
Rolling resistance is very low at high air pressures. With a rolling resistance of just 11.9 watts at 120 psi, the Rubino Pro Speed outperforms popular tires like the Conti GP4000S II (read review), Schwalbe One (read review), and Vittoria Corsa G+ (read review). This strong performance shows us what can be accomplished by using a thinner casing, no anti-puncture layer, and a thinner layer of rubber. I'm not sure if Vittoria uses a different kind of 3C compound mixture on the Speed G+ Vs the regular Rubino Pro G+.
At lower air pressures, the performance of the Rubino Pro Speed isn't as impressive as at the higher end of the pressure range. At air pressures of less than 80-90 psi, the performance of the Speed falls apart, and it gets overtaken by the previously mentioned competitors. When using this tire, it's important to keep the pressure up. Maximum air pressure is 130 psi, which is slightly higher than most other 25 mm tires.
Puncture Resistance Test Results
Puncture Resistance Test Results (higher is better) | |
---|---|
Total Puncture Score Tread | 37 Points |
Total Puncture Score Sidewall | Members Only |
Tread Puncture Force Sharp Needle | 8 Points |
Tread Puncture Force Blunt Needle | No Data |
Tread Total Tire Thickness | 2.3 mm |
Sidewall Puncture Force Sharp Needle | Members Only |
Sidewall Puncture Force Blunt Needle | No Data |
Sidewall Total Tire Thickness | Members Only |
What can you expect from a tire with a thin casing, no anti-puncture layer, and not a whole lot of rubber when testing puncture resistance? Not much, unfortunately. With a tread puncture score of just 8 points, it scores much lower than the premium tires that offer close to the same low rolling resistance. Those tires do use an anti-puncture layer and a thicker layer of rubber and seem to score in the 11-12 points range.
On top of a low tread puncture resistance comes a low sidewall puncture resistance. With a score of just 3 points in the sidewall test, it sets the lowest score of all tires I've had the chance to test up to now. Most other road bike tires seem to come in at 4-5 points.
Static Grip Test Results
NOTE: Grip test data is only available on tires tested after November 2018. You can find more information about our grip test here: Introducing Grip Testing
Static Grip Test Results | |
---|---|
Wet Grip Average | No Data |
Wet Grip Center | No Data |
Wet Grip Edge | No Data |
Grip in points = coefficient of friction * 100 Road bike grip test rim width = 19.0 mm |
|
Conclusion
- Vittoria Rubino Pro Speed 25
(100% is best)
The Vittoria Rubino Pro Speed offers a low weight and a low rolling resistance at the higher end of the air pressure range. The low rolling resistance comes at the cost of a very low puncture resistance and only a thin layer of rubber. I can't imagine a situation where I would prefer this tire over a Conti GP4000S II or Schwalbe One which offer close to the same rolling resistance but offer a much higher puncture resistance.
The Pro Speed also seems to be priced higher than the usual Rubino pricing. Prices might come down a bit in the future as the new G+ tires are still new. At the moment, pricing is similar to the GP4000S II (read review) and Schwalbe One (read review) which should last just as long or maybe even longer. I rate this tire 4/5 recommended because it does offer a very low rolling resistance which is what it promises.
Ad Buy Vittoria Rubino Pro Speed at Amazon.com
RATING:
4.0
/ 5
TEST VERDICT:
Recommended