On The ROGER Pro 2 review

Incorporating feedback from Roger Federer, the On Roger Pro 2 was designed for advanced players who look for the following:

• a firm and stiff tennis shoe that feels super-fast on the court
• a highly stable and supportive shoe without large and clunky sidewalls 
• a shoe in which court feel dominates cushioning

Not everyone is going to feel their best in a firm and hard-to-bend tennis shoe. If you want a better cushioned option that feels more forgiving to the feet, we recommend the ASICS Court FF 3 and the Nike Vapour 11 instead.

Both of these shoes received excellent durability scores and yet are priced more reasonably.

We found the On Roger Pro 2 to be a moderately cushioned tennis shoe with a pronounced court feel.

Based on our calliper measurements, its heel stack height comes in at 29.2 mm which is an average for the tennis shoe category.

The shoe's forefoot stack also showed nothing other than an average - 20.1 mm.

Considering that hard rubber comprises about 5.5 mm of that stack, the balls of our feet did not feel spoiled by cushioning at all.

According to the brand's official specs, the Roger Pro 2 has a heel-to-toe drop of 8 mm. Our own measurements came very close to that number showing 9.1 mm. But this minor difference can hardly be felt on foot.

Tennis shoes tend to have a moderate heel elevation of 8-10 mm which puts the foot in an optimal position for the sport. The heel packs more foam for impact protection and takes the pressure off the Achilles while the forefoot sits closer to the ground allowing better control over the footwork.

Designed to generate speed, this On shoe offers a very firm underfoot experience.

This can either be a blessing or a deal breaker, depending on what kind of platform you are looking for. Some people prefer this unforgiving setup as it helps them get up and go in a split-second while others will be turned off by the lack of comfort and shock absorption.

The shoe's midsole is on the firmer side of our tennis shoe catalogue. With a durometer reading of 32.3 HA, we found it to be 10% firmer than average.

Even though the Roger Pro 2 returns nearly as much energy as you give it, it can also leave your feet and legs more beat up by the end of the session.

A touch of cushioning is offered by the shoe's moderately padded insole. We measured its thickness at 4.5 mm in the heel area.

The shoe's toebox also provides a reasonably accommodating fit. In the widest part, it even offers a few millimetres more than the average tennis shoe.

We believe this little buffer is necessary considering the risk of that lateral TPU clip pressing against the pinkie toe.

The Roger Pro 2 tapers very moderately towards the toes, showing a standard 76.4 mm of width near the big toe.

Additional eyelets allow you to customise the lacing for a more secure lockdown.

And there is a little play on words in the shoe's aglets - "Put me ON."

The On Roger Pro 2 kept us exceptionally surefooted as we dashed from side to side, took off, and bounced back from each shot. Because we didn't lose any time or energy on stabilising our feet, the experience felt dynamic and speedy.

We attribute this agile experience to the shoe's firm and grounded platform as well as internal and external stabilising components.

As a whole, the Roger Pro 2 feels remarkably stiff. Our manual test showed that it is nearly impossible to twist!

Even when we applied maximum force, the shoe didn't yield at all! This amount of torsional rigidity certainly deserves the highest score of 5.

We believe that the stiffness comes from the shoe's sturdy TPU clips on the sides as well as the carbon fibre Speedboard plate inside the midsole.

A sturdy multi-layered heel counter is another major stability element of the shoe.

Assessing its rigidity on a 1-5 scale, we confidently gave it a high score of 4. It completely refused to give in as we tried to push and squeeze it in our manual test.

On the court, this translated to a pretty firm heel clutch that didn't allow our heels and ankles to shift around. In addition, our heels seemed to have sunk into the shoe's generous heel padding which prevented heel slips.

Last but not least, the On Roger Pro 2 has a pretty large landing and push-off area.

We found it to be even larger than average measuring the widest part of the forefoot at 115.1 mm.

Checking the heel, our calliper showed a standard measurement of 89.2 mm in the widest part. This is a solid midsole width to create a stable and reliable base.

The On Roger Pro 2 proved to be some of the stiffest tennis shoes we've tested in our lab.

This is primarily due to the Speedboard plate embedded into its midsole. This carbon fibre layer caused the shoe to snap right back each time we bent our feet on the court, generating a notable energy return and an enhanced sense of speed.

For reference, it took 35% more force to bend the Roger Pro 2 to a 90-degree angle compared to an average tennis shoe. Requiring as much as 40.5N, this On shoe felt very snappy.

During the playtest, the On Roger Pro 2 felt lightning fast on our feet! So when we put it on the scale, we were genuinely surprised by its static weight.

At 14.4 oz (407g) in a men's US size 9, it is about 1.5 ounces heavier than average! And yet it feels quick thanks to its stable, responsive, and grippy construction.

An incredibly thin, even translucent, mesh upper of the Roger Pro 2 immediately caught our eyes. But is it just as airy as it looks? We brought a smoke-pumping machine to find out.

We were impressed to see how quickly the smoke escaped through the shoe's toebox, leaving no doubts about its ventilation capacity. The upper is so thin and transparent, we could almost see right through it! Plus, the shoe has perforations all over the tongue for enhanced ventilation.

Curious about the engineering behind this magic mesh, we took a closer look at it through our microscope.

Just look at those mesmerising patterns! This is the most intricate chainlinking we've seen on a shoe but it works wonders with airflow.

We trust the Roger Pro 2 to keep your feet refreshed on a hot sunny day and thus give it the maximum breathability score of 5 out of 5!

Considering the shoe's high price point, we expected an extraordinary level of toe protection and wear resistance from the Roger Pro 2. But once we grabbed our Dremel, we were only 22 seconds away from disappointment...

By the end of the test, our Dremel burnt straight through the rubber overlay! This is unacceptable considering that much cheaper shoes only got a dent in the same conditions.

Unfortunately, the shoe's poor toe drag protection deserves nothing more than 1 out of 5 on the durability scale.

It's odd to read "abrasion-resistant" in the description of the shoe's mesh considering how paper-thin it is. We fear a single brush against the court will tear this fabric for good.

And just as we anticipated, the mesh failed our 12-second Dremel test in which we exposed it to sandpaper at a 5K RPM speed. The glaring hole convinced us to rate the shoe's toebox mesh durability with the lowest score of 1.

The inner fabric of the Roger Pro 2 seemed a little more promising.

But even though the damage was rather moderate, we couldn't rate the shoe's heel padding durability any higher than 3 out of 5.

With the amount of friction that occurs inside the shoe in professional tennis, we are concerned with the material choices for this expensive shoe.

On the bright side, the rubber outsole of this On tennis shoe seems to be more hard-wearing than the upper.

Checking its hardness with a durometer returned 85.5 HC which is a solid reading for a tennis shoe.

A hard rubber compound is a good start but how does it hold up against aggressive wear and tear?

Setting the Dremel speed high (10K RPM), we tested the limits of the shoe's outsole for 22 seconds. Luckily, the dent turned out to be as minor as 0.8 mm which is an average result among high-performance tennis shoes.

Checking the shoe's outsole thickness further raised our confidence in it. In the heel (where the traction pattern is smoother), our calliper showed a standard reading of 4.3 mm.

But in the forefoot (where lugs are protruding), we measured a whole millimetre more! At 5.6 mm, this is one of the stoutest tennis shoe outsoles we've come across.

Featuring an open herringbone tread pattern, the On Roger Pro 2 treated us to a very strong grip on the hard court.

We were able to stop on a sixpence and push off with maximum force while retaining speed on corners. At the same time, sliding felt effortless too.

We believe that the asking price of the On The Roger Pro 2 is too high. Even though this tennis shoe has many advantages, we don't think it justifies paying a lot more than the average price.

It seems like On forces you to pay more for the brand name, the reference to Roger Federer, and the visual appeal that stands out from a typical tennis shoe look.

Having thoroughly tested dozens of tennis shoes, we found that some of the best-performing tennis shoes on the market are priced much more reasonably.

The shoe's forefoot stack also showed nothing other than an average - 20.1 mm.

Considering that hard rubber comprises about 5.5 mm of that stack, the balls of our feet did not feel spoiled by cushioning at all.

The On Roger Pro 2 didn't feel particularly cushy or padded from the inside but it packed enough foam to protect our insteps from the lace pressure.

Our calliper measured a standard tongue thickness of 6.7 mm in the shoe.

Most of the padding is concentrated in the shoe's collar but, as you can see, the rest of the shoe is pretty minimal and feels more like second skin.

The shoe's midfoot hold is very well taken care of by a semi-gusseted tongue design a.k.a internal half-bootie construction.

We didn't have to worry about tongue sliding or foot twisting inside the shoe thanks to its secure hold.

The absence of finger loops and pull tabs wasn't a problem thanks to the structured heel counter which made it easy to slide into the shoe.

The insole of the Roger Pro 2 is easy to remove in case a custom orthotic is needed.

But we didn't feel the need to swap it because it felt optimal for the shoe's overall stable and speedy build. Plus, the back side of it is covered in small indentations that help keep the insole in place during intense movements.