Zipp 202 NSW Review: The Lightest Wheels Zipp Has Ever Made

Introduction

Something has been missing from Zipp’s current lineup for a while: a true ultra-lightweight wheelset. The new Zipp 202 NSW fills that gap. The name will be familiar to long-time fans, since Zipp sold 202 wheels years ago, but this is a fresh design built with the brand’s most current technology.

The pitch is simple. These are claimed to be the lightest wheels Zipp has ever made, and they are aimed squarely at riders chasing maximum weight savings, whether that means climbing faster or simply building the lightest bike possible. The interesting part of the claim is that Zipp says they are not just light but also aero, with little to no aero penalty compared to the 353 NSW. In some conditions, they are supposed to be faster.

Weight: The Headliner Spec

Zipp claims 1,090 grams for the pair including rim tape and valves. What makes the claim credible is the company’s statement that every rim is weighed as it leaves production, and the published figure is an upper threshold. In other words, most real-world sets should come in under the spec.

That held true for the test set. The front wheel with rim tape and valve came in at 450 grams, with the rear landing somewhere between 550 and 600 grams, comfortably under the claim. That is a saving of over 200 grams compared to the 353 NSW, and because it is rotational weight at the outside of the wheel, the difference is more noticeable than the raw number suggests. For context, the 303 SW weighs around 1,440 grams.

The lightness comes from a few places. These use the same ZR1 SL hubs as the 353 NSW, so there is no change there, but the spokes are lighter Alpina Hyperlight units and the rims are shallower. Where the 353 NSW varies from 35 to 40mm with its sawtooth profile, the 202 NSW holds a constant 35mm depth.

Tire Fit and Mounting

The internal rim width is 23mm with a 28mm external width. These are optimized for a 28mm tire and can go up to 32mm, which makes them a more purely road-focused wheelset than the 353 NSW, which is optimized for a 30mm tire and accepts roughly 29 to 35mm. If you prefer running wider rubber, that difference matters. But if you like going narrower than 30mm, 28mm tires fit comfortably here.

The supplied Goodyear F1R tires are spec’d as 29mm. On first mounting they measured around 28mm, then stretched to roughly 29mm after a few days. Mounting itself was refreshingly easy: some tire levers or pliers were useful, but no real struggle. The front bead seated with a floor pump alone, and the rear needed a compressor, which is still far easier than some other deep wheels. Zipp designed these wheels alongside Goodyear, so this tire is the ideal pairing, and the rim profile is genuinely elegant from an aerodynamic standpoint.

The Aero Question

Zipp’s claim is that the 202 NSW with 28mm tires should have little to no aero difference, and in some cases be more aero, than the 353 NSW with 30mm tires. That is not a perfectly direct comparison since the tire sizes differ, but it raises an obvious question: if both wheelsets ran 30mm tires, which would be faster?

The answer Zipp gives is the 202. The aero differences are marginal, and the 202 is simply lighter, so there is less weight to haul uphill.

Real-World Speed Test: 202 NSW vs 303 SW

With no 353 NSW on hand for a direct comparison, the practical test was a Strava segment with a mix of climbing and flat riding. One run on the 303 SW served as the baseline, then a second run on the 202 NSW with the same 229W average power. Calm weather days were picked, though real-world variables like wind were always a risk.

The 303 SW baseline came in at 19:45. The 202 NSW run, at the same power, finished in 18:55. That is 50 seconds faster on a roughly 20-minute segment.

There is a caveat. A possible headwind appeared on the descent during the faster run, and Strava’s weather data lent some support to that. Still, even if you halve the advantage to account for the wind, a 2 percent gain at equal power is significant. This is far from a laboratory-grade test, but the result leans in the direction Zipp promised.

Durability, Warranty, and Price

Lighter usually raises the durability question, and here there is no penalty to worry about. The 202 NSW carries the same maximum rider system weight capacity as the 353 NSW and comes with Zipp’s lifetime warranty.

The weight savings do come at a cost, though in an odd twist, the pricing is essentially the same as the 353 NSW. That makes the choice genuinely interesting rather than purely budget-driven.

How It Compares to the 353 NSW and 303 SW

Since the 202 NSW and 353 NSW cost about the same, Zipp’s own framing is that the 202 is the faster wheel overall with no meaningful aero difference. If you want the lightest and fastest wheel Zipp makes, the 202 NSW is the likely pick.

Zipp 353 NSW

The 353 NSW is the more versatile option. It takes wider tires, stretching toward all-road territory, and it has the built-in tire pressure sensor, which is genuinely useful day to day. If versatility and tire flexibility matter more than every last gram, the 353 NSW remains the safer choice.

Zipp 303 SW

The 303 SW sits heavier at around 1,440 grams and also offers the tire pressure sensor, which has proven enjoyable to use. It is a strong all-rounder, but for pure climbing speed and acceleration, the 202 NSW is a clear step up in lightness.

Ride Impressions

On the road, the 202 NSW feels super stiff and super fast. The standout impression is acceleration: the wheels spin up quickly and the bike feels eager under you. Whether it is the placebo effect or not, carrying less weight up a climb is something you feel in the legs.

They are also simply fun. Light wheels tend to bring that out in a bike, and the 202 NSW is no exception.

Buying Advice

Choose the 202 NSW if your priority is the lowest possible weight for climbing and acceleration, and you run tires in the 28mm range. Choose the 353 NSW if you want more tire flexibility, all-road capability, and the tire pressure sensor. Choose the 303 SW if you want a heavier, more versatile all-rounder with the same sensor technology.

Conclusion

Zipp’s return of the 202 name is a confident move. A claimed 1,090 grams, real-world sets that weigh even less, equal-or-better aerodynamics than the 353 NSW, the same weight capacity and lifetime warranty, and a real-world segment test that backs up the speed claims make this an easy recommendation for weight-focused road riders. If the lightest and fastest Zipp wheel is what you are after, this is it.