These carbon gravel wheelsets are highly regarded for their lightweight construction, excellent build quality, smooth ride with good acceleration, and good value, though they exhibit noticeable crosswind sensitivity and louder brake noise.
Pros
- Excellent build quality with flawless internal finish and high-end aesthetics
- Very lightweight for wide gravel wheels
- Smooth ride with good acceleration, efficient speed holding, and vibration damping from titanium spokes
- Easy tubeless setup with excellent air retention
Cons
- Noticeable crosswind sensitivity due to tall, lightweight rims with high-volume tires
- Louder brake noise as wheels act as resonance chambers
- Requires careful tire pressure adjustment due to wide internal rim width
- Titanium spokes may be harder to source for repairs compared to standard spokes
Key Facts
- 53mm rim depth, 33mm internal width, 42mm external width
- T1100 carbon construction (T800 version also available)
- Weight: 1330-1445g depending on configuration
Reviews & Ratings
The Carbon Speed T1100 carbon gravel wheelsets with titanium spokes are high-performance wheels praised for their lightweight construction (1330-1445g depending on configuration), excellent build quality, and smooth ride characteristics. Key attributes include 53mm rim depth, 33mm internal/42mm external width, T1100 carbon construction, titanium or Sapim CX-Ray spokes, and in-house hubs with 36T ratchet system. Prices range from $715-900 USD depending on carbon grade and spoke material, plus shipping. Users report easy tubeless setup, good acceleration, and vibration damping from titanium spokes, though some note crosswind sensitivity and louder brake noise.
AI Summary
Pros
- Excellent build quality with flawless internal finish and high-end aesthetics
- Very lightweight (1330-1445g depending on configuration) for wide gravel wheels
- Smooth ride with good acceleration, efficient speed holding, and vibration damping from titanium spokes
- Easy tubeless setup with excellent air retention
- High-quality hubs with smooth bearings and flawless freehub engagement
- Good value for money compared to premium brands
Cons
- Noticeable crosswind sensitivity due to tall, lightweight rims with high-volume tires
- Louder brake noise as wheels act as resonance chambers
- Requires careful tire pressure adjustment due to wide internal rim width
- Titanium spokes may be harder to source for repairs compared to standard spokes
Hi all, After a bit of a delay, I’m finally sharing my first impressions of a prototype gravel wheelset from XM Carbonspeed. I had a chance to chat with Peter from XMCS at Eurobike and received the wheels at a discounted rate in exchange for providing honest feedback here. Unboxing & Initial Impressions • Finish: Matte satin surface, golden water-transfer logos, raw titanium spokes, black hubs and nipples – very clean, high-end look. • Rim profile: 42 mm outer / 33 mm inner width. Looks massive at first glance, but pairs surprisingly well with 40–45 mm tires and creates a smooth aero transition. • Build quality: Excellent. The internal finish is flawless – no carbon debris, resin residue or visible imperfections. Measured Weight (kitchen scale) • Front: 615 g • Rear (HG freehub): 720 g • Total: 1,335 g The XDR version is ~3 g lighter. Very impressive numbers for such wide rims with titanium spokes. XMCS claims T1100 carbon – which could explain the low weight, assuming durability holds up. Tubeless Setup • Tape: Buckless 35 mm • Valves: Buckless aluminum • Sealant: Schwalbe Doc Blue (60 ml front / 65 ml rear) • Tires: Tufo Gravel Thundero – front 40 mm, rear 44 mm (both used) Setup was straightforward – both tires seated immediately with a Tyre Booster. Measured Tire Widths (@32 psi, compared to Zipp 303s) • Front: 39.6 mm → 43.6 mm • Rear: 43.3 mm → 47.6 mm Next Steps I’ll be testing them further on my custom titanium gravel bike – visually a perfect match. Ride impressions to follow soon. If you have any questions or want specific feedback, feel free to ask!
Hi all, I’ve completed my first rides on the wheels – about 200 km in total. Unfortunately, my last outing ended in a self-inflicted crash, so here’s just a quick update before I post a full review once I’m back on the bike. Roughly half of the distance was on tarmac, the other half on light gravel (what we’d call “forest Autobahn” in Germany), with only a few short singletrack sections. So far, no major climbs or descents and no technically challenging trails – that part is still to come. pros • The wheels accelerate well and hold speed efficiently • Hubs and bearings run extremely smooth • Freehub engagement is flawless so far • Tubeless setup was easy and air retention has been excellent • Possibly due to the titanium spokes, there seems to be better damping of small vibrations from the surface • Aesthetics are great – they look as good as they ride neutral / learnings • Due to the wide internal rim width, tire pressure can and should be set significantly lower compared to my previous 23 mm internal rims • The wheels act as a large resonance chamber and brake noises can be noticeably louder cons • With the tall, lightweight rims combined with high-volume tires, cross-wind sensitivity is noticeable • They tempt you to ride faster than you probably should
Did my first ride today (~72km) and I'm really happy with the result. It's comfortable, has lots of grip and is feels quick. But I don't have any data to back that up. I simply believe the latest research which shows that... • wider tires reduce rolling resistance • increasing comfort through greater air volume as suspension minimizes rider fatigue And all of that without compromising performance. The widths match quite nice according the 105%-rule (42mm outer rim width; 39.5mm tire width). The Michelin Pro 5 tires have an unmounted tread width of 45mm, which is even more than the Pirelli P Zero 40-622 at 42mm. This means that even when stretched, the risk of running off the tread is reduced. Regarding ETRTO compliance: I don't really like the concept of regulatory documents being behind a paywall. Additionally, it seems that bicycle tire standards are outdated and not up to current requirements. The complexity also exceeds that of car/motorcycle tire standards. While ETRTO is indeed a technical institution with regulatory purposes and its importance is highly regarded in various forums, threads, and Reddit discussions, this apparently doesn't tell the whole story. This article provides valuable insights: The most prominent example of deviating from ETRTO standards is SRAM/Zipp. They allow a 40mm tire on their 303 XPLR wheels (32mm inner width rim) through their 'dual testing' approach, far from ETRTO standards.
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