Princeton CarbonWorks Wake 6560: INEOS Team’s Wave Weapon

If you see a pair of wheels with a wavy, undulating rim profile on the road, chances are they’re Princeton CarbonWorks. This carbon wheel brand from New Jersey, USA, stands out in the carbon wheel world with its unique “Sinusoidal” wave-shaped rim design. The Wake 6560 is its most famous model and the designated wheel for the INEOS Grenadiers professional team.

Product Specifications

The Science of the Wave Rim

Sinusoidal Design Principle

Princeton CarbonWorks’ founder is an aerospace engineer who applied the concept of “Vortex Generators” from fluid dynamics to bicycle rims. The wavy undulations on the rim surface aren’t for aesthetics—they’re designed to create tiny vortices on the rim surface, allowing airflow to better “attach” to the rim and delaying flow separation.

Advantages of Vortex Generators

1. Reduced Wake Drag: Airflow separates later, resulting in a smaller wake region
2. Reduced Crosswind Impact: Vortices help stabilize lateral airflow
3. Optimized for Wide Yaw Angles: The advantage becomes more significant at large yaw angles
4. Lower Pressure Drag: Smaller front-to-rear pressure differential means lower overall drag

Wind Tunnel Data

According to wind tunnel test data published by Princeton, the Wake 6560 saves 5-8 watts compared to traditional smooth-rim designs of the same depth within the 10-20 degree yaw angle range. At 0 degrees of headwind, the difference is smaller, but as the yaw angle increases, the advantage of the wave design becomes increasingly apparent.

The Counterintuitive 65mm Front / 60mm Rear Design

The Wake 6560’s front-rear rim depth combination is “taller in front, lower in back”—65mm front, 60mm rear. This is completely opposite to the “lower front, taller rear” philosophy of the ENVE SES and Roval Rapide.

Princeton’s explanation: the front wheel is the first rotating body to encounter airflow. A taller rim combined with the wave design can manage airflow more effectively, creating a better overall aerodynamic environment behind the rider. The rear wheel, shielded by the rider and frame, doesn’t need as much rim depth.

This theory has some support in academia, but there are also dissenting opinions. Regardless, the results INEOS has achieved with the Wake 6560 in real-world racing are the best endorsement of this design.

The INEOS Grenadiers’ Choice

Princeton CarbonWorks is the wheel sponsor for the INEOS Grenadiers team. At the Tour de France, you can see champion riders like Egan Bernal and Geraint Thomas using the Wake 6560. The professional team’s choice validates the effectiveness of the wave rim design in top-tier competition.

Hub Options

White Industries T11

• Handmade in the USA
• Classic buzzing sound
• Excellent durability
• Superior engagement

CeramicSpeed OSPW Hub

• Premium ceramic bearings
• Extremely low rolling friction
• High price
• Additional cost of approximately NT$20,000-30,000

Real-World Riding Experience

Visual Impact

There’s no denying it—the Wake 6560 is the most recognizable wheel among all carbon wheels. The visual effect of the wave rim spinning is mesmerizing, and it’s absolutely a focal point in group rides or races.

Aerodynamic Feel

The 65mm front rim depth provides a powerful sense of speed when cruising. At speeds above 40 km/h, you can clearly feel the wheels “pushing you forward.” The wave rim’s stability in crosswinds is indeed superior to traditional smooth rims—the front end wobbles less and is more predictable.

Performance in Crosswinds

This is the most praised characteristic of the Wake 6560. In the crosswind conditions of Taiwan’s West Coast Expressway or coastal sections, the 65mm deep rim doesn’t feel intimidating. The vortices generated by the wave rim genuinely help stabilize lateral airflow, and the handling is more stable than expected.

Climbing Weight

At 1,480g, the weight is neither light nor heavy for deep-section carbon wheels. On steep climbs, the weight penalty begins to show, but on gradients under 5%, the aerodynamic advantage is still sufficient to offset the weight disadvantage.

Pros and Cons Analysis

Pros

• Unique wave rim design with extremely high recognition
• Wind tunnel-verified aerodynamic advantages, especially in crosswind conditions
• Real-world endorsement from the INEOS team
• Premium White Industries or CeramicSpeed hubs
• Hooked rim design with broad compatibility
• American design and brand value

Cons

• Extremely high price (NT$110,000+)
• The wave rim’s appearance is a matter of taste
• No dealerships in Taiwan, making purchase inconvenient
• Repairs require shipping back to the USA
• The 65mm front rim depth is aggressive on steep climbs and in strong crosswinds
• Value for money is lower than other top-tier carbon wheels

Purchase Recommendations for Taiwan

Purchase Channels

• Direct purchase from Princeton CarbonWorks official website
• International shipping and customs duties need to be calculated separately
• Occasional group buys within Taiwanese cycling communities

Who Is It For?

• Time trial/triathlon athletes pursuing ultimate aerodynamic performance
• Collectors who value unique aesthetics and brand stories
• Top-tier enthusiasts with ample budget who don’t care about value for money
• Coastal route riders who frequently ride in crosswind conditions

Taiwan Route Suitability

Conclusion

The Princeton CarbonWorks Wake 6560 is more than just a set of carbon wheels—it’s a piece of engineering art. The wave rim design is one of the boldest innovations in carbon wheel history, and the INEOS team’s real-world endorsement proves it’s not just a gimmick. While the price puts it out of reach for most riders, if you’re seeking the ultimate aerodynamic performance and the most distinctive equipment personality, the Wake 6560 is absolutely a top-tier choice in the carbon wheel world.

Related Reading

• Princeton CarbonWorks: The Science and Art of Wave Rims
• Scope Cycling: INEOS Team’s New Choice