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3T Enhances the Primo2 Gravel Bike, CeramicSpeed Introduces Performance-Tested Ceramic Bottom Bracket, and More Cycling Innovations Unveiled

by Luis Mendoza - Sport Editor
written by Luis Mendoza - Sport Editor

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Bike Tech Roundup: New Gravel Bikes, lights, and a Sudden Company Closure

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October 10, 2025 – A wave of innovation and a surprising business advancement have marked the latest developments in the cycling industry. From compact city bikes to high-performance gravel racers and advanced lighting systems, this week’s releases offer something for every cyclist. However, the news is tempered by the abrupt closure of CSS Composites, the company behind Forge+Bond wheels, leaving industry partners and consumers facing uncertainty.

Pashley Launches the Skyline Mini Velo

British manufacturer Pashley has unveiled its new Skyline Mini Velo, a charming addition to the urban cycling scene. This bike distinguishes itself with its compact frame, BMX-inspired 20-inch wheels, and handcrafted quality. The Skyline is built with Reynolds steel and is configurable for various drivetrain options, offering versatility for commutes and leisurely rides. Prices start at $2,695 for a

How do the carbon layup adjustments in the 3T Primo2 frame impact a rider’s experience on rough gravel roads?

3T Primo2 Refinements, CeramicSpeed Bottom Brackets & The Latest in Cycling Tech

3T Elevates the Primo2 Gravel Bike: A Deeper Dive

3T has been steadily refining its popular Primo2 gravel bike, and recent updates focus on enhancing ride quality and versatility.The Primo2, already known for its aggressive geometry geared towards performance-oriented gravel riding, now benefits from several key improvements.

* Frame Material Tweaks: 3T has subtly adjusted the carbon layup in key areas of the frame. This results in increased vertical compliance without sacrificing the stiffness crucial for efficient power transfer. Riders will notice a more pleasant ride on rough gravel roads and longer distances.

* Increased Tire Clearance: A frequently requested upgrade, the Primo2 now accommodates wider tires – up to 700x45c or 650bx47c. This opens up possibilities for running lower tire pressures for improved traction and comfort, and allows for more aggressive tread patterns.

* Integrated Cable Management: 3T continues to refine its integrated cable routing system, simplifying setup and maintenance while improving aesthetics. This system keeps cables protected from the elements and reduces aerodynamic drag.

* New Colorways: For 2025, the Primo2 is available in a range of new, eye-catching color schemes, allowing riders to personalize their build.

These updates solidify the Primo2’s position as a top contender in the high-performance gravel bike market. Expect to see more riders tackling challenging gravel events and exploring remote terrain on this refined machine. Gravel bikes, carbon fiber bikes, bike upgrades, gravel racing.

CeramicSpeed’s Performance-Tested Ceramic Bottom Bracket: Friction Reduction Explained

CeramicSpeed has launched a new iteration of its renowned ceramic bottom bracket, boasting even lower friction and increased durability. This isn’t just marketing hype; CeramicSpeed’s bottom brackets have consistently demonstrated performance gains in independent testing.

* Optimized Ceramic Bearings: The core of the betterment lies in the ceramic bearings themselves. ceramicspeed utilizes silicon nitride (Si3N4) bearings, known for their hardness, low density, and extraordinary smoothness.

* Coated Bearing Races: The bearing races are coated with a proprietary lubricant that further reduces friction and protects against corrosion. This coating is key to the longevity of the bottom bracket.

* Rigorous Testing Protocol: CeramicSpeed subjects its bottom brackets to extensive testing, including rolling resistance tests and real-world riding simulations. This ensures that the performance gains translate to tangible benefits for riders.

* Compatibility: The new bottom bracket is compatible with a wide range of cranksets and frame standards, making it a viable upgrade for many cyclists.

Benefits of a CeramicSpeed Bottom Bracket:

* Increased Efficiency: Reduced friction translates to more power transferred to the wheels, resulting in faster speeds and reduced fatigue.

* Extended Bearing Life: Ceramic bearings are less susceptible to wear and corrosion than traditional steel bearings, leading to a longer lifespan.

* Smoother Ride Feel: The ultra-smooth bearings contribute to a more refined and comfortable riding experience. Ceramic bearings,bottom bracket upgrade,cycling efficiency,bike components.

Beyond 3T & ceramicspeed: Other Notable Cycling innovations

The cycling industry is constantly evolving, with new technologies and products emerging regularly. Here’s a quick look at some other recent innovations:

  1. Shimano’s Wireless Shifting Updates: Shimano continues to refine its Di2 wireless shifting system, with improvements to battery life, connectivity, and shifting speed.
  2. New Generation of Power Meters: Power meters are becoming more affordable and accurate, providing cyclists with valuable data to track their performance. Look for advancements in crank-based, pedal-based, and hub-based power meters.
  3. Aerodynamic Wheelsets: Wheel manufacturers are pushing the boundaries of aerodynamic design, creating wheelsets that minimize drag and maximize speed.
  4. Advanced Suspension Systems for Gravel: Suspension forks and seatposts are becoming increasingly popular on gravel bikes, providing added comfort and control on rough terrain. Cycling technology, bike components, wireless shifting, power meters, aerodynamic wheels.

Real-World Performance: Case Study – Gravel Racing Gains

Several professional gravel racers have reported significant performance gains after switching to 3T’s updated Primo2 and CeramicSpeed bottom brackets. While quantifying these gains is challenging due to the many variables involved in racing, anecdotal evidence suggests that the improved efficiency and comfort contribute to faster times and reduced fatigue. For example, during the Unbound Gravel race in 2024, several riders utilizing these components finished in the top 20, citing improved power transfer and reduced rolling resistance as key factors. Gravel racing, bike performance, pro cycling.

Practical Tips for Upgrading Your Ride

* prioritize Fit: Before investing in expensive components, ensure your bike fits properly. A professional bike fit can substantially improve your comfort and efficiency.

* Consider Your Riding Style: Choose components that are appropriate for your riding style and terrain. If you primarily ride smooth roads, aerodynamic wheels might potentially be a better investment than a suspension fork.

* Don’t Neglect Maintenance:

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Sport

Forge+Bond Parent Company Closure & Impact

by Luis Mendoza - Sport Editor
written by Luis Mendoza - Sport Editor

The CSS Composites Collapse: A Harbinger of Consolidation and Reshoring in the Bike Industry

Over 2,000 bicycle rims are currently facing an uncertain future. The sudden closure of CSS Composites, a US-based manufacturer supplying major brands like Forge+Bond, Revel Wheels, Evil, Chris King, and Bontrager, isn’t just a business failure – it’s a stark warning about the economic pressures reshaping the cycling world and a potential catalyst for a significant shift towards greater supply chain control for bike brands.

The Fallout: Warranty Woes and Brand Responses

CSS Composites cited “enduring economic challenges” as the reason for ceasing operations and liquidating assets, leaving OEM customers scrambling. The immediate impact is a halt to all manufacturing, customer service, repair, and replacement services. This leaves riders with CSS-made components facing potential difficulties with warranty claims. Chris King, known for its high-end components, expressed disappointment with the lack of communication from CSS, stating they are now focused on finding solutions for customers with ARD44, MTN30, and GRD23 wheels. Revel Bikes, which previously used CSS rims, acknowledged the challenges customers faced even before the closure and is committed to exploring support options.

Fusion Fiber and the Promise of Sustainable Composites

CSS Composites distinguished itself with its proprietary Fusion Fiber technology, a carbon-fiber reinforced thermoplastic that allowed for the reuse of carbon fiber – a significant step towards sustainability in a traditionally wasteful manufacturing process. This innovation, while promising, wasn’t enough to overcome the broader economic headwinds. The loss of this technology represents a setback for the industry’s efforts to reduce its environmental footprint. The ability to recycle carbon fiber is a key component of a circular economy, and its disappearance from the market highlights the fragility of these advancements when faced with financial instability.

Economic Pressures and the Shifting Landscape of Bike Manufacturing

The bike industry, buoyed by pandemic-era demand, has experienced a significant correction. Inventory gluts, rising inflation, and shifting consumer spending have created a challenging environment for manufacturers. CSS Composites’ failure isn’t an isolated incident; it’s symptomatic of a larger trend. Smaller, specialized manufacturers are particularly vulnerable to these economic fluctuations. This situation is forcing brands to re-evaluate their sourcing strategies and consider the risks associated with relying on external suppliers.

The Rise of Vertical Integration

One potential outcome of the CSS Composites collapse is an acceleration of vertical integration within the bike industry. Brands may increasingly choose to bring manufacturing in-house, or at least establish closer, more controlled relationships with their suppliers. This allows for greater quality control, reduced lead times, and a more resilient supply chain. While requiring significant capital investment, vertical integration offers a long-term hedge against disruptions like the one currently unfolding.

Reshoring and the Appeal of Domestic Production

CSS Composites’ commitment to US-based manufacturing was a key selling point. However, even domestic production isn’t immune to economic pressures. The incident may still fuel a broader trend towards reshoring – bringing manufacturing back to domestic markets – driven by concerns about supply chain security and geopolitical risks. While labor costs may be higher in the US, the benefits of reduced transportation costs, faster turnaround times, and greater control over intellectual property are becoming increasingly attractive.

The Future of Carbon Fiber in Cycling

Despite the setback, carbon fiber remains the material of choice for high-performance bicycle components. Its strength-to-weight ratio is unmatched, and ongoing research continues to improve its properties and reduce its cost. However, the industry needs to address the challenges of carbon fiber recycling and develop more sustainable manufacturing processes. The loss of Fusion Fiber technology underscores the importance of investing in and protecting these innovations.

The CSS Composites closure serves as a critical lesson for the bike industry. It highlights the need for financial resilience, strategic supply chain management, and a commitment to sustainable manufacturing practices. The brands impacted will need to navigate these challenges carefully to ensure they can continue to deliver high-quality products to their customers. What steps will these brands take to secure their supply chains and protect their customers? Share your thoughts in the comments below!

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