
( Brand: Specialized ), ( Manufacturer Part Number: 21016-1040 ), ( Size: 40cm ), ( Features: Comfort And Performance ), ( Country/region Of Manufacture: United States ), ( Material: Carbon Fiber ), ( Grade: Premium Butted Aluminum ), ( Shallow Bend Drop: 130mm Drop X 80mm Reach ), ( Short Reach For: Optimal Brake/shift Control ), ( Weight: 250g ), ( Type: Handlebar ), ( Color: Black ), ( For Bike Type: Cyclocross Bike ), ( Handlebar Clamp Diameter: Oversized 31.8mm ), ( UPC: 0631846159302 )
The 0631846159302 Carbon Aerofly 31.8mm Handlebar is a high-performance cycling component designed for both road and off-road enthusiasts. This handlebar is crafted from lightweight, yet robust carbon fiber, ensuring minimal weight for improved speed and agility, while maintaining exceptional strength and durability.
Measuring 40cm in length, the Carbon Aerofly 31.8mm Handlebar is suitable for riders with a preference for a more aggressive riding position. The 31.8mm diameter provides a secure grip, enabling optimal control over the bike during high-speed maneuvers or technical off-road sections.
The 21016-1040 model features an ergonomic design, with a shallow drop and a flared top, encouraging a comfortable and efficient riding position. This combination of features allows for a balanced distribution of weight and pressure, reducing hand and wrist fatigue during long rides.
The Carbon Aerofly 31.8mm Handlebar also boasts an aerodynamic shape, reducing air resistance for better aerodynamics and smoother performance. This handlebar is designed to fit standard 31.8mm stem clamps, ensuring a quick and easy installation process.
In summary, the 0631846159302 Carbon Aerofly 31.8mm Handlebar is an excellent choice for cyclists seeking a reliable, lightweight, and performance-oriented handlebar. Its aerodynamic design, ergonomic shape, and robust construction make it a versatile component for both road and off-road cycling.
Product: 0631846159302 Carbon Aerofly 31.8mm 40cm 21016-1040
Pros:1. Lightweight: The carbon fiber construction makes this handlebar extremely light, reducing the overall weight of your bike and improving its efficiency.
2. Durability: Carbon fiber is known for its strength and resistance to corrosion, ensuring that this handlebar will last for a long time.
3. Aerodynamic Design: The aerodynamic shape of the handlebar reduces wind resistance, improving your bike's speed and handling.
4. Adjustable: The handlebar comes in a variety of sizes, allowing you to choose the one that best fits your bike and riding style.
Cons:1. Expensive: Carbon fiber handlebars are often more expensive than their aluminum or steel counterparts.
2. Fragility: While carbon fiber is strong, it can be more fragile than other materials, especially if it's not handled carefully.
3. Less Flexible: Carbon fiber handlebars are stiffer than other materials, which some riders may prefer, but others may find less comfortable.
Conclusion:The 0631846159302 Carbon Aerofly 31.8mm 40cm 21016-1040 is a high-quality handlebar with many benefits, including its lightweight design, durability, aerodynamic shape, and adjustability. However, its high cost and potential fragility are drawbacks that you should consider before making a purchase. If you're willing to pay the price for improved performance and are careful with your handlebar, this could be a great investment for your bike.
Recommendation:If you're looking for a high-performance handlebar that can improve your bike's speed and handling, the 0631846159302 Carbon Aerofly 31.8mm 40cm 21016-1040 is a solid option. Just make sure to carefully consider the potential drawbacks and ensure that it fits within your budget.
This time saving comes from the distinct aero shape, reduced tape on tops, and full internal cable routing. Hope long term business with you if have any queries, please via.
Developed in the Specialized wind tunnel, s-works aerofly saves 17 seconds over a 40km distance versus traditional shallow bend road bar.
8mm bar width center-to-center: 40 42 44cm bend: 130mm drop x 80mm reach when its all about marginal gains, aerodynamic is the first place to look.