Category: carbon raw

Carbon crank arms are revolutionizing high-performance cycling by delivering unmatched stiffness, lightweight construction, and vibration reduction. Favored by pros and serious riders alike, these components improve power transfer and ride comfort. With top models from SRAM, ROTOR, THM, and customizable options from QO, carbon crank arms are no longer a luxury, they’re a smart upgrade for cyclists seeking every performance edge.

Direct mount cranksets eliminate the spider for improved stiffness and weight, while 4-bolt systems remain versatile and widely compatible. QO uses direct mount in models like QO-GRAVA, while ROTOR supports both through modular designs. This guide helps cyclists choose the best setup for their drivetrain needs and riding style.

T800 and T1000 carbon fibers offer unique benefits in high-performance cycling. While T800 balances stiffness and comfort, T1000 pushes tensile strength for elite efficiency. Used in cranksets by QO and ROTOR, these materials define the ride feel and power transfer of modern drivetrains.

Not all carbon bikes are created equal. The performance of your frame or crankset depends on the grade of carbon used. This article explains T700, T800, and T1000 carbon, and how brands like QO and ROTOR apply them to optimize stiffness, weight, and resilience.

A great ride begins long before you clip in—it starts with what you build on. Weight savings and efficiency come from choosing parts that prioritize both performance and resilience. On varied terrain, every piece works in harmony to keep you smooth and powerful. Achieve Enhanced Power Transfer with Advanced Bike Parts with QO BIKE

From precision-machined chainrings to lightweight carbon cranksets, QO BIKE designs products for serious cyclists who demand reliability, efficiency, and competitive-level quality. Whether you’re chasing speed on the tarmac, tackling technical trails, or racing gravel, QO BIKE components are built to enhance your ride and maximize performance.

Carbon fiber is no longer limited to frames and shells. The future of performance gear lies in advanced carbon composites applied to every critical component. From handlebars and cranksets to drone arms and racing paddle blades, carbon delivers superior stiffness, reduced weight, and unmatched fatigue resistance. Discover how engineering innovation is redefining the limits of strength and precision across sports, mobility, and aerospace.

Today’s best carbon cranksets offer a balance of low weight, high stiffness, and drivetrain compatibility. Brands like ROTOR, THM, and SRAM lead with modular, performance-driven designs, while QO emerges as a serious contender with European-made carbon engineering. At CARBONRAW, we compare top cranksets to help cyclists find the best match for their riding goals.

Crankarm length isn’t just personal preference—it shapes cadence, fit, and performance. We explore the biomechanics behind 165mm, 170mm, and 175mm crankarms and help you choose the right size. Crankarm length is more than a static measurement, it’s a performance variable. Whether you’re seeking smoother cadence, increased torque, or improved joint health, the right crank length plays a pivotal role.

Modern engineering has allowed carbon cranksets to lead the way in weight reduction without compromising structural integrity. While traditional aluminum cranksets remain a reliable option, carbon fiber models offer superior stiffness-to-weight ratios, vibration damping, and precise tuning in material layup. Brands like QO, THM, ROTOR, and SRAM are pushing the boundaries of lightweight crankset design.