700c, 27-Inch & 650c

Fast, efficient and lightweight for long rides through mountain backroads but still tough and durable for big days across relentless gravel as well as fast rips on technical dirt; the all-new, go-anywhere CXR 1 represents the evolution of versatile performance.

Fast, efficient and lightweight for long rides through mountain backroads but still tough and durable for big days across relentless gravel as well as fast rips on technical dirt; the all-new, go-anywhere CXR 1 represents the evolution of versatile performance. - Optimized carbon lay-up places high-tensile strength carbon fiber at the most crucial points, ensuring a robust structure at a class-leading weight. - Giant hookless technology further enhances the rim’s durability with a more consistent carbon fiber structure, creating XC-level impact resistance and a rounder tire shape for better grip and handling as well as added sidewall support when cornering. - 25mm inner rim width is apt for larger volume road and gravel tires. - Dynamic Balanced Lacing technology ensures spokes are set for optimal tension when pedaling, resulting in enhanced durability and transmission efficiency, creating a stiffer, more efficient wheel that winds up fast and carries more speed. - 54 tooth DT 350 hub offers near-instant engagement for quick power on technical climbs

The all-new CXR 2 gravel WheelSystem showcases Giant's prowess in building strong, lightweight carbon wheels. Through improved carbon layup, innovative hookless technology, and a large inner rim width that allows for wider tires and lower pressures, the CXR 2 is as strong as our XCR cross-country mountain bike wheel but at a much lighter weight. - Hookless rim design enhances overall durability and offers a wider inner rim width without adding weight - Optimized carbon layup features high-tensile strength carbon fiber placed at the most crucial structural points to provide stiff, compliant, and lightweight wheels - A 35mm all-round rim profile with a contemporary wider inner width (25mm) offers improved support for today's higher volume road and gravel tires

The all-new CXR 2 gravel WheelSystem showcases Giant's prowess in building strong, lightweight carbon wheels. Through improved carbon layup, innovative hookless technology, and a large inner rim width that allows for wider tires and lower pressures, the CXR 2 is as strong as our XCR cross-country mountain bike wheel but at a much lighter weight. - Hookless rim design enhances overall durability and offers a wider inner rim width without adding weight - Optimized carbon layup features high-tensile strength carbon fiber placed at the most crucial structural points to provide stiff, compliant, and lightweight wheels - A 35mm all-round rim profile with a contemporary wider inner width (25mm) offers improved support for today's higher volume road and gravel tires

The all-new SLR 0 WheelSystems offer maximum all-day efficiency for climbing, sprinting, and descending. With wide and durable hookless rims, the SLR 0 40s also offer confidence-inspiring handling, all at a super-light weight.

The all-new SLR 0 WheelSystems offer maximum all-day efficiency for climbing, sprinting, and descending. With wide and durable hookless rims, the SLR 0 40s also offer confidence-inspiring handling, all at a super-light weight.

The SLR 1 40 is a performance road wheel offering all-day efficiency with increased power transfer and improved control.

The SLR 1 65 Disc WheelSystems are lightweight, aero carbon wheels that deliver premium aero gains to all riders. Featuring a 65mm deep rim profile with a contemporary 22.4mm inner width, SLR 1 65 WheelSystems not only provide aerodynamic benefits but also better support for today's higher volume tires. With hookless rim design and optimized carbon layup to ensure robust structure with minimal weight, as well as low friction hubs and Dynamic Balanced Lacing technology to maintain maximum power efficiency, the SLR 1 65 and SLR 1 65 Disc offer riders maximum aero efficiency with no weight penalty. - Hookless rim design enhances overall durability and offers a wider inner rim width without adding weight - Optimized carbon layup features high tensile strength carbon fiber placed at the most crucial points to provide stiff, compliant, and lightweight wheels - Low friction hub with precision machined internals eliminates excessive bearing load, reducing bearing friction, lowering rolling resistance, and minimizing power loss - Dynamic Balanced Lacing (DBL) ensures spokes are set for optimal tension when pedaling, resulting in enhanced durability and transmission efficiency - The enlarged DBL hub flange increases spoke bracing angles, boosting overall torsional, transmissional, and lateral stiffness for better power transfer - 65mm deep aero rim profile with a 22.4mm inner width offers better support for today's higher volume road tires and minimizes aerodynamic loss

The SLR 1 65 Disc WheelSystems are lightweight, aero carbon wheels that deliver premium aero gains to all riders. Featuring a 65mm deep rim profile with a contemporary 22.4mm inner width, SLR 1 65 WheelSystems not only provide aerodynamic benefits but also better support for today's higher volume tires. With hookless rim design and optimized carbon layup to ensure robust structure with minimal weight, as well as low friction hubs and Dynamic Balanced Lacing technology to maintain maximum power efficiency, the SLR 1 65 and SLR 1 65 Disc offer riders maximum aero efficiency with no weight penalty. - Hookless rim design enhances overall durability and offers a wider inner rim width without adding weight - Optimized carbon layup features high tensile strength carbon fiber placed at the most crucial points to provide stiff, compliant, and lightweight wheels - Low friction hub with precision machined internals eliminates excessive bearing load, reducing bearing friction, lowering rolling resistance, and minimizing power loss - Dynamic Balanced Lacing (DBL) ensures spokes are set for optimal tension when pedaling, resulting in enhanced durability and transmission efficiency - The enlarged DBL hub flange increases spoke bracing angles, boosting overall torsional, transmissional, and lateral stiffness for better power transfer - 65mm deep aero rim profile with a 22.4mm inner width offers better support for today's higher volume road tires and minimizes aerodynamic loss

The SLR 2 65 Disc WheelSystems are lightweight carbon aero wheels that come at a refreshingly accessible price. Featuring a 65mm-deep aero rim profile and a contemporary inner width of 22.4mm, the SLR 2 65 boasts reduced aerodynamic loss and offers improved support for today's higher volume tires. With hookless rim design and optimized carbon layup to ensure a robust structure at minimal weight, the SLR 2 65 and SLR 2 65 Disc offer lightweight aero efficiency to all riders. - Hookless rim design enhances overall durability and offers a wider inner rim width without adding weight - Optimized carbon layup features high tensile strength carbon fiber placed at the most crucial points to provide stiff and lightweight wheels - 65mm deep hookless aero rim profile with a 22.4mm inner width offers better support for today's higher volume road tires and minimizes aerodynamic loss

The SLR 2 65 Disc WheelSystems are lightweight carbon aero wheels that come at a refreshingly accessible price. Featuring a 65mm-deep aero rim profile and a contemporary inner width of 22.4mm, the SLR 2 65 boasts reduced aerodynamic loss and offers improved support for today's higher volume tires. With hookless rim design and optimized carbon layup to ensure a robust structure at minimal weight, the SLR 2 65 and SLR 2 65 Disc offer lightweight aero efficiency to all riders. - Hookless rim design enhances overall durability and offers a wider inner rim width without adding weight - Optimized carbon layup features high tensile strength carbon fiber placed at the most crucial points to provide stiff and lightweight wheels - 65mm deep hookless aero rim profile with a 22.4mm inner width offers better support for today's higher volume road tires and minimizes aerodynamic loss