Lightweight alloy Shimano Hollowtech II preload bolt in various colours.
These bolts will suit any FSA chainset that uses the internal ISIS bottom bracket type. Includes washer uses a common 8mm wrench for installation.
The Inpower direct mount MTB crankset provides precise and comprehensive data to improve your pedal stroke performance. Whether you're competing, training or wanting to improve your riding, this stunning component provides all the tools you need to take your performance to the next level. This model measures your pedalling power in the left leg through two sets of opposing gauges in the axle for precise data metrics including power output, cadence, torque effectiveness and pedal smoothness. Access real-time performance rich data including proprietary metrics Torque 360, Optimum Chainring Angle (OCA) and a recommendation of your Optimal Chainring Position (OCP). Powered via standard AA battery, this state-of-the-art model lasts up to 300 hours and all of its electronics are housed inside a special sealed water-proof axle for centred rotational weight and maximum device protection. Its hidden powermeter technology is also protecting from rocks, logs and debris such as mud and dirt. Easily connect to your smartphone or cycling device via Bluetooth Smart or ANT+ and export your data for training analysis with various programmes such as TrainingPeaks.com. This is the perfect choice of the upgrade for taking your training sessions seriously while also improving your overall performance in downhill races and off-road competitions. Chainring not included.
The 2Inpower MTB crankset boasts a twin dual-sided power meter which measures the pedal stroke performance of both your legs at the same time. This process provides advanced data analysis that's highly detailed and accurate about your balance and power output in order to demonstrate where improvements can be made. Easily connect to your smartphone or cycling device via Bluetooth Smart or ANT+ and export your data for training analysis with platforms such as TrainingPeaks.com. An additional pair of strain gauges have been placed inside the right crank arm for measuring the performance of the right leg solely. The other 4 strain gauges are located in the bottom bracket axle for measuring your left leg power. This is the ultimate choice of crankset upgrade for measuring your performance and making essential changes to push you to the top of your game. Specs: - Dual-sided power meter - Wireless compatibility: ANT+ and Bluetooth smart. - Strain gauges: 4 inside the axle and 4 inside the right crank arm. - Data transfer: power, cadence, balance, torque effectiveness and pedal smoothness for each leg. Via Standard ANT+. - L/R separate or combined pedal stroke analysis via Optimum Chainring Angle (OCA) and TORQUE 360. - Software: ROTOR 2INpower user software - Battery: rechargeable Li-ion + USB cable - Chainring Mount: Direct Mount Rotor OCP Chainring not included
As the name suggests, this excellent device is the most precise way to keep on top of your riding outputs. This left-arm model is compatible with Shimano Dura-Ace FC-R9100 cranksets, delivering real-time cadence and power data straight to your onboard computer or smartphone via ANT+ and Bluetooth. Weighing only 8g, it gives output readings to within +/-1% accuracy, letting you make the appropriate adjustments in an instant. IPX7 waterproof rated and equipped with 100+ hours of battery life, the 4iiii Dura-Ace Power Meter is an excellent way to keep yourself riding at your very best. Please note: Crankarm only, no accessories included.
These ultra-stiff crank arms are ideal for tackling everything from rocky climbs to forested singletracks, and thrilling technical downhills. Their lightness and durability makes them an ideal replacement for those who need tough cranks for tough rides.
Developed over many years the Hope crank has been designed using the latest FEA (Finite Element Analysis) tools and extensive multi-discipline field testing. These cranks feature a unique expanding spline axle/arm interface (pat pending) and incredibly versatile spline mounted spider/chainring system. This is a perfect choice of replacement for your old or worn-out existing model for a more lightweight and stiffer off-road performance than ever before.
Developed over many years the Hope crank has been designed using the latest FEA (Finite Element Analysis) tools and extensive multi-discipline field testing. These cranks feature a unique expanding spline axle/arm interface (pat pending) and incredibly versatile spline mounted spider/chainring system. This is a perfect choice of replacement for your old or worn-out existing model for a more lightweight and stiffer off-road performance than ever before.
Developed over many years the Hope EVO spiderless crankset has been designed using the latest FEA (Finite Element Analysis) tools and extensive multi-discipline field testing. These cranks feature a unique expanding spline axle/arm interface (pat pending). This is a perfect choice of replacement for your old or worn-out existing model for a more lightweight and stiffer off-road performance than ever before.
The Blank Generation TSC Cranks feature a Tapered Spindle Clamping system, doing away with those unsightly pinch bolts and making it lighter and more ‘ankle friendly’. Made from strong Cr-Mo construction, this is the perfect choice of a replacement or upgrade for tricking it out at the skatepark or street.
This stunning model features an adaptable BB386 EVO 30mm spindle, allowing it to fit a wide variety of frames with a range of BB standards. Its hollow carbon fibre arms with UD finish deliver superb pedal stroke performance thanks to their lightweight construction. This model fits Shimano and SRAM 10/11 speed systems.
This superb model's cranks are constructed from a reliable die-cast alloy, which makes them robust enough to handle all the impact from rocks, tree-roots and debris on the trails. Additionally, its strong AL7075 aluminium outer chainring and heat-treated CrMo inner chainring provide the ideal foundations for powerful and efficient pedal stroke performance.