12 tools
This calculator lets you enter chainring and sprocket ranges and outputs detailed gearing data including gear ratios and gear inches. It also supports wheel/tire parameters so values are more realistic for your setup. The web tool is available with a free tier and does not require a paid plan to use basic calculations.
The Cycling Pace & Power Calculator estimates average bike pace and required power based on distance, time, gradient, wind, and position inputs. It is more detailed than a basic speed-time-distance calculator and includes pacing guidance. The tool is usable for free without a mandatory paid subscription.
Estimates appropriate bicycle frame sizes across various disciplines, including road, mountain, and city/touring bikes. The online system utilizes specific rider measurements to provide personalized size recommendations for different bike categories offered by Canyon. Users input their personal metrics into the sizing workflow, which then generates suggested frame dimensions tailored to ensure optimal fit and performance regardless of the type of cycling they plan to do. Cyclists who are unsure of the correct equipment size can use this tool before purchasing a new bicycle. It provides an objective starting point for determining the ideal bike geometry based on individual anthropometrics.
Calculates bike speed and cadence by allowing users to input various cycling parameters, including chainring size, sprocket dimensions, wheel measurements, and crank length. The calculator processes these inputs to compute related metrics such as gear ratio, gear inches, and development. Users can accurately determine their required cadence given a specific speed, or calculate the resulting speed from a set cadence, providing comprehensive performance data for cyclists of all skill levels. Cyclists, trainers, and fitness enthusiasts use this tool to optimize training routines and understand their cycling mechanics better. Athletes can adjust gearing ratios to maintain optimal pedaling efficiency across different terrains and speeds.
Cyclowax provides a free savings calculator that compares waxing versus conventional lube by modeling chain and cassette replacement intervals plus consumable costs. Riders can adjust discipline, climate, and seasonal distance to estimate total seasonal drivetrain cost and money saved. The calculator is publicly usable without a required subscription.
Estimates the potential riding range of an electric bicycle by inputting key variables such as battery capacity and anticipated riding conditions. This online tool utilizes a straightforward interface to process various factors that affect distance, providing users with a comprehensive estimate of how far their e-bike can travel on a single charge. The calculator adjusts its projections based on user inputs like terrain, speed, and weight, offering a reliable predictive model for battery performance. Riders who plan longer journeys or frequently explore new routes benefit significantly from this range estimation tool. It helps cyclists ensure they carry adequate power reserves, allowing them to complete their intended distance without unexpected interruptions.
Calculates how much longer your life expectancy will be on average if you cycle regularly. Enter age, current activity level, and cycling frequency to get an estimate of increased lifespan from biking. Suitable for anyone interested in improving their health through regular physical activity or considering starting a cycling routine. Helps users understand the potential longevity benefits of incorporating biking into their lifestyle.
Calculates personalized heart rate zones for cyclists based on their age, gender, maximum heart rate, and target training intensity. Users input their details, and the calculator generates specific power zones for various training types such as endurance, tempo, and interval workouts. Athletes, coaches, and fitness enthusiasts use this tool to optimize their cycling training by ensuring they are working within safe and effective heart rate ranges. By setting realistic goals and following recommended zones, users can improve performance, prevent injuries, and enhance overall fitness.
Calculates the appropriate chain length for your bicycle to prevent damage to the sprocket by accurately determining the link count needed based on your specific bike dimensions. Users input their frame size, number of teeth on the rear cog, and other relevant details, and the tool computes the exact chain length required. Bicycle owners, particularly those assembling or replacing parts, would benefit from this calculator. It ensures proper fitment, enhancing performance and longevity of the bicycle's drivetrain components.
Estimates time and distance needed to catch a breakaway in a cycling race, using inputs like speed, wind resistance, and rider strength. Helps users strategize in bike races by providing insights into how long and far they can realistically pursue a breakaway. Athletes, coaches, and fans interested in competitive cycling will find this tool useful for understanding breakaway dynamics, planning tactics, and making informed decisions during races.
Calculates the number of calories burned during a bike ride based on factors like duration, speed, body weight, and elevation gain. Users enter these details, and the calculator provides an estimate of calories lost in both calories and kilograms. Athletes, fitness enthusiasts, and anyone looking to track their exercise routine can benefit from this tool. It helps users understand the caloric impact of their cycling activities, aiding in goal setting for weight loss or fitness improvement.
Calculates estimated cycling wattage based on various physical parameters, allowing users to explore how power output relates to different variables. The tool enables input of factors such as speed, body position, and even tire type to generate a comprehensive estimate of the energy being produced while riding. It provides a scientific way to understand the relationship between effort expended and actual mechanical power generated during cycling activities. Athletes, coaches, and fitness enthusiasts utilize this calculator to optimize their training routines and performance goals. Cyclists can use these figures to fine-tune their expected output for specific race conditions or endurance challenges. By understanding how changing variables affect wattage, users gain valuable insight into improving efficiency and maximizing power delivery across different terrains and speeds.
