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How to Pair Your Devices

Here are the steps to make sure you can pair your devices to TrainerRoad: 1. Open the TrainerRoad app 2. Navigate to the "Devices" tab 3. Pedal for a few moments to wake up your devices. 4. Make sure that either Bluetooth or ANT+ is "On" 5. Once your device is visible and ready to pair, it will appear in the device list. 6. Click on the device and wait until it is highlighted green. (A green line will blink above the device tile while pairing and will become a solid green border once the device is paired.) Screen_Shot_2021-10-14_at_10.56.07_AM.png Screen_Shot_2021-10-14_at_10.56.20_AM.png Jump to the following sections below for quick tips on pairing your specific setup: - Smart Trainer - Smart Trainer + Power Meter (PowerMatch) - Mechanical Trainer + Speed Sensor (VirtualPower) - Mechanical Trainer + Power Meter How to Pair Devices on Desktop (Mac and Windows) pair_KICKRelectron.gif How to Pair Devices on Mobile (iOS and Android) pair_KICKR.gif Pairing a Smart Trainer - Ensure the trainer is plugged in and "awake" - Select the corresponding device tile on the "Devices" screen - Once your trainer is paired, a "Best Practices" screen will appear. Take note of the information shown on this screen (calibration details, firmware information, and general best practices with ERG mode). - After initially pairing your trainer, the device will automatically pair to TrainerRoad without displaying the "Best Practices" screen (but it can still be accessed in the future by selecting the trainer tile — see below for more information on accessing Device Details). - The default setting for a smart trainer is ERG mode (electronic resistance control) where TrainerRoad controls the resistance of your trainer to make sure you're hitting the power targets. - Make sure to use the TrainerRoad recommended gearing (smallest cog in the front chainring and a middle cog in the cassette) - Focus on maintaining as consistent of a cadence as possible to ensure you have the best experience. Note: if you have Bluetooth and ANT+ enabled and see two tiles corresponding to your trainer, pair to the Bluetooth version only. Pairing a Smart Trainer + Power Meter (PowerMatch) - Ensure the trainer is plugged in and "awake" - Make sure the power meter has batteries installed, and the device is awake - Select the corresponding device tiles on the "Devices" screen - Once your trainer is paired, a "Best Practices" screen will appear. Take note of the information shown on this screen (calibration details, firmware information, and general best practices with ERG mode). - Similarly, once the power meter is paired, a "Best Practices" screen will appear. Take note of the information shown on this screen (calibration details, firmware information, and tips on pedaling technique). - After initially pairing your trainer, the devices will automatically pair to TrainerRoad without displaying the "Best Practices" screens (but they can still be accessed in the future by selecting the corresponding tile — see below for more information on accessing Device Details). - The default setting for a smart trainer is ERG mode (electronic resistance control) where TrainerRoad controls the resistance of your trainer to make sure you're hitting the power targets. - There is an additional default setting when training with a smart trainer and power meter "PowerMatch." PowerMatch uses the readings from the power meter to control the resistance of your smart trainer to account for any power difference between the trainer and the power meter. Note: if you have Bluetooth and ANT+ enabled and see two tiles corresponding to your trainer, pair to the Bluetooth version only. Pairing a Non-Smart Trainer + Speed Sensor (VirtualPower) - With non-smart trainers and a speed sensor, you'll need to use a feature known as VirtualPower. VirtualPower is a power calculation that’s based on your speed readings and the unique make and model of the trainer you’re using. - To pair your speed sensor, confirm the device has batteries installed and that it's properly placed on your bike. - Wake the sensor by spinning the cranks, and select the corresponding device tile in the "Devices" screen. - If your speed sensor uses a magnet to trigger a rotation, verify the magnet is positioned to pass by the sensor arm properly. Pairing a Non-Smart Trainer + Power Meter - Make sure the power meter has batteries installed - Wake the device by spinning the cranks. - Select the corresponding device tiles in the "Devices" screen. Adjusting Device Settings From the Device Settings, you can adjust your devices' names, access mode settings, and perform calibrations. Note: Smart trainers are set to ERG Mode by default. If you have a power meter and a smart trainer, PowerMatch is enabled by default. settings_KICKRelectron.gif settings_KICKR.gif

Setting Up Equipment and Connecting Devices • Last updated on Aug 13, 2026

Cycling Drills in TrainerRoad

Drills - Not Just for Base Season Though often relegated to base training phases, on-the-bike drills should have a place in your training plan year-round. Improvements in efficiency, strength and power are of benefit to riders at any level, beginner to professional. And when you consider how often you turn over the pedals in the course of a minute, also consider the potential effect of even the smallest improvement in your efficiency when carried over hundreds and thousands of times. Form drills are inarguably one of the best ways to break up the monotony of longer intervals and riders, so sprinkle these in liberally paying particular attention to the drills that most benefit you in terms of personal weaknesses and limiters. Efficiency Drills Efficiency drills seek to improve your overall cycling efficiency by addressing pedal economy (pedal speed and control) and muscle efficiency (gradual reduction in muscle stress at similar workloads). - Endurance Spinning (ES) - Practice spinning slightly quicker than your natural, self-selected cadence. Ride at a cadence that's at the very top of your comfortable rpm range (often this is your natural cadence + 3-5rpm) and remain there for a solid 5 minutes. The goal is to learn to turn the pedals more quickly with less force/muscle stress thereby improving your ability to remain predominantly aerobic over a wide range of rpm. If your HR rises more than a few bpm, you're pedaling too quickly - take it easy and stay relaxed but quick. - Single-Leg Focus (SLF) - The objective here is to learn to apply power more effectively through the entire pedalstroke by focusing strictly on one leg's activity through the bottom, upstroke, and over the top of the pedalstroke. For 90 seconds at a time, devote your attention to one leg before switching to the other. Your cadence may fall slightly, but these drills typically come more naturally to less experienced riders than "one-leggers" (described below). Pay particular attention to lightly pulling your foot across the bottom, lifting your knee lightly upward and then softly kicking over the top of each pedalstroke. Add this drill indoors or outdoors as often as you like, more frequently if you recognize a substantial difference in one leg's strength or coordination. - Isolated Leg Training (ILT) - Also known as "one-leggers" and similar to SLF drills, the objective here is to learn to more effectively apply power through the entire pedalstroke by focusing strictly on one leg's activity through the bottom, upstroke and over the top of the pedalstroke. Completely unclip one foot from the pedal and rest it on your trainer, a stool, or anything that allows it to safely rest without interfering with your other leg's pedaling. Begin with slow cadence (very slow in some cases) and periods of 10-20s per leg unless you can pedal longer without "knocking". Don't worry about your temporarily low power - these drills aren't about strength. As you improve, your cadence will increase as will each leg's duration. Pay close attention your kick and pull (described below) thinking more in terms of horizontal or back and forth pedaling especially if you begin feeling deadspots in your pedalstroke or you begin hearing a knocking sound due to those deadspots. Keep tension on the chain and switch legs anytime your form degrades; don't practice bad habits just to tack on 5 or 10 more seconds. Include this drill indoors 2-3 times each week accumulating 5-10 minutes per leg each workout. - Pedalstroke Quadrants (P/KP) - Each quadrant of a 360-degree pedalstroke can be emphasized over the course of a complete round of quadrant drills, but in the interest of keeping things more fluid, the 4 quadrants have been combined into 2 opposing muscle actions: up and down, backward and forward. - Pistons (P) - Few if any riders need to practice pushing down on the pedals, but improvements in how well your knees move are both beneficial to economy and joint health. As you pedal, pay close attention to how your knees track. They should move directly up, directly down - like pistons - with little if any lateral movement, especially at the top of each pedalstroke. Focus on one knee for 30-60s before switching sides. - Kick & Pull (KP) - A balanced pedalstroke is dependent upon consistent tension on your bike's drivetrain throughout the entire pedalstroke. Reinforce your ability to maintain tension through the weakest portions of the pedalstroke, the top and bottom quadrants. As your knee approaches top-dead-center, lightly kick your toes into the fronts of your shoes, and as your feet approach bottom-dead-center, lightly pull your heels into the backs of your shoes - kick and pull. Focus on just the kick for 30-60s, just the pull for 30-60s, then eventually both for 30-60s simultaneously. - Form Sprints (FS) - Sprints are for everyone, not just sprinters, because they "wake up" muscle fibers that too often don't get trained but will get used. Practice high-rpm sprint simulations at low power outputs to reinforce proper sprinting technique by jumping out-of-the-saddle and winding up a light gear. As your cadence reaches its controllable peak, gracefully transition into the saddle where you can shift gears if necessary. These sprints are only 10s long and are all about leg speed, form and technique. Experiment with which foot leads the sprint and learn how to generate a lot of leg speed in very little time. Strength Drills Strength drills not only enhance muscular contribution/activity but they can improve the health of your connective tissues and thus enhance joint stability in your knees, hips and ankles. - Strength Sprints (SS) - Sprints are for everyone, not just sprinters, because they "wake up" muscle fibers that too often don't get trained but will get used. These standing-start sprints consist of slowly turning over a big gear as forcefully as possible in order to recruit as many muscle fibers as you can. They're done from a near stop and in the biggest gear you can gracefully turn over without exceeding 90rpm in 12 pedalstrokes. While standing, hold onto your handlebar drops and drive each foot down as hard as you can while retaining the excellent sprinting form you practiced during Form Sprints. If you reach 90rpm inside of 12 pedalstrokes, choose a larger gear next time and abandon the drill if you encounter any knee pain. You can track your progress by comparing your max and average power output from week to week. - Force Intervals (FI) - Often riders need to create power at very low cadences, e.g. over-geared coming out of a turn, very steep climbs, starting from a dead stop, etc. These intervals are also excellent for improving the resilience of your connective tissue gradually and they provide an excellent opportunity to focus on your ability to control the lateral movement of your knees, especially at the top of the pedalstroke. If you currently have no knee issues, use a gear that allows you to hold your Target Power while riding between 50-60rpm. Focus on the top of the pedalstroke as well as the downstroke by kicking over the top and pressing your foot downward. - Hill Simulations (HS) - These are Tempo/Sweet Spot workouts performed with an elevated front wheel based on the typical grades you'll encounter in your target events. By raising your front wheel up to 6 inches above the level of your rear wheel, you can more closely emulate the slightly different demands that gradients place on your muscles even if there's no conclusive evidence of its benefit. Try to keep your cadence above 80rpm when seated and above 75rpm when standing. Most of your focus should fall on the top and back quadrants of the pedalstroke and this can be achieved by focusing on lifting your knees upward and then gently kicking your feet forward, especially when standing. These simulations are an attempt to increase the level of hill-climbing stress specificity as much as possible without riding actual hills. Power Drills Power drills can drastically improve both the number of muscle fibers you recruit during explosive efforts but also how quickly those fibers are recruited. They can also reduce muscle fiber fatigue over long rides by effectively distributing the workload over more muscle fibers. - Power Sprints (PS) - Power Sprints are the culmination of Form Sprints and Strength Sprints and teach you to overcome heavy resistance quickly. At a reasonable cadence, 85-95rpm, jump out-of-the-saddle and wind up a big gear but not as big as the gear used during previous Strength Sprints. These sprints are only 10s long and should allow you to get in a maximum of 24 pedalstrokes and reach a high rpm, 130rpm or higher. Practice winding up a lot of watts in the briefest time possible while maintaining the form and technique you picked up during previous Form Sprints. Experiment with which foot to lead with and don't hesitate to practice leading with either. - Advanced Hill Simulations (AHS) - The advanced version of HS are Sweet Spot/Threshold workouts which are still performed with an elevated front wheel based on the typical grades you'll encounter in your target events. Raise your front wheel up to 6 inches above the level of your rear wheel and more closely emulate the slightly different demands that gradients place on your muscles even if there's no conclusive evidence of this benefit . When specific cadence recommendations aren't detailed in the workout's Description and on-screen instructions, try to keep your cadence above 80rpm when seated and above 75rpm when standing. These simulations are part of a continued attempt to increase the level of hill-climbing stress specificity as much as possible without riding actual hills. - Strength Endurance Rides (SER) - Synonymous with Muscular Endurance, the intervals comprising these rides effectively take the place of Force Intervals and further your ability to turn bigger gears for longer durations. Put another way, they'll help you ride stronger in the wind, climb hills at a faster rate and maintain higher paces for increasing periods of time. Strength is only so useful without the ability to sustain it, so make sure you're rested and ready to tackle each of these workouts as they're quite difficult and sure to challenge the strongest of riders but well worth the effort.

Plan Execution • Last updated on Aug 13, 2026

PowerMatch: Using Power Meters with Smart Trainers

PowerMatch is a feature from TrainerRoad that allows you to use a power meter to control the resistance on your smart trainer. How PowerMatch Works PowerMatch allows riders to display and record power readings from their power meter and still benefit from the automatic resistance control of their smart trainer. It lets riders get consistent power readings from their power meter both indoors and outdoors without having to give up the benefits of their smart trainer. Put simply, PowerMatch will use the power readings from your power meter to control your smart trainer. TrainerRoad will measure the power offset between your power meter and smart trainer; it will then adjust the resistance of your smart trainer based on that offset in power and the current interval target. PowerMatch will work with any smart trainer that works in ERG mode with TrainerRoad. "What is the "power offset" you're talking about?" The reality of the power-device world is that different devices will often display discrepancies in their readings. For example, an output of 200 watts on a power meter may equate to an output of 220 watts on a smart trainer. These two devices would have an offset of 20 watts at that level of output. PowerMatch effectively neutralizes this offset. Using PowerMatch with Mobile TrainerRoad's default PowerMatch setting is to use the power from the power meter to control the smart trainer's resistance. Simply pair the power meter and smart trainer, make sure PowerMatch is set to "New", and TrainerRoad will take care of the rest! Additionally, the offset between the power meter and smart trainer will be measured, and the trainer adjusted (if necessary), constantly. Note that the power meter will display as your power source in your Online Career. powermatchRN1.PNG Using PowerMatch with Desktop TrainerRoad's default PowerMatch setting is to use the power from the power meter to control the smart trainer's resistance. Simply pair the power meter and smart trainer, and TrainerRoad will take care of the rest! Additionally, the offset between the power meter and smart trainer will be measured, and the trainer adjusted (if necessary), constantly. Note that the power meter will display as your power source in your Online Career. powermatch_electron1.png If you wish to disable PowerMatch or apply a consistent offset, you may do so under the Device Settings menu, by clicking on the paired smart trainer. powermatch_electron2.png Sensitivity Setting Sensitivity is an advanced setting for our newest version of PowerMatch. It is set at 0.5 by default, which proved to be a better experience for most athletes. However, you may find that a different setting works better for your power meter / trainer combination and or personal preferences. A higher value should translate to quicker update to the trainer / power meter offset. While this may sound desirable, updating too fast can make for jumpy resistance levels. A lower sensitivity will likely result in smoother power, but the resistance adjustments from changes in power offset may take longer. How to Disable PowerMatch If you wish to disable PowerMatch, you may do so within the pairing screen of your smart trainer. Disabling PowerMatch will prompt TrainerRoad to display and record power readings from your power meter if both a power meter and smart trainer are paired at the same time. ERG mode is still available; however, the smart trainer will use its own power data to calculate resistance instead of the data from your power meter. If there is a discrepancy in power readings between the smart trainer and power meter, disabling PowerMatch can make it look like you are constantly above or below the power target. powermatchRN2.PNG Apply Consistent Offset Between Trainer/Power Meter If you know the power offset between your trainer and power meter and do not wish for TrainerRoad to continuously measure and adjust this, you can input this offset to be applied to the entire workout. You can do this within the pairing screen of your smart trainer. Note: The offset calibrates your trainer to your power meter. In other words, the manual offset adjusts your trainer to be at the same output as your power meter. For example, if your trainer reads 200 watts and your power meter reads 210 watts, you will apply a -10 watt offset. powermatchRN3.PNG Legacy PowerMatch Setting The Legacy PowerMatch setting uses our older version of PowerMatch. We've found the new version (enabled by default) improves trainer responsiveness and provides a better experience. If you preferred the earlier version, select Legacy under PowerMatch settings. Using PowerMatch with Legacy AIR App TrainerRoad's default PowerMatch setting is to use the power from the power meter to control the smart trainer's resistance. Simply pair the power meter and smart trainer, and TrainerRoad will take care of the rest! Note that the power meter will display as your power source in your Online Career. Additionally, the offset between the power meter and smart trainer will be measured and adjusted (if necessary) every ten seconds as per the default settings. If you wish to disable PowerMatch or apply a consistent offset, you may do so under your Profile tab. Disabling PowerMatch will prompt TrainerRoad to display & record power readings from the power meter if both a power meter and smart trainer are paired at the same time. According to our device paring hierarchy, the power meter will take precedence over the trainer. If you don't want to use PowerMatch, and you'd like power readings from only your smart trainer, unpair your power meter. If you know the power offset between your trainer and power meter and do not wish for TrainerRoad to continuously measure and adjust this, you can input this offset to be applied to the entire workout. Why Does My Power Appear Less Smooth with PowerMatch Applied? Those well-versed in smart trainer usage will be very familiar with the smooth nature of graphed power in ERG mode. This power appears so smooth primarily because of natural smoothing that the sizable flywheels of many smart trainers applies. Many strain-gauge power meters measure power directly from the pedal, crank arm, or crank. This method of measuring power is more sensitive than what most smart trainers use, and thus, even riders with the smoothest pedal strokes will notice "jumpier" power readings. This is nothing to worry about so long as the fluctuations are not drastic. Power Graphed with only Smart Trainer Power Graphed with PowerMatch (Smart Trainer + Power Meter) Despite these graphs appearing slightly different, both users got the same training benefit from these intervals. The top profile simply doesn't represent the actual fluctuations in power as clearly as the bottom.

Smart Trainers • Last updated on Aug 20, 2026