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Elite Drivo II

The Elite Drivo II is a smart trainer that connects to TrainerRoad through ANT+ FEC or Bluetooth FTMS. TrainerRoad can automatically control the Drivo II’s resistance in accordance with the workout's profile. drivo_II.jpg How do I Set Up the Elite Drivo II with TrainerRoad? Take a look at this article for instructions on how to pair via ANT+ FEC. How Does the Elite Drivo II Work with TrainerRoad? The Elite Drivo II has a selection of two modes that can be used with TrainerRoad. Riders can toggle between ERG and Resistance mode in the desktop app by using the dropdown tool located on the bottom bar of the workout screen. While using the mobile app, the mode can be changed by going to the Devices tab and tapping on the connected trainer’s name. ERG Mode ERG is the most commonly-used mode when doing a TrainerRoad workout with a Drivo II. While in ERG mode, TR will automatically adjust the resistance on the trainer in accordance with the workout's profile in ERG mode. The rider can keep a steady cadence and leave their bike in a single gear for the duration of the workout while the Drivo II makes any necessary adjustments. ERG mode makes for very smooth watts and a great workout! Resistance Mode While in Resistance mode, the Elite Drivo II delivers a similar experience to that of an adjustable magnetic trainer with a linear power curve. This mode includes a variable resistance setting that can be electronically adjusted. Resistance mode is intended to allow the user to emulate the slope, or pitch that a rider would encounter on any given road. Resistance mode is also the default mode for certain testing intervals. How does the Elite Drivo II work with TrainerRoad during a test workout? The Ramp Test can be completed entirely in either ERG mode or Resistance mode. It is completely up to the individual rider, but most people prefer ERG mode so they can stick to focusing on pedaling! For 8- and 20- minute FTP Tests, TrainerRoad will automatically switch the Drivo II from ERG into Resistance mode during the test intervals (8 or 20 minute periods) of a test workout. TrainerRoad will control your Drivo II throughout the warm up, ensuring that you're well prepared for the test(s), but will switch modes once the test starts. Resistance mode allows you to shift gears to find the optimal cadence for your test and will help you achieve the highest wattage average possible.

Smart Trainers • Last updated on Aug 13, 2026

How to Test With the Ramp Test

The purpose of an FTP test is to find your maximum sustainable power output. At TrainerRoad, we do this through the Ramp Test. The TrainerRoad Ramp Test is designed to take you until failure in order to gain an accurate FTP estimation. The test will continue until you either stop pedaling or pause the workout. It will then automatically calculate your FTP and drop you into a recovery interval. The most important advice for completing the Ramp Test is to GO UNTIL FAILURE. Each second matters during the test. Even if you only make it 10 seconds into a new step, that will still factor into your FTP calculation. It's also important to follow the target power closely as you progress through the test. Stay in the saddle the entire time and use a cadence that feels most comfortable. Check out the video below to get an in-depth look at how you should approach the Ramp test. https://www.youtube.com/watch?v=wWHgMzpvH7c For more specific Ramp Test details, click here. How It's Calculated After completing the Ramp Test, we calculate your FTP taking 75% to your highest 1-minute of power. Again, every second matters, so even if you only progress partly through your last step, it will affect the outcome. (Note: More complicated calculations may be applied when determining FTP from a Ramp Test depending on how accurately a rider followed the format of the test. This means, 75% of a rider's 1-minute power may not translate to their actual FTP calculation.) Testing on a Smart Trainer vs. Traditional Trainer When using a Smart Trainer, we do recommend using ERG Mode as it is the default for the test. That being said, a smart trainer is not required in order to complete the test. For traditional trainers, it's very important to focus on following the target profile to the best of your ability. With that, those doing the test in ERG mode do not have an advantage over individuals on a traditional trainer. When To Do an FTP Test? Generally, FTP tests are best done at the beginning of each training block (about every 4-6 weeks). This allows enough time to catch any fitness changes. Additionally, if you’ve taken an extended break from training, it’s a good idea to start with a test. Every TrainerRoad training plan automatically includes the Ramp Test for each training block If all of this seems overwhelming, you’re not alone. Many cyclists find testing cumbersome and draining. With TrainerRoad AI, you can use AI FTP Detection. This feature replaces the need to test. It uses AI to analyze your training progress, relative strengths, previous experience, and many other factors to give you an informed and data-backed FTP. More info on FTP testing tips here: FTP Testing: Tips & Strategy to Prepare for Your Next FTP Test

Assessing your Fitness Level (FTP) • Last updated on Jul 21, 2026

Understanding Power Zones

Power Zones are all defined as a percentage of your FTP. They allows us to scale workouts to each racer's individual fitness level, ensuring that everyone is working at their optimal intensity. TrainerRoad workouts target specific Power Zones that represent various aspects of your fitness. This article is an overview of each Power Zone and what that zone strives to achieve. power zones.png | | | | --- | --- | | Active Recovery | (<55%FTP) | | Endurance | (55% - 75% FTP) | | Tempo | (76% - 87% FTP) | | Sweet Spot | (88% - 94% FTP) | | Threshold | (95% - 105% FTP) | | VO2 Max | (106% - 120% FTP) | | Anaerobic Capacity | (>120% FTP) | Active Recovery (<55% FTP) Active recovery is a zone that you'll see in-between intervals as a chance to recover, catch your breath, and lower your heart rate before digging in again for the next interval. Endurance (55% - 75% FTP) Aerobic Endurance workouts are aimed at improving your aerobic-power-producing capabilities in a low-stress manner. By riding for increasingly longer periods of time, your endurance muscle fibers become more efficient at utilizing fat for fuel and sparing sugar stores for more intense efforts. Additionally, Endurance workouts can improve oxygen delivery & utilization, increase muscular resistance to fatigue, improve the integrity of connective tissue, and even help you improve your on-bike nutrition strategies. Tempo (76% - 87% FTP) Riding in the tempo range pushes you near the height of your aerobic endurance. While rather uncomfortable, working here isn't terribly stressful and it allows you to spend long durations at a constant and productive work level with little recovery. This is where many half-distance triathletes will live for 2+ hours during their bike leg. This is also where ample time is spent during long road races, especially ones with steady climbs. Sweet Spot (88% - 94% FTP) Sweet Spot intervals aim to further muscular endurance and enhance aerobic capabilities. Additional related benefits include improved sugar storage in the muscles, better utilization of fat for fuel, a higher capacity for more intense workouts later on and increased power output at moderate, predominantly aerobic intensities. Learn more in our blog post: What is Sweet Spot Training Threshold (95% - 105% FTP) By spending time very close to your FTP, riders can improve their sustainable power & muscle endurance by teaching their muscles to process high levels of lactate and acidic buildup without slowing down. Additionally, and equally as important, riders learn to tolerate the mental discomfort inherent in maintaining high levels of Functional Threshold Power. VO2 Max (106% - 120% FTP) VO2 Max efforts aim to increase your power during short, intense efforts and to expand your aerobic capacity, i.e. the ability to utilize more oxygen more effectively. They also do a good job of stressing your intermediate muscle fibers that process both fat and sugar and therefore utilize oxygen much like your slow-twitch, endurance fibers. When training time is very limited, deriving a high training benefit in minimal time is crucial - this is how you do it. Anaerobic Capacity (>120% FTP) By working at power outputs high enough to elicit very high levels of oxygen uptake, tremendous improvements in both aerobic and anaerobic power can be achieved, all in very little time. Short-duration, high-intensity repeats can be highly productive for all types of riders but are especially important for riders working on limited training time. In far less time than that required by long, slow distance approach to training, riders can develop similar aerobic capabilities - little time, high stress, comparable adaptation.

Power 101 • Last updated on Aug 20, 2026

How to Test with the 20-Minute & 8-Minute FTP Tests

With the Ramp Test as our recommended assessment, we still offer two alternative options to test FTP: The 20-Minute and 8-Minute FTP Tests. How to Test During the test intervals, totally ignore the graph's recommendations. Whether you're above, below, or exactly in line with the graph makes no difference. It's important that these assessment efforts are not restricted or guided in any way. We're simply trying to get a reasonably close estimate of your Functional Threshold Power, something we can't do if your smart trainer is limiting your power. FTP (Functional Threshold Power) is automatically calculated upon completion of any of our test workouts. 20-Min VS. 8-Min Test If you do decide to use one of these alternative tests, whether you use our 20-minute Maximal Lactate Steady State (MLSS) interval or a set of 8-minute Power at VO2max (pVO2max) efforts, it's best to choose a format that you will stick with and one that fairly represents your fitness at the time. Each test has its own pros & cons. We'll elaborate on each of them briefly below in order to help you choose a format that best suits you, both in terms of your current capabilities & capacity for suffering. 20-Minute Test https://www.youtube.com/watch?v=nfdNQMik6Mk The 20-Minute Test is an ideal format to break into shorter, more manageable segments. By breaking the 20-minute effort into four 5-minute segments, riders can subtly tweak their effort every so often based on longer periods of muscular feedback, i.e. a rider can slightly reduce their pace every 5 minutes based on perceived exertion or how their body feels. The 20-minute test is a relatively long testing effort and pacing can sometimes be an issue for less experienced riders. Because of this, the 20-Minute Test is usually more ideal for seasoned riders who have a good sense of how to pace well. Additionally, many riders play it safe during the longer formats and end up finishing with too much gas left in the tank. Evidence of this is illustrated via a 2 or 3-minute surge in power at the end of an effort that would ideally be evenly-paced over the entire 20 minutes. As a result, their FTP and relative power levels are likely to be underestimated a bit (or a lot) rendering all subsequent FTP-based workouts less productive than they would be otherwise. TrainerRoad calculates your FTP from the 20-Minute Test by multiplying your average power for the test interval by .95. In other words, your FTP is 5% less than your average power of the test interval. 8-Minute Test https://www.youtube.com/watch?v=XmJr4r1pWYM Our preferred format for less experienced riders is the 8-minute protocol comprised of two 8-minute efforts. The 8-Minute Test yields a greater amount of information by demonstrating power at VO2max via each 8-minute interval, sustainable power/FTP once the average power of the two 8-minute intervals is reduced by 10%, and you can even track improvements in your aerobic fitness when comparing the 2 efforts afterward, i.e. a substantial difference could indicate a limited ability to recover & insufficient aerobic capabilities. TrainerRoad calculates your FTP from the 8-Minute Test by multiplying your average power of the two test intervals by .9. In other words, your FTP is 10% less than your average power of the two test intervals. Erg Mode vs Slope/Resistance Mode Building on the information found in our Erg Mode Explained article, these FTP test alternatives, when completed on a smart trainer, have to be done in the appropriate mode: Slope or Resistance mode (depending on your particular trainer). Fortunately, TrainerRoad switches modes for you when you assess your FTP via our 20-Minute Test or our 8-Minute Test. Why Erg Mode is Bad for the 8- and 20-Minute FTP Tests If a smart trainer is left in Erg mode during the testing portion(s) of a 20- and 8-Minute test, the workout will lock you in at your current fitness level instead of allowing you to pace the duration of the test interval at your own power target. To avoid this, the assessment needs to take place in Slope/Resistance mode in order to allow a rider to work at his/her own pace rather than having the trainer determine a pace based on the input FTP. TrainerRoad automatically switches you to Slope/Resistance mode during your test interval(s). If you wish to use a higher or lower Slope/Resistance setting, you're free to adjust it yourself and it makes no difference if you use different Slope/Resistance settings from interval to interval or test to test. The last setting you used will be applied the next time you enter Slope/Resistance mode. By switching to Slope/Resistance mode, you're allowed to go hard without being forced to maintain the calculated Target Power that would be forced on your legs in Erg mode. You can pace according to your current capabilities such that you ride as strongly as possible for the assessment interval(s).

Assessing your Fitness Level (FTP) • Last updated on Aug 13, 2026

The Basics of Base Training

Principles: The purpose of base training is to establish a foundation of fitness that will allow cyclists to build towards their physiological potential for a goal event. It may seem counterintuitive to revert to base training every year after reaching new heights of performance, but this strategy pays dividends come race season. Much like a pyramid, our fitness is built in a hierarchical fashion, with the initial work serving as a critical foundation that will eventually support a higher peak. This foundation is achieved through effective base training in which cyclists raise their fitness levels. During this phase there are various transformations happening on different levels, but for the sake of simplicity, we’ll just focus on the efficiency of muscles to transform energy into speed on the bike. As you focus your training on developing your aerobic capacity, amongst other useful adaptations, you train your body to become more efficient at turning fat into energy and producing energy aerobically regardless of its fuel. This transformation takes place within the mitochondria (the powerhouses of the cell ) in your muscles. So, as you spend more time stressing your aerobic energy system, your body adapts by creating more efficient mitochondria. This adaptation will benefit you throughout all portions of your power curve because mitochondria are involved in turning energy into speed at all different intensities. Takeaway: By following a Base training plan, you will establish fundamental aspects of your fitness capabilities. The primary focus is on aerobic endurance, muscular endurance, and form/speed/power capabilities. TrainerRoad Base Plans: General, Traditional, Polarized, and Masters So it's time for base, but you aren't sure what will work best for you... what do you do? You can use the guide below to decide which Base plan is right for you. General Base This take on Base training integrates a bit more variety than the Traditional approach. You will see a lot of Sweet Spot work, but the plan also contains VO2 max intervals and neuromuscular bursts in the Low and Mid-Volume Plans. The reasoning behind this is that most amateur athletes when training at a low-intensity will run out of time in their schedules before they really tax their endurance muscles to the limit. Through Sweet Spot work, and a mix of higher intensity work, you can attain sufficient training stress to initiate adaptation in your limited training time. - When choosing a Base plan, we've found General Base (GB) is the best choice for most athletes who don't have enough time (less than 10 hours/week) to complete a full Traditional Base. If that's you, we recommend trying one of our General Base plans to fit your schedule. - This plan initiates general fitness gains much faster (can expect FTP increase in 6-8 weeks) Learn more in our blog post: What is General Base Training? Traditional Base The Traditional Base approach requires long, low-intensity hours in the saddle. There are a few key demographics that this approach is best for: - Those recovering from injury will benefit from the gentle approach of Traditional Base - Athletes who have large amounts of time before their target events. By planning their season well in advance of their race days, riders afford themselves the option of cultivating a wider base of fitness. Completing Traditional Base prior to a General Base circuit is one way to build this huge, substantial base. Polarized Base Polarized Training spits your training into two intensities at specific volumes: ≈80% low intensity, 20% high intensity or 95/5%. This structure takes more time in the saddle to generate comparable adaptations to General Base, but less than Traditional Base. Polarized training is best for: - Experienced athletes with a strong aerobic base who can handle intense sessions. - Athletes who have the time and want to train with long endurance sessions and hard high-intensity efforts. Masters Base Masters Base plans are designed to prioritize recovery with no more than two days of Sweet Spot, or higher-intensity workouts each week. These plans work well for: - These plans are made for athlete's who need more recovery time. - Any athlete who needs more recovery time will find these plans extremely beneficial, not just masters athletes. - They can be used for athletes returning to interval training after extended time off, injury, or illness. Learn more about Masters Plans from this article: What are Masters Plans? Takeaway: For most applications, General or Masters Base is the way to go. Relevant Podcasts [13:45] Podcast 068: Sweet Spot vs Traditional Base discussion Can I Skip Base Training? Typically, we do not recommend athletes skip any training phases. You will get the fastest if you work through all three training phases in order and to completion before moving onto your next phase of training. However, every rider has different time constraints, as well as different levels of fitness and cycling backgrounds going into their structured training. Here are a few common reasons that athletes want to skip Base: - Riders with heavily experienced backgrounds who are familiar with the level of base training they have at that point in the season. These riders can decide to bypass or reduce the duration of the Base phase, and move straight into a Build phase if they have been doing structured Base outside of TrainerRoad. - Riders with mid-level or minimal experience, whose target event is less than 28 weeks away (the time it takes to complete Base/Build/Specialty). We’d suggest s/he complete the entire Base phase of training and move as far along through the Build and Specialty training plans as time will allow. See our article "Not Enough Time!" To further explore how you should structure your season with less than 28 weeks. - Riders who are mid-season and have already peaked for en event, but have 16 or fewer weeks until their next event. These athletes should first consider a low-intensity training block but can absolutely skip base and jump back into Build. This is what we call a 'rebuild' and you can learn more about how to structure around this in our "Peaking for Multiple 'A' Races" article. Takeaway: No, you should probably not skip Base Phase, however there are a few fringe cases where it is an acceptable decision. Base Training Q&A Q: Time constraints aside, how many hours per week would I need to spend base training in order to improve upon last season's fitness? A: The goal is to increase your annual training volume by 5% but not more than 15% over last year’s training volume in order to improve upon last year’s performance without overdoing it. Q: Do I really have to go this easy during Base I? It doesn't seem like I'm working hard enough to gain any training benefit. A: Properly performed, Aerobic Endurance rides (roughly 60-80% FTP) train your type IIb fibers - which are the most versatile muscle fiber type - to prefer fat over sugar, one of the key objectives of Base Training. This adaptation is negatively affected if you work too hard, so go slow so your body learns to metabolize fat and spare sugar at low, but eventually greater, effort levels. Q: Sometimes I don't have the time for the prescribed ride duration. How can I address these time constraints without missing out on the benefits of base training? A: Although athletes competing in events requiring long hours on the bike need to adapt to long rides with no breaks, riding twice daily is often the only way to log high daily base mileage and is also an excellent way to reduce body fat during Base Training. Simply break your longer rides into 2 segments and perform them at the beginning, middle and/or end of your day. Try to refrain from breaking your long weekend ride into halves, and avoid breaking rides less than 90 minutes into smaller parts whenever possible. Q: Are recovery weeks really necessary when the training intensity is already so low? A: Yes. Regardless of the low intensity, the body needs time to absorb new stress before additional stress is applied, even if that stress isn't due to high-intensity intervals or race efforts. Recovery weeks will simply drop the stress to roughly half the stress of your current phase's toughest week but keep you on the bike the same number of times in order to avoid any disruption of your training schedule. Also, there’s no reason (nor benefit) to exceed 50% FTP during Recovery Weeks unless you are certain that riding over 50% FTP is still regenerative and restful and allows your body to recover and prep for the next, more stressful, block of training. Q: Which drills should I be doing per session and how many do I do for the duration? A: The drills are briefly during the workouts themselves. As long as you haven't checked the "Hide text during workout" box on the Profile tab, and the onscreen directions will prompt you to add particular drills at particular times.

Understanding your Training Plans • Last updated on Aug 20, 2026

RPE Key Explained

Rate of Perceived Exertion (RPE) refers to a 1-10 scale to self-report the intensity of an effort. Our RPE scale is based largely on Matt Fitzgerald's running and swimming RPE scale. We use it because it falls in line with what we consider correct exertion levels for what we're trying to achieve with the workouts. How to Use the RPE Scale The RPE Scales are broken into three separate columns: Column 1 - Rate of Perceived Exertion (RPE) from 1-10 Column 1 lists the Rate of Perceived Exertion (RPE) on a 1-10 rating. Lower RPE ratings are hardly distinguishable (RPE 1-2, RPE 3-4, RPE 5-6), which is why the lower RPE ratings are collapsed into a single row. Column 2 - Effort Level Column 2 lists effort levels relative to each RPE rating (e.g. a Moderate effort should feel like a 7/10 according to your rate of perceived exertion level). Column 3 - Zone/Pacing Equivalent Column 3 lists TrainerRoad's cycling power zones, and the workout types for swims and runs that you would perform in these zones. These give cyclists and triathletes a way to more easily understand how their RPE levels compare to the effort levels of their cycling power zones. For example, riders understand what the "Endurance" power zone feels like on the bike. Using the RPE chart and knowing that "Easy-Moderate" should feel about the same RPE that "Endurance" work feels like on the bike, athletes have a better idea of how their Easy-Moderate pace should feel during running and swimming workouts. Cycling RPE scale | | | | | --- | --- | --- | | RPE 2 | Recovery | Active Recovery | | RPE 3 | Very Easy | Warm-up/Cooldown | | RPE 4 | Easy | Endurance | | RPE 5 | Comfortable | Endurance | | RPE 6 | Comfortably Hard | Tempo | | RPE 7 | Hard | Tempo/Sweet Spot | | RPE 8 | Very Hard | Threshold | | RPE 9 | Very very hard | TR VO2max | | RPE 10 | Maximal Effort | Anaerobic Capacity | Example of Outside Cycling Workout Using RPE The outside-workout equivalent of "Darwin" includes the following description: "Warm Up: - Ride for 6 minutes gradually raising your effort from RPE 4 to 7. - 4 minutes easy. Main Set: - 4x10 minutes at RPE 8 with 3 minutes easy between intervals. Cool Down: - 1 minute easy." This workout begins with a warm-up period between RPE 4-7. This effort should range from an "Easy" pace to your "Sustained Power" abilities. Relating this to Power Zones within TrainerRoad, your effort should range between 55% FTP (just above Active Recovery) to 88%-94% FTP (Sweet Spot). Your main set has you settling in at a "Threshold" pace. Relating this RPE level to Power Zones within TrainerRoad, your effort should range between 95%-105% FTP. Your cool-down period finishes your workout with an RPE 4 pace, which relates to around 55% FTP. Running RPE Scale | | | | | --- | --- | --- | | RPE 2 | Very very easy | Recovery | | RPE 3 | Very Easy | Endurance | | RPE 4 | Easy | Endurance | | RPE 5 | Comfortable | Marathon | | RPE 6 | Comfortably Hard | Half Marathon | | RPE 7 | Hard | 10k | | RPE 8 | Very Hard | 5k | | RPE 9 | Very very hard | Mile | | RPE 10 | Maximal Effort | Sprints | Examples of Run Workouts Using RPE in TrainerRoad: A running workout titled, "Run VO2max Intervals", includes the following workout description: "Run 12min working up to Easy-Moderate, RPE 6 pace to warm up, then this week repeat 18 Hard, RPE 9, 30-second high-speed surges, recovering for only 30 seconds after each; run 10min Easy, RPE 4 to cool down for a total of 40 minutes of running" This workout begins with an RPE 6 pace, transitions into several RPE 9 efforts, and finishes with what should feel like an RPE 4 cool-down period. Referring to the second column in the RPE chart, this translates to beginning the workout at an "Easy-Moderate" pace, transitioning into 18 "Hard" efforts, and cools down with an "Easy" 10 minutes of running. Swimming RPE Scale | | | | | --- | --- | --- | | RPE 2 | Very very easy | Recovery | | RPE 3 | Very Easy | Endurance | | RPE 4 | Easy | Easy Swim or Warm-up | | RPE 5 | Comfortable | Easy-Moderate Swim | | RPE 6 | Comfortably Hard | Moderate Swim | | RPE 7 | Hard | Moderate-Hard Swim | | RPE 8 | Very Hard | Hard Swim | | RPE 9 | Very very hard | Fastest Average | | RPE 10 | Maximal Effort | All Out Sprints | Examples of Swim Workouts using RPE in TrainerRoad: A swimming workout titled, "Continuous Base Swim (2400m)", includes the following workout description: "Warm-Up 300m Easy, RPE 4 1800m Easy-Moderate, RPE 6 Cool-Down 300m easy, RPE 4" This workout warms up with an RPE 4 effort, transitions into an RPE 6 effort, and cools down with an RPE 4 effort. Referring to the RPE chart, the workout begins with an "Easy" pace, moves into an "Easy-Moderate" pace, and concludes with an "Easy" cool-down period.

Triathlon Training • Last updated on Aug 20, 2026

The Basics of Build Training

Principals: During the second phase of training, the Build phase, each type of workout takes on a more event-specific purpose where greater emphasis is placed on escalating the weekly stress load via workouts that are more event-specific than what was encountered during the Base phase. This is where increasingly event-specific types of training are emphasized with the intent to improve more pertinent types of fitness while the more basic forms of fitness are mostly maintained. If you’re not training for a specific event, view this phase of training as the one in which the intent is to grow your Functional Threshold Power the most. Not only does Build phase training allow athletes to heighten their level of training specificity, it also brings their fitness to a point where middle-priority events can factor into their weekly training. Which Build Phase Training Plan is right for me? The optimal Build Phase will vary from athlete to athlete depending on their goals for the season. We recommend checking out the discipline-specific articles for a more in-depth recommendation that will relate directly to your goals and aspirations for the season. You can view these articles from the "Training Questions" section of our Help Center. Below is a brief summary of the three main types of TrainerRoad Build Training. - Short Power Build includes a healthy balance of muscular endurance work but trades an increased emphasis on VO2Max and Anaerobic efforts with a reduction in sustainable power focus. Less muscular endurance, more repeatable aerobic power. This approach suits a rider who needs more explosive, short-punchy power capabilities. Criterium racers, cyclocross competitors, and nearly all MTB & track riders fall into this category. - General Power Build is geared more towards the athlete whose discipline doesn’t require any more focus on short punchy power than it does sustainable power. Therefore, the General Power Build phase training plan fits a rider looking to capitalize on a well-rounded blend of abilities in both areas. - Sustained Power Build is focused on developing greater sustained power through the use of strength endurance work (Sweet Spot), lactate tolerance workouts (Threshold), and a healthy dose of maximum aerobic power intervals (VO2max). These areas of focus translate to the ability to sustain high percentages of FTP for increasingly long durations. - Polarized Build uses the 80/20 and 95/5 Polarized training models, where 80% of the training is done at low intensity and 20% is done at high intensity. These phases are designed to further increase an athletes aerobic capabilities, building on Polarized base. Polarized plans may require greater training volume to generate equivalent adaptions. - Masters Build Phases provides more recovery time than their standard counterparts. These can be great for any athlete who need more recovery time, while still building on the base phase for greater adaptation. There are no more than two days of Sweet Spot, or higher-intensity workouts each week. How Important is Build Training? Build Phase training is a critical step in developing cycling-specific performance capabilities and increasing your FTP which we do not recommend skipping. If you do not have enough time to complete the full Base and Build leading up to your target event, check out this article in our Blog on the methods to shorten your Training Plan. Main Takeaway: The aim of Build is not only to produce big gains in FTP but also to increase specificity as you get closer to your target event. What's Next? After the Build Phase, your next phase of training is the Specialty Phase. Click here to learn everything you need to know about the Specialty Phase.

Understanding your Training Plans • Last updated on Aug 20, 2026

Common Training Acronyms Defined

TSS, NP, IF, and FTP are terms created by Dr. Andy Coggan and are specific to cycling. Functional Threshold Power - FTP Functional Threshold Power, or FTP, is the maximum average power you can hold for one hour. So if you can hold 300 watts for one hour, that means your FTP is 300. FTP is the best single marker for fitness in cycling. The higher your FTP is, the stronger you are. In TrainerRoad, we use your FTP to scale workouts. Our workouts are structured as a percent of FTP. This means that when your FTP increases, the workouts get harder to maintain the same difficulty. Doing an all-out one-hour effort is really, really hard. It's hard to get an accurate test without it being in a race (much less indoors on a trainer). Because of this, we use the Ramp Test for FTP testing. The Ramp Test is both accurate and easy to complete for both new and experienced cyclists alike. If you would like to read up more on the Ramp Test and why we prefer it, click here. The other two most common tests to help estimate FTP are the 20 Minute Test and the 8 Minute Test. These are considered standard for FTP testing in the cycling world. We take averages of the all-out work intervals in each test and multiply them by a factor, usually .95 or .90. This gives us a good estimate of FTP. Normalized Power - NP® Normalized Power gives you an average power number if you would have ridden at a constant power output. For example, in a crit, you would have lots of power spikes and lots of coasting. This would result in a low average power. Normalized power was developed to try to figure out how much stress was actually put on your body. By using some math and weighting the really hard stuff more than the easy stuff we can figure out what your power output would have been if you would have ridden steadily the entire time. For TrainerRoad, this number is really helpful because most of our workouts have intervals with rest periods in between. Normalized Power gives you a way to compare efforts between workouts. For example, if one workout has a NP of 223 and another workout has an NP of 243 you put out more power for the second workout. Intensity Factor - IF® This is how intense a ride is. A ride with an Intensity Factor of 1.0 would equal an all-out effort for an hour. If you did an hour at .8 IF that means it was about an 80% effort. TrainerRoad has the Intensity Factor of each workout specified. This helps you gauge the difficulty of each workout. Training Stress Score - TSS® TSS is the amount of training stress generated from a workout. The higher this number, the more potential fitness you may have earned from a given ride. To gain the most fitness, you want to earn the most TSS possible. All of the workouts on TrainerRoad have a TSS score on them. This means that if you were to ride the workout exactly like it is prescribed you would earn that amount of TSS. How do TSS and IF relate to each other? Some rides can be intense, some can add a lot of fitness, some do both. A workout that is just 30 minutes long can be really intense and have an IF score of over 1.0, but that doesn't mean you'll earn a lot of TSS from it. By contrast, you can have a 2-hour ride that's not very intense, but will earn you a lot of TSS. Didn't find what you're looking for? You can find more acronyms for workout drills here.

Your First Ride • Last updated on Aug 20, 2026

Trainers With Multiple Settings

How do I set up VirtualPower if my trainer has more than one setting? Magnetic and fluid trainers have variable resistance settings, and each of these settings have their own power curve (speed-to-power ratio). For more information on how these readings are derived, learn how VirtualPower works. This graph displays each power curve for every resistance level on a single trainer. The X-axis represents speed while the Y-axis represents power measured in watts. Since each resistance setting on your trainer has its own power curve, you'll need to choose which level you're training with. How to Select a Resistance Setting Desktop Step 1: Pair your speed/cadence sensor in the Device section of the app Step 2: Select Turn On next to VirtualPower, then select the Enable VirtualPower toggle Step 3: Select the make and model for your trainer Step 4: Choose a Resistance setting (if any) from the drop-down menu Note: Make sure the resistance setting you have on your trainer matches the selection within TrainerRoad's VirtualPower settings. If you change the setting, you'll need to change the selection in TrainerRoad. Screen_Shot_2021-03-23_at_11.03.35_AM.png Mobile Step 1: Pair your speed/cadence sensor in the Device section of the app Step 2: Select Turn On next to VirtualPower, then select the Enable VirtualPower toggle Step 3: Select the make and model for your trainer Step 4: Choose a Resistance setting (if any) from the drop-down menu Note: Make sure the resistance setting you have on your trainer matches the selection within TrainerRoad's VirtualPower settings. If you change the setting, you'll need to change the selection in TrainerRoad. VP_RN4.PNG Before Settling on a Setting It's recommended that you do a couple of short test rides to familiarize yourself with the settings and which seems to work best for you if you're not familiar with your trainer and your favored resistance setting. Ideally, you'll find a setting that allows you to shift into an easy enough gear to adequately recover but also allows you to shift into a gear that provides enough resistance for hard efforts. Generally, the mid to high resistance settings work best, as lower resistance settings tend to top out at less than 200 watts. Once you've selected an acceptable resistance setting, you'll want to establish your fitness level in relation to that resistance setting. We recommend that your next step be an FTP test. Thereafter, we strongly recommend that you continue to use the same resistance setting. As mentioned above, different resistance settings have different power curves. In other words, your FTP on one resistance setting may not be the same on another — even though each setting is for the same trainer. If you eventually decide that you'd like to use a different resistance setting, we recommend that you do a new FTP test.

VirtualPower • Last updated on Aug 13, 2026

How to Change Workout Intensity

This article will teach you about the intensity of workouts and how to manipulate this variable. Intensity Factor (IF)® Defined The Intensity Factor of a ride is defined as how intense/difficult the ride is. An IF of 1.0 is equal to an all out, one hour effort. An IF of .7 means the rider will be working at 70% of their all out pace for the hour. This is a quick way to gauge how hard your workout will be. How does IF display on screen? Screen_Shot_2017-04-11_at_12.38.27_PM.png Notice the green line labeled as "Actual" in the key. This green line also indicates the IF of your ride in comparison to the IF of the prescribed workout. If the green line lays directly atop the course profile (as it does in the screenshot below), that indicates the workout will be completed at the prescribed IF. How to change the Intensity of a Workout First, open the workout. Then, find the box in the lower left-hand corner of the screen that allows you to adjust the workout's intensity (screenshot below). This tool allows you change the IF of the workout while keeping the workout's intervals the same. Note that the course profile of the ride below has the same intervals, but a higher IF and higher power. Desktop intensity_electron.png iOS/Android intensityRN1.PNG intensityRN2.PNG How will the course profile and green IF line display during the ride and on my Career page? If you change the IF of a workout, the course profile will adjust accordingly and an inflated or deflated course will display for the duration of your ride. After you complete your ride, the workout will display on your Career page in its original form. However, the green "Actual" or IF line will display the intensity of the workout that you did. The screenshot below is an example of what a ride with a manipulated IF looks like on your Career page (without the power data). Screen_Shot_2017-04-11_at_6.00.05_PM.png What do I do as I become stronger? Changing the IF can be an interesting change of pace to a favorite ride, but this feature should not be used as a substitute for changing your FTP as you get stronger. Update your FTP rather than increasing the IF of rides. This way, your TSS numbers will be more accurate.

General Usage FAQs • Last updated on Aug 13, 2026