It's the Brit's first race back after breaking her collarbone for a second time this year in April

Motorists should always give cyclists at least 1.5 metres when overtaking and always be cautious when approaching vulnerable road users, Thames Valley Police said in response to the social media backlash

Whilst most of the attention today is at the Criterium du Dauphin today, with Primoz Roglic and Remco Evenepoel headlining the race; the World Tour peloton was competing elsewhere. Ahead of the Tour de Suisse, many climbers and classics riders tackled the GP des Kantons Aargau and 2024 breakthrough...

Summer evenings offer club cyclists a prime opportunity to participate in the stimulating 10-mile time trials. However, an elevated challenge waits on the weekends with the 25-mile time trials, held as part of open events. The jump from a 10-mile to a 25-mile race isnt merely about covering a longer distance; it's about effectively adjusting your pacing strategy for a more enduring race. Crucial to this is recognising the impact of environmental factors such as weather on your plan and utilising resources like MyWindsock to anticipate conditions. This guide will provide insight into successfully navigating a 25-mile time trial using heart rate monitors or power meters, ultimately empowering you to reach new personal records.Transitioning from a 10-Mile to a 25-Mile Time Trial The journey from a 10-mile to a 25-mile time trial embodies a significant evolution in a cyclist's racing strategy. It's not merely a question of extending your ride by 15 miles; it's a substantial reevaluation of pacing, energy management, and endurance techniques. Understanding the nuances of this transition can help cyclists optimise their performance and conquer the thrilling challenge of the 25-mile time trial.In a 10-mile time trial, cyclists typically start strong and fast, seeking to maintain a high-intensity effort that hovers near their maximum sustainable power or heart rate threshold. The brevity of the race enables a near-all-out approach, pushing the limits of speed and stamina over a relatively short duration. The fundamental strategy is sustaining a high output level for the entire race, with little room for pacing fluctuations.However, the 25-mile trial calls for a different approach. Maintaining an all-out intensity is not feasible for most cyclists with over double the distance. An overly aggressive start could lead to early fatigue, causing a significant drop in performance in the latter stages of the race. Therefore, the strategy must shift from maximum sustained intensity to controlled and even energy distribution. This strategy ensures the rider doesn't exhaust their energy reserves too early, leading to a more consistent performance across the entire distance.Negative SplitOne practical approach is adopting a 'negative split' strategy. In this context, a negative split refers to completing the race's second half faster than the first. This requires a high level of discipline and control; starting at a pace that feels somewhat 'easy' can be counterintuitive when the racing adrenaline is pumping. However, conserving energy early on gives you enough reserves to increase your pace later in the race when others might be flagging.Implementing a negative split strategy begins with careful planning. Using data from your power meter or heart rate monitor, set a sustainable target pace for the race's first half that still leaves room for acceleration. Resist the urge to chase down the riders ahead of you; remember; your strategy is to finish strong, not just to beat the rider ahead of you.As you pass the halfway point, gradually ramp up your intensity. By now, you're likely warmed up and have found a rhythm. Start pushing yourself, increasing your power output or heart rate. As you approach the race's final stages, you should reach your maximum sustainable intensity, giving your all as you power to the finish line.While the negative split strategy might seem challenging, it's often the most effective way to race longer-time trials. It requires physical strength and mental fortitudeto hold back when others are surging ahead and push harder when you're already fatigued. But with careful planning, disciplined pacing, and an understanding of your capabilities, you can master the 25-mile time trial, achieving new personal records and a profound sense of accomplishment.There are multiple pacing strategies beyond the negative split approach, and the right one largely depends on the individual rider's strengths, fitness level, and race conditions. Let's look at two other popular strategies and the consideration of maintaining a certain average speed:Even PacingEven pacing is a strategy where the rider aims to maintain a steady effort level or power output throughout the entire race. Cyclists can use heart rate monitors or power meters to maintain sustainable exertion throughout the 25-mile race. This method is particularly effective in flat courses or time trials without varying conditions.The key to this strategy is knowing your body and your sustainable threshold. If unsure, use a recent Functional Threshold Power (FTP) test result or maximum average power from a previous 10-mile trial as a guideline.Variable PacingVariable pacing is an effective strategy for courses with a mix of different terrains (climbs, descents, flat sections) or varying weather conditions. The idea is to exert more effort or power on the areas where it will most impact reducing time (usually uphill) and recovering on the more accessible sections (usually downhill).In terms of maintaining a certain average speed, this is often a secondary consideration. While aiming for an average speed can be a good benchmark, it doesn't account for factors like fatigue, terrain, and wind conditions.A power meter or heart rate monitor is often a more reliable tool for pacing. Power output directly measures your effort, regardless of external conditions. Meanwhile, heart rate is an indirect measure of exertion and reflects how your body responds to the workload. Therefore, focusing on maintaining a certain effort level, using power or heart rate as a guide rather than targeting a specific average speed, is advisable.Remember, the most effective pacing strategy is the one that suits your strengths and the specific race conditions. Always practice your chosen plan in training before attempting it on race day. Experimenting with different strategies will help you find the one that enables you to perform your best.Pacing for Different Weather Conditions Weather conditions can significantly affect your performance. Understanding the impact of temperature, wind, and humidity is crucial for tailoring your pacing strategy. The body works harder to maintain its internal temperature in high temperatures, leading to potential early fatigue. Wind direction can also greatly influence your pacing; headwinds increase resistance and require more effort, while tailwinds can boost your speed. High humidity can affect your body's cooling process and increase fatigue. Monitoring weather conditions using resources like MyWindsock will help you anticipate and adjust your strategy accordingly.Fueling for a 25-Mile Time Trial The timing of a race can significantly influence your nutritional strategy, and morning time trials are no exception. With less time available for pre-race meals, a two-pronged approach encompassing your dinner the night before and breakfast on race day becomes crucial. Pre-Race DinnerYour dinner the night before a morning time trial becomes even more vital as it fuels your body and boosts glycogen stores. This meal should be rich in complex carbohydrates, which provide a steady release of energy. Foods such as whole-grain pasta, rice, or quinoa are excellent choices. Accompany these with lean protein sources, like chicken or tofu, for muscle repair and recovery. Adding a variety of colorful vegetables will provide additional nutrients and fibre.Avoiding alcohol the night before the race is strongly advised. Alcohol can impair sleep quality, leading to less restful sleep and potential fatigue on race day. It can also disrupt normal digestion and hydration balance, affecting your preparation and performance.Race Day BreakfastOn the morning of the race, aim to eat a lighter, easily digestible breakfast about 2-3 hours before the start. This allows sufficient time for digestion and avoids gastrointestinal discomfort during the race. Your breakfast should contain a balance of carbohydrates for energy and a smaller amount of protein. A good example could be a bowl of oatmeal with a handful of nuts and some fruit or toast with a spread of peanut butter and banana slices. Stay hydrated, too. Start your day with a glass of water and continue sipping regularly up to the start line. Avoid drinking large volumes at once to prevent the need for frequent bathroom breaks.In-Race NutritionGiven that a 25-mile time trial typically lasts around 1-1.5 hours, consuming additional energy during the race isn't usually necessary for most cyclists. Your pre-race meals and your body's glycogen stores should provide enough fuel. However, there are always exceptions based on individual needs. Consider a mid-race energy gel or carbohydrate drink if you're prone to energy dips or fatigue towards the end of a race. Remember, any in-race nutrition should be tested and refined during training to ensure it suits your body.Individual ConsiderationsNutrition is a highly individual aspect of race preparation. What works well for one cyclist might not work for another. It's crucial to experiment during training to find what food types, timings, and quantities make you feel and perform at your best. For example, some people might find a lighter dinner and a bigger breakfast works better for them, while others might prefer the opposite. Understanding and respecting these individual preferences can make the difference between a good performance and a great one.Aerodynamics and Equipment When preparing for a 25-mile time trial, meticulous attention to equipment and aerodynamics can be the difference between a good performance and a great one. Every detail counts in a race where seconds matter, from your helmet to your water bottle and even your position on the bike.Aero Water BottlesThe aero water bottle is a unique component that can offer an aerodynamic advantage. These bottles are designed to fit seamlessly into your bike frame, streamlining your setup and reducing air resistance. Even if the bottle isn't used for hydration during the race, its presence can offer an aerodynamic benefit. However, balancing this advantage with the potential weight addition is vital, especially in hilly terrain. Always test equipment changes during training rides before implementing them on race day.Skin SuitsA cyclist's clothing can significantly influence their aerodynamic efficiency. Traditional cycling jerseys and shorts may flap in the wind or bunch up, creating pockets of air resistance. On the other hand, a well-fitted skinsuit is designed to cling tightly to your body, eliminating these issues. By minimising fabric wrinkles and folds, a skin suit can reduce drag and shave valuable seconds off your time. Additionally, modern skin suits often have textured fabrics or 'trip strips' strategically located to better guide airflow and enhance aerodynamics.Aero HelmetsThe type of helmet you wear can also contribute to aerodynamics. Aero helmets are specifically designed to minimise drag, often featuring a streamlined shape and a longer tail to smooth airflow over the back of the helmet and down your back. It's important to note that the benefit of an aero helmet can depend on your riding position. The helmet works best when it's properly aligned with your back, so practice riding in your aero position while wearing the helmet to make sure it's effective.Training in the Aero PositionMaintaining an aerodynamic position on the bike is critical for a time trial. This often involves riding on the 'aero bars', with your forearms resting parallel to the ground and your body low and stretched out to reduce your frontal area. Training in this position is crucial for several reasons.First, it builds specific strength and flexibility. The aero position uses different muscles than a regular upright riding position, so consistent training helps you adapt to the change. Second, the aero position can feel unnatural or uncomfortable initially. Regular training enables your body to adapt to the position, improving comfort and stability during the race.Third, maintaining the aero position is as much a discipline as physical conditioning. When fatigue sets in during a race, shifting to a more comfortable but less efficient position is tempting. Training in the aero position helps build mental fortitude to maintain the position even when pushing your limits.While optimising equipment and aerodynamics can provide valuable speed gains, these should complement your primary performance drivers: training, fitness, and strategy. The most effective improvements often come from a combination of multiple minor optimisations in both rider and equipment.ConclusionMoving from the shorter, club-level 10-mile time trial to the more competitive and demanding open 25-mile race is an exciting milestone for many cyclists. This transition isn't just about developing your physical capabilities and tweaking your pacing strategyit's also an opportunity to immerse yourself in the competitive atmosphere fully and embrace the thrill of racing.As you make this leap, it's the perfect time to dust off and polish your aero kit. Bring out your streamlined skin suit, aerodynamic helmet, and even those aero water bottles. Take advantage of this step-up in competition to test and refine your equipment setup. Doing so not only aids your performance but also boosts your confidence as you look and feel the part of a serious competitor.Moreover, transitioning from a 'fun training race' to a more competitive severe event is a chance to think more critically about how every detail from your training and nutrition to your equipment and race day strategycan affect your performance. It's an opportunity to grow as a cyclist, understanding how to utilise your gear effectively and adapt to changing race conditions.Taking on a 25-mile trial tests a cyclists endurance, strategy, and mental strength. Understanding your body's capabilities, weather influences, proper fueling techniques, and effective use of equipment can help you master your pacing strategy. The journey from a 10-mile to a 25-mile time trial is an exhilarating challengeembrace the race, and saddle up for your best ride yet. But remember, amidst these exciting advancements, the essence of the sport remains the same: it's you, your bike, and the road. The joy of cycling and the satisfaction of personal achievement are at the heart of every race, regardless of distance or competition level. Embrace this step-up in competition as an opportunity for growth, and most importantly, saddle up and enjoy the ride!

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Primoz Roglic left the Collet d'Allevard an happy man today. He had won the time-trial at the Itzulia Basque Country but did not celebrate on the bike (and crashed out a few days later). Today, at the Criterium du Dauphin, he finally took his first road stage win of the season and it was with an im...

In today's feature edition of Reader's Rig, we meet writer and photographer John Montesi (and his dog, Hank), who shares the one-of-a-kind titanium Sklar hardtail that's shaped his mountain biking experience throughout the past four years. Find a deep dive into John's cycling history, detailed notes from thousands of miles with his Sklar, and a vibrant collection of photos shot on picturesque trails around the United States here...The post Readers Rig: John Montesis Custom Ti Sklar Hardtail appeared first on BIKEPACKING.com.

Well, Ive mentioned it enough in a few of my recent articles like this one, that one.oh, and this other one here. I guess its about time I let you know what my first impressions are of Haro Bikes new Saguaro 1 hardtail mountain bike.(Photos/Ron Frazelle)Well, I like it a lot. Im having a really fun time on this bike. Quick confession, Ive been almost exclusively riding rigid mountain bikes for close to ten years. I say almost because from 2018 through 2020 I did enjoy my RSD Middle Child until I got the itch during the pandemic to sell it and build something different. Regretted that decision almost instantly.Anywho, on to the Haro Suguaro 1. It has a great spec sheet, and geometry that is both comfortable and aggressive at the same time. Ive made a few small component upgrades, but for the most part, the bike is still in stock form. Lets get into the details.Hardtails Rule!When I choose to ride a bike with suspension, my choices always seem to turn to hardtails. For me, a hardtail means less maintenance. It means a little more concentration on the trail, as picking your line on a descent becomes a little more important. This makes it fun for me the same way a fully rigid MTB would. And the Haro will be no exception. Although this FOX fork thats specd on the Saguaro does make it more comfortable while doing it.The Saguaro 1The Haro Saguaro hardtails come in three spec levels Saguaro 3, 2, and 1. The Saguaro 3 retails for $1899, the 2 retails for $2399 and the 1 retails for $3999 (tested). All of the bikes seem to have smart specs and are a good value for the money.Haro sent me a large Saguaro 1. The electronic SRAM GX Transmission 12-speed drivetrain was fairly easy to set up. It obviously wont have any cables to replace or adjust, which is nice. And the reliable, easy-to-set-up FOX fork adds to the bikes simplicity.Saguaro 1 SpecsheetThat being said, lets go over a few more of the great components this bike was specd with. Frame: Hydroformed, heat-treated 6061-T6 aluminum frame. Double-butted top and down tubes with internal cable routing. the frame also uses size-specific chainstay lengths. Set up for a UDH derailleur hanger and clearance for 2.6 tires. Fork: FOX 36 Performance Elite, with 140mm travel. Grip X2. 44mm rake. Cranks: SRAM GX Transmission 32t chainringRear Derailleur: SRAM GX Transmission 12-speedDerailleur Shifter: SRAM GX Transmission 12-speedCassette: SRAM GX Transmission 10/52tTires: Kenda Pinner 29X2.4 ATC (front) and Kenda Nevegal 2, 29X2.4 ATC (rear). Sealant included. Wheels/Rims: DT Swiss XM 1700 Aluminum, hooked, tubeless TC, 30mm inner width, 32HFront Hub: DT Swiss XM 1700 Spline, 110 x 15mm boost thru-axleRear Hub: DT Swiss XM 1700 Spline, 148 x 12mm boost thru-axleBrakes: TRP Evo-4-piston brakes, 203mm rotor up front and 180mm in the rearGrips: WTB Wavelength lock-onHandlebar: Race Face Turbine R. 800mm wide X 20mm riseStem: Race Face Turbine R. 35mmHeadset: FSA Orbit sealed, tapered 1-1/8- 1-1/5Saddle: WTB Volt Medium with chromoly rails. PU Leather. Flex tunedSeatpost: TranzX JD-YSI35 dropper 210mm dropParts Ive ReplacedEven though this bike is specd really well, I replaced a few things right off the bat. Ive got this bike for a long-term review and will also use it to review other parts in the near and not-so-near future.TiresThe very first thing I replaced, before I even rode the bike were the Kenda Tires. I replaced them with a set of Teravail Kessels, for both the front and rear, in the 292.6 flavor with the durable tan wall casing. I think Tan walls always make a bike look better.SaddleThe second thing I replaced was the saddle. I replaced it with one of my favorite modern saddles, the Ergon SM Pro Mens in the M/L size. I say modern because I usually ride the Brooks B17 exclusively but the B17 wont work well in this application.Grips and Cockpit AdditionsOn to the grips. Although I am a big fan of just about everything WTB does, I didnt care for the Wavelength grips that came stock on the Saguaro 1. Along with Ergons saddles, I am a big fan of their grips. I swapped in the Ergon GE1 Evo Factory in the Frozen Moss/Oil Slick color. They look marvelous and feel great.I added a Spurcycle Original Bell to the cockpit as well. I need a bell on a lot of trails that I ride. And for me, there is no other bell on the market like this one. I also got the new Denim/Indigo color. Its beautiful.Ive always wanted to review the Paul Components Dropper Trigger, so when I got the Saguaro 1 and built it up, I noticed the dropper lever didnt feel great. So, I opted to install and review the Paul Dropper Trigger on the Saguaro. Check out that review here.Bottle Cage and Computer Mount I dont like riding with a hydration pack. I can tolerate a nice hip pack, but I prefer a good ol water bottle on my bike, and the Saguaro 1 comes with a bottle mount in the front triangle. So thats nice. I then added the King Cage Stainless Steel Side Loading bottle cage to the Haro. I wrote a review of this cage here.Lastly, the unsung heroes of all of the gear I use are my K-Edge computer mounts. They very rarely get mentioned and are always there doing what they are supposed to do, without a complaint or issue. So, of course, I added my K-Edge Gravity Top Cap Mount. Haro Suguaro 1 GeometryComes in sizes S, M, L (tested), and XLThe colors are Metallic Green (tested) and Matte MauveMy Initial Thoughts on the RideIve found the first couple of rides on the Haro Saguaro 1 refreshingly familiar. As I mentioned earlier, its been a while since Ive ridden a bike with a slack front end and decent front suspension. As someone who prefers to ride steel bikes, I found myself very conscious of the way the frame rode on the first few rides.I was pleasantly surprised that I didnt notice any overt harshness in the rear end. Although its early in the review period, theres been none of that crazy harsh ride that I remember aluminum frames to dish out. Dont mistake what I am saying, the Saguaro 1 rides like youd expect a hardtail would. But, not because the frame is overly stiff.29er For the WinI like the way this bike handles with the 29 wheels. It rolls over everything with grace. The FOX 36 Performance Elite fork helps a lot with that. But, that being said when compared to the 27.5 RSD Middle Child I had, I find the Saguaro 1 much more capable and nimble.As suspected, it is fast on the descent. On the trail that Ive been riding, there is a 1.5-mile descent that has a few chunky, rocky sections and the Saguaro 1 bulldozed right through it where I clocked 34.1 MPH.like buttah. The high volume, low pressure, 2.6 Kessles helped here as well, Im sure.Its a HardtailRiding down in Orange County, CalifoniaRiding down in Orange County, CalifoniaBut, its a hardtail and there were parts of the trail, on the descent, where that fact was painfully obvious. With the lower bottom bracket, the bike seemed to stay planted and stable. Even on the fast rocky parts of the trail, the bike never felt like it was going to bounce or skip offline. If I picked the line, the Saguaro took it.BrakesThe TRP Trail EVO brakes feel fantastic. With the 210mm front rotor and the 180mm rear rotor, stopping power is on hand and very present. The modulation is great, and there is so much power on hand. The levers have a quick reach adjustment by just twisting the dial right behind the lever. It reminded me of the kick-ass ol Avid Speed Dial Levers. Remember those? Those were sick!Due to the reach and longer front end and bigger wheels, it seems to be a lil bit hard to pull the front end up over some obstacles. As youd expect from a hardtail, it climbs well, even though its on the heavier end of the spectrum at 34lbs.Riding the Saguaro in the New HoodFirst shake down rideThe terrain I am riding it on the most is around our new house up in the mountains. Its very rocky at times with a lot of loose over hard pack, and the occasional sandy sections. I still have yet to find a lot of places to ride here. So, I am excited to get it down the mountain on familiar trails, where I can make some good comparisons. But, more on that in the full review. Wait, What About The Transmission?SRAM Shift PodI know I havent talked about the electronic SRAM GX Transmission yet, and I dont think I will until the full review, as its way too early for me to make a final judgment call. What I will say is that on the 3 or 4 rides Ive done on the SRAM GX, Im not very impressed. I will say setting it up with the app was pretty neat, and fairly easy. The shift pod is unnatrual and awkward to use. Maybe I could get used to itagain too early to tell. But well dive into that after a bit longer on the product.Theres More to Come!Well, Im very excited to have this bike and to run it through its paces over the next few months. Its a fun bike so far, that just wants to go fast. And I am anticipating many, many miles of fun to come. Stay tuned here for more!HaroBikes.comThe post First Impressions: The New Haro Saguaro 1 is a Fun, Well Specd, Shreddy, Slack, 29er Hardtail appeared first on Bikerumor.

Whether you're a seasoned cyclist looking to take your performance to the next level or a passionate rider embarking on a new fitness journey, this blog post is designed to guide you through the intricacies of building an effective cycling training plan. From understanding the different cycles within a yearly plan to exploring the physiological aspects of training, we'll delve into the key components that will help you maximise your cycling potential. So, tighten your helmet straps, clip into your pedals, and join us as we explore the art and science of creating a training plan to propel you towards your cycling goals. Get ready to saddle up and embark on a journey of growth, improvement, and achievement in the cycling world!Creating a well-structured training plan is crucial for cyclists aiming to improve their performance and reach their peak during target events. To achieve optimal results, it's essential to understand how to build and integrate different training cycles into a yearly plan. This blog post will guide you through the process, emphasising target events, critical aspects of physiology, and practical training strategies.Cycling training plans typically have three cycles: macrocycles, mesocycles, and microcycles. These cycles are designed to systematically structure and organise training periods to optimise performance and achieve specific goals. Here's a description of each type:Macrocycle: A macrocycle represents the overall training period, often several months to a year. It targets a specific goal or event, such as a race or a peak performance period. During the macrocycle, the training plan is divided into smaller mesocycles and microcycles, each with its focus and objectives.Mesocycle: A mesocycle is a medium-term training block within the macrocycle, typically lasting a few weeks to a few months. Mesocycles are designed to target specific aspects of fitness, such as endurance, strength, or speed. They allow for progressive overload and adaptation, gradually building towards the ultimate goal of the macrocycle. For example, a mesocycle may focus on developing aerobic endurance through long, steady rides.Microcycle: The smallest training unit within the overall training plan, typically lasting a week. It consists of daily training sessions and serves as the building block of the mesocycles. Microcycles vary in training intensity, volume, and specific workouts, targeting different aspects of fitness throughout the week. For instance, a microcycle may include high-intensity interval training (HIIT) sessions, recovery rides, and strength training.Overall, the macrocycle provides the structure for the entire training plan. At the same time, mesocycles and microcycles break it down into manageable training blocks, focusing on different aspects of fitness and gradually progressing towards the desired goal. The specific' specific duration and composition may vary depending on individual needs, fitness level, and the particular event or goal being targeted. It's essential to consult with a qualified coach to design a personalisedtraining planthat suits your specific needs and objectives.Setting Goals and Identifying Target EventsThe first step in designing a yearly training plan is identifying your goals and target events. Determine the specific races, competitions, or peak performance periods you want to excel. This will help you align your training cycles and focus on the physiological adaptations required for those events.Setting Goals Adopting a SMART approach can make all the difference when setting goals for your cycling training. SMART stands for Specific, Measurable, Achievable, Relevant, and Time-bound. Let's dive deeper into each component:Specific: Start by clearly defining your long-term goals in cycling. Specificity is vital, whether it's conquering a challenging mountain pass, completing a multi-day tour, or achieving a podium finish in a local race. The more precise and detailed your goal, the better you can tailor your training plan.Measurable: Ensure your goals are measurable, allowing you to track your progress. Incorporate quantifiable metrics like speed, distance, power output, or race results. For example, instead of aiming to "ride faster," set a measurable goal like "increase average speed by two mph."Achievable: While it's essential to challenge yourself, it's equally crucial to set realistic and attainable goals. Consider your current fitness level, available training time, and any other commitments in your life. Setting achievable goals sets you up for success and prevents frustration or burnout.Relevant: Align your goals with your broader cycling aspirations and personal motivations. Ensure they are relevant to your overall development as a cyclist. This helps maintain focus and keeps you engaged and passionate throughout your training.Time-bound: Assign a timeframe or deadline to each goal. This creates a sense of urgency and provides a clear target to work towards. Whether completing a specific milestone by the end of the season or achieving a particular time trial result within the next three months, time-bound goals add structure and accountability to your training plan.By embracing the SMART principles, you empower yourself to set clear, measurable, and achievable goals that align with your cycling aspirations. This strategic approach allows you to track your progress, make necessary adjustments, and stay motivated as you pedal towards success. So, let's apply the SMART framework to your training goals and unlock your full potential on the bike.Identifying Target EventsTarget events are the key competitions or races where you aim to perform well during a specific period. Identifying target events helps structure your training plan and allows you to tailor your preparation accordingly. Consider the following when identifying target events:Prioritise Events: Determine which races or events are most important to you based on your goals, personal preferences, and competitive aspirations. Consider factors such as distance, terrain, level of competition, and any events that align with your long-term goals.Event Calendar: Research and create a calendar of events that interest you. Identify the specific dates, locations, and details of each event.Periodisation: Consider the timing and spacing of your target events. Plan your training phases to allow for adequate preparation and recovery between events. Avoid scheduling events too close together, which can hinder performance and recovery.Progression and Building Towards Events: Structure your training plan to build towards your target events gradually. Allocate specific mesocycles and microcycles to develop the fitness, skills, and race-specific abilities required for each event. Focus on peaking your performance for your most important events.Remember, goal-setting and event selection should align with your abilities, aspirations, and available resources. It's essential to balance challenging yourself and being realistic about what you can achieve. Flexibility is also crucial, as you may need to adjust your goals or target events based on unforeseen circumstances or changes in your cases. By setting clear goals and identifying target events, you can align your training efforts, stay motivated, and track your progress effectively. This focused approach helps you prioritise your training, structure your preparation, and work towards achieving your desired outcomes in cycling.Too Many Targets? Taking inspiration from professional riders, amateur cyclists can also strive to peak for a couple of key events each year. While the level of commitment and intensity may differ between amateurs and professionals, the concept of targeting specific events remains valuable. However, it is worth noting that amateurs should be cautious not to overload their calendars with too many significant targets. Instead, focusing on a few key events is advisable for several reasons.Firstly, peaking for an event requires a significant investment of time and energy. It involves structured training, recovery periods, and meticulous planning. By limiting the number of significant targets, amateurs can allocate sufficient time for each macrocycle, allowing for proper preparation and maximising their chances of success. Having too many significant events close together can lead to overtraining, fatigue, and decreased performance, diminishing the overall quality of their performances.Secondly, peaking for an event involves a tapering phase, during which the training load is reduced to allow for optimal recovery and super-compensation. This tapering period is crucial for maximising performance potential. If an amateur cyclist tries to peak for numerous events throughout the year, they may find themselves constantly in a tapering phase, which can hinder their overall progress and prevent them from achieving their full potential. By focusing on a select few events, cyclists can prioritise their training and taper effectively, ensuring they reach their peak form when it matters most.Furthermore, peaking for an event's mental and emotional demands should not be underestimated. Each primary target requires focus, commitment, and a certain level of competitive mindset. Attempting to maintain this level of intensity for an extended period can lead to burnout and diminished enjoyment of the sport. By limiting the number of key events, amateurs can strike a balance between their training, personal life, and the inherent joy of cycling, avoiding excessive pressure and maintaining a healthy relationship with the sport.Lastly, allowing ample time between primary targets provides the opportunity for reflective analysis and feedback. After each event, cyclists can evaluate their performance, identify strengths and weaknesses, and make necessary adjustments to their training and strategy. This iterative process of learning and improvement is essential for long-term progress. By spreading out primary targets, amateurs have the opportunity to apply these lessons effectively, gradually enhancing their abilities and achieving consistent growth as cyclists.Understanding the Aspects of PhysiologyUnderstanding the various aspects of physiology related to cycling performance is crucial for designing an effective training plan. Here's an expanded explanation of the critical physiological elements and their implications for training:EnduranceEndurance is a fundamental aspect of cycling performance, particularly for long-distance events. It refers to the ability to sustain efforts over an extended period. Building endurance involves improving aerobic capacity, muscular endurance, and efficient fuel utilisation.Training Strategies:Long, steady rides: Focus on gradually increasing the duration and distance of your lifts to build aerobic capacity.Tempo and threshold training: Incorporate rides at moderate to high intensities to enhance your ability to sustain efforts below your maximum.Interval training: Include intervals at or slightly above your lactate threshold to improve endurance at higher intensities.Proper nutrition and hydration: Fuel your body with adequate carbohydrates and fluids during long rides to optimise endurance.Power and StrengthPower and strength are crucial for explosive efforts, sprints, climbs, and accelerating out of corners. Building power involves increasing your ability to generate force on the pedals, while strength training targets muscular strength and efficiency.Training Strategies:Hill repeats: Incorporate focused hill workouts to improve leg strength and power.High-intensity interval training (HIIT): Include short bursts of high-intensity efforts to develop power and anaerobic capacity.Strength training: Incorporate resistance exercises, such as squats, lunges, and leg presses, to improve muscular strength and power transfer.Plyometric exercises: Integrate explosive movements like jump squats or box jumps to enhance power output.Speed and TechniqueSpeed and technique focus on optimising your cycling mechanics and pedalling efficiency. Improving speed involves refining your position on the bike, maximising cadence, and minimising energy wastage.Training Strategies:Interval training: Include intervals at high intensities to improve your ability to generate power quickly.Cadence drills: Practice riding at different cadences to find your optimal rhythm and improve pedalling efficiency.Technique drills: Incorporate drills focusing on smooth pedalling, cornering, bike handling skills, and sprinting form.Bike position optimisation: Work with a bike fitter or coach to optimise your bike fit for maximum speed and efficiency.Recovery and AdaptationProper recovery and adaptation are essential for optimising performance gains and preventing overtraining. Adequate rest allows the body to repair damaged tissues, replenish energy stores, and adapt to the training stimulus.Training Strategies:Rest days: Schedule dedicated rest days with no intense workouts to allow for complete recovery.Active recovery: Incorporate light, easy rides or other low-impact activities to promote blood flow and aid healing.Sleep and nutrition: Prioritise quality sleep and provide your body with proper nutrition to support recovery and adaptation.Periodisation: Implement reduced training volume or intensity periods to allow recovery and adaptation.Understanding these physiological aspects allows you to tailor your training plan to address specific areas of improvement. By incorporating appropriate training strategies for endurance, power and strength, speed and technique, and recovery and adaptation, you can optimise your cycling performance and achieve your goals effectively. Monitor your progress, listen to your body, and adjust your training plan to ensure continued improvement and injury prevention.Building Macrocycles Macrocycles span the entire training period, usually from several months to a year. They provide a framework for structuring your training and peaking for specific events. It is essential to recognise that there can be multiple macrocycles within a season. This is particularly evident when considering the training strategies employed by professional riders who aim to peak for early-season monuments, such as the Tour of Flanders, as well as the pinnacle of cycling, the Tour de France.The season is divided into distinct phases for these elite athletes, each with its macrocycle. The first macrocycle typically revolves around the early-season monuments, which are prestigious one-day races held in the spring. Professional riders undergo specific training programs that emphasise the demands of these races, focusing on endurance, explosive power, and tactics for conquering challenging terrains. The goal is to reach peak performance precisely during these events, ensuring they can compete at the highest level and contend for the victory.Following the early-season monuments, professional riders transition into another macrocycle, encompassing the preparation and buildup for the Tour de France. This grand tour, spanning three weeks and featuring demanding stages across various terrains, requires different skills and physiological adaptations. Riders must excel in climbing, time trials, and tactical awareness to succeed in the general classification or target-specific stage victories. Their training during this macrocycle will emphasise endurance, lactate threshold, recovery, and mental fortitude.By incorporating multiple macrocycles into their training plans, professional riders can adapt their physical capacities and optimise their performance for different races throughout the season. Each macrocycle is tailored to the specific demands of the target event, ensuring that the rider reaches peak form precisely when it matters most. The ability to strategically plan and execute these macrocycles is a testament to the scientific approach and meticulousness required in professional cycling.Here's a more detailed explanation of how to build macrocycles:Off-Season/Base PhaseThe off-season/base phase is the starting point of your macrocycle. It typically occurs during the offseason or following your last target event. The primary focus of this phase is to build a strong foundation of endurance, strength, and technique.During the off-season/base phase, prioritise longer rides at lower intensities to enhance aerobic capacity and develop endurance. Incorporate cross-training activities like strength training, yoga, or other sports to improve overall fitness and prevent monotony. This phase helps prepare your body for more intense training in the upcoming steps.Pre-Competitive PhaseAs you transition from the off-season to the pre-competitive phase, the focus shifts towards more specific training. This phase typically occurs a few months before your target events. The goal is to build upon the foundation established during the base phase and start incorporating workouts that mimic the demands of your target events.Introduce interval training sessions during this phase to improve anaerobic capacity and power output. Include workouts such as high-intensity intervals, hill repeats, and threshold efforts. These workouts simulate race conditions and help you develop the specific fitness required for your events.Competitive PhaseThe competitive phase is the final stage of your macrocycle, leading up to your target events. This phase typically occurs a few weeks to a month before your most important races or competitions. The primary objective is to fine-tune your fitness and maximise performance during these critical events.During the competitive phase, focus on race simulations to familiarise yourself with the intensity and conditions you'll encounter during competition. Incorporate specific workouts that replicate the demands of your target events, such as time trials, race pace efforts, and simulated climbs.Gradually reduce the training volume and intensity as you approach your peak performance period. This process, known as tapering, allows your body to recover, adapt, and fully express the fitness you've built throughout the macrocycle. It ensures you reach your highest level of performance during the key events.Monitoring and AdjustingThroughout the macrocycle, monitoring your progress and adjusting as needed is essential. Regularly assess your performance, track key metrics, and listen to your body's signals. If you encounter setbacks or notice signs of overtraining, be flexible in modifying your training plan to prioritise recovery and avoid burnout or injury.Remember that every cyclist's needs and goals are unique. It's crucial to individualise your macrocycles based on factors such as your current fitness level, event schedule, and recovery capacity. Consulting with a qualified coachcan provide valuable guidance in designing and adjusting your macrocycles to align with your specific requirements.By carefully structuring your macrocycles, you can optimise your training throughout the year, progressively building fitness and reaching peak performance during your target events.Structuring Mesocycles and MicrocyclesStructuring mesocycles and microcycles is vital to designing a comprehensive and effective training plan for cyclists. Let's dive deeper into how to structure these cycles:MesocyclesMesocycles are medium-term training blocks within the macrocycle, typically lasting several weeks to a few months. They allow you to focus on specific aspects of fitness and gradually progress towards your goals. Here's how you can structure mesocycles: Determine Training Objectives: Identify the specific aspects of fitness you want to target during each mesocycle. These objectives may include improving endurance, increasing power output, enhancing speed, or refining technique. Align these objectives with the demands of your target events.Vary Training Emphasis: Assign each mesocycle a primary training emphasis. For example, you might have a mesocycle focused on building aerobic endurance, one concentrating on power development and strength and another centred on speed and technique. This allows you to address different components of fitness throughout the macrocycle systematically.Progression and Overload: Training load and intensity gradually increase within each mesocycle to promote adaptation and improvement. Start with moderate intensity and volume and progressively increase as your body adapts. This principle of progressive overload ensures continuous improvement while minimising the risk of overtraining.Periodisation: Employ periodisation techniques within mesocycles. Periodisation involves dividing the mesocycle into smaller blocks, such as 2-3 weeks of higher training volume and intensity, followed by a week of reduced volume for recovery. This structured approach helps maximise training benefits and manage fatigue.Regular Assessments: Regularly assess your progress and adjust the mesocycles accordingly. Conduct performance tests, evaluate critical metrics, and monitor how well you respond to the training. Based on these assessments, you can make informed adjustments to the training plan, such as modifying training volume, intensity, or focus areas.MicrocyclesMicrocycles are the minor training units within the plan, typically lasting one week. However, this can be simplified further into the period between two rest days. They break down the mesocycles into manageable segments and allow for fine-tuning training variables. Here's how to structure microcycles effectively:Training Distribution: Distribute your training sessions strategically throughout the week. Designate specific days for different workouts, such as interval sessions, endurance rides, recovery rides, strength training, and rest days.Vary Intensity and Volume: Within each microcycle, vary the intensity and volume of your workouts to promote adaptation and recovery. For instance, alternate high-intensity interval sessions with lower-intensity recovery ride to balance stress and aid recovery.Recovery and Adaptation: Include adequate recovery periods within each microcycle to allow your body to adapt to the training stimulus. Incorporate easy recovery rides, rest days, or active recovery activities to promote optimal recovery and reduce the risk of overtraining.Individualise Training: Adjust the microcycles based on your needs, schedule, and recovery capacity. Consider factors like work commitments, family obligations, and personal recovery rates when structuring microcycles to ensure they are feasible and sustainable for you.Flexibility and Monitoring: Remain flexible in adjusting the microcycles as needed. Pay attention to your body's signals, monitor your performance, and be open to making modifications based on your progress, recovery, and overall well-being.By carefully structuring mesocycles and microcycles, you can effectively address different aspects of fitness, progress towards your goals, and optimise your training throughout the year. Remember to continually assess and adjust your plan based on individual needs and responses to exercise to achieve the best results.ConclusionBuilding an effective cycling training plan involves careful consideration of various factors, including the structure of macrocycles, mesocycles, and microcycles. By understanding the aspects of physiology and training, cyclists can optimise their performance and progress towards their goals.The macrocycle serves as the overarching framework, dividing the year into distinct training phases and accommodating target events. The off-season/base phase is crucial for rest, recovery, and establishing a solid endurance, strength, and technique foundation. It sets the stage for subsequent training steps and prepares the body for more intense, event-specific workouts.Mesocycles allow for medium-term planning and focus on specific training objectives. They provide an opportunity to address different aspects of fitness, progress systematically, and gradually increase training load and intensity. Periodisation techniques within mesocycles help manage fatigue and maximise training benefits.As the minor training units, microcycles offer flexibility and fine-tuning of training variables within the mesocycles. Microcycles optimise adaptation, recovery, and individual needs by distributing training sessions strategically throughout the week, varying intensity and volume, and incorporating adequate recovery.Understanding the aspects of physiology, including endurance, power and strength, speed and technique, and recovery and adaptation, enables cyclists to tailor their training plans accordingly. By incorporating appropriate training strategies for each aspect, cyclists can improve their overall performance and reduce the risk of injury.Lastly, setting goals and identifying target events provide direction, motivation, and a framework for the training plan. Clear and measurable short-term and long-term goals help track progress and ensure focus. Identifying target events allows for structured preparation, peaking performance, and aligning training efforts.In conclusion, a well-structured cycling training plan encompasses building macrocycles, mesocycles, and microcycles while considering the aspects of physiology and training, setting goals, and identifying target events. By applying these principles, cyclists can optimise their training, improve their performance, and reach their full potential on the saddle. So saddle up, embrace the journey, and pedal your way towards success!

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