 Optimising Pedalling Efficiency: A Key to Mastery for Indoor Cycling InstructorsOptimising every aspect of a cyclist's training regimen is crucial. Among these aspects, pedalling efficiency is a pivotal element for cyclists to master. In this guide, we'll explore why an efficient pedal stroke is not just beneficial but essential for cyclists, especially when it comes to maximising power output and preventing injuries.
0 Comments
 - ICI staff Efficient pedalling technique is essential for cyclists (both indoors and outdoors) to achieve their maximum potential and improve their strength and performance. An efficient pedalling technique allows generate more power with less effort and reduces the risk of injury. Equally, an inefficient pedaling technique can lead to decreased power output, discomfort, and injuries — and a frustrating lack of results.
 by Angela Reed-Fox Using cadence effectively in indoor cyclingTraining with cadence Training with cadence enables you to train for different outcomes. There is a range that is safe and effective – coaching outside this range can put riders at increased risk of injury and render a workout ineffective (or suboptimum at best), even for seasoned cyclists. Within the safe, effective range of 60-110rpm you can pinpoint narrower ranges in order to train to a specific rationale. Defining your challenge Resistance and cadence together will define your challenge. Although indoor cycling is a highly effective way of training for the road, there are necessary departures where indoor cycling is a little different. In the studio, 60-80rpm is the range used for climbing and higher resistance work, and 80-110rpm is a flat road requiring faster work. On the road, you would naturally find a faster cadence to prevent fatigue, in the studio we use different cadence to improve on technique and maximise gains. Most road cyclists train at cadences above 80rpm with a lowr resistance whether climbing or not in order to reduce strain on joints and to reduce fatigue by focusing on slow-twitch muscle fibres. Cadence and technique Coaching technique is essential for all riders – you may sometimes come across riders who are keen to pedal beyond 120rpm; it is very rare to see this done well even (or especially) among those riders accustomed to riding on the road. In a class setting, in order to ensure maximum effectiveness for all riders, it is better to coach within the broad range specified; you can then coach effective technique, and riders can more easily feel the difference when they are riding effectively. Cadence - choosing the right tool for the job Focusing on narrower ranges enables you to keep the class together, and instruct effective challenges. 60-70rpm is a heavy, challenging climb (or ride into a headwind), resistance should be high - at this cadence you are promoting the use of fast twitch muscles and challenges will necessarily be short due to the muscle fibres' limitations. 70-80 provides a steadier 'working' climb. This calls on the slower twitch muscles and is a good cadence for an endurance climb (in or out of the saddle). A slightly higher cadence – 80-90rpm is great for coaching power intervals or for a steadier flat road/timetrial. At this pace it is easier than with the higher cadences to embed good pedalling technique. At 90-100rpm this is optimum timetrialling cadence and many riders find their comfort zone is here. Resistance is lighter than before, and you're heading for endurance. The fastest cadence you're coaching is 100-110rpm. This is more of a sprinting pace. When you instruct a sprint, ensure that riders know to add resistance on rather than just spin the legs. Fast legs with insufficient resistance on a bike with a weighted flywheel does not provide the required biofeedback for neuromuscular conditioning – the road cycling version would be tackling a long flat road in the granny ring; lots of flapping legs, but no distance covered. There's a reason why pro-cyclists don't train like this! Being clear with cadence With a class of riders, necessarily there will be a mix of abilities and levels of fitness even in the more tailored class setups; this makes effective instruction all the more important. You can effectively coach a class while being quite prescriptive with the cadence you expect from riders – you just need to be sure to describe how the appropriate resistance should feel (using positive language, of course!) so that each rider can replicate the challenge you set on their own bike. Only with the very highest cadences in the range will you need to offer other options to very new riders or those requiring special attention. Otherwise, cadence is a great leveller – all riders can tackle it while employing the level of resistance that is right for them. Indoor cycling instructor? Click below for free CPD resources. Your venue can also receive information on how we can help improve customer registration, retention, engagement and profitability.
 by Angela Reed-Fox Cadence, muscle fibre, and getting results with indoor cyclingEvery part of the indoor cycling session you design should have a rationale behind it, and cadence is one of the components which will help determine whether a challenge is safe, effective and efficient – or not. You'll have come across that one rider who, no matter what you have planned for the class, ends up pedalling at around 40-50rpm at such a high resistance that they're having to recruit their upper body to help power every. single. pedal stroke. Doing this puts too much strain on the joints and the back – and the risk is exacerbated if they haven't warmed up adequately to start with. This is a problem that you'll most often encounter in newer riders who think that they need to make the session as hard for themselves as possible if they're to get any benefit. So what's happening in the muscle? Muscle fibres are fast or slow twitch. Slow twitch fibres (type I fibres) have more mitochondria which means they're able to create more energy through the aerobic system, using oxygen and burning fat. Fast twitch muscle fibres (type IIa and IIb) are a little different. Type IIb fibres create energy anaerobically (fuelled by glucose stored in the muscles) – these are the powerful short-burst fibres. Type IIa can use both aerobic and anaerobic metabolism and so share features of both type I and type II fibres. Hill-climbing at 70-80rpm uses more of the aerobic fibres which enables greater aerobic endurance (and therefore great fat burn). Thinking about the different muscle fibres then with regard to class challenges, you'll be using more fast-twitch (type II) fibres during short, intense challenges such as sprints (up to 1100rpm) and heavy climbs (around 60-70rpm), and conversely, using more slow-twitch, aerobic-friendly muscle fibres during endurance sets such as timetrials and flats at 80-90rpm, and working climbs around 70-80rpm. Keeping an idea on what muscle fibres you're wanting to use, or what energy system you want to concentrate on will determine how you design your session. You'll be targeting fast-twitch muscles for short periods of intense power (whether slow or faster cadence), and slow-twitch muscles which take longer to fatigue for extended challenges and longer intervals at a moderate cadence. So the cadence, and the power that you'll be coaching along with it will determine the result you'll expect your riders to get. If you're coaching short intervals with high power and a cadence above 100rpm or below 70rpm, you'll be training for strength and using more of your fast-twitch muscles; if you're coaching longer intervals at a moderate cadence (70-90rpm) you'll be coaching endurance, improved aerobic capacity, and fat burn. Sign up for preferential treatment! (We promise not to flog your personal data or play fast and loose with it.)
|
Archives
September 2025
Categories
All
|