You might have seen it on the streets or in parks already – it looks like a scooter, but it works like a bicycle and it involves working out to actually move. This is what ElliptiGO is about. It is an elliptical bicycle that boosts a full-body workout while moving around. It looks comfortable and exciting – but most importantly, it looks like a lot of fun.
Now, the question is – is ElliptiGO really worth it? Is it actually giving you any benefits? It looks fun, but is it easier to ride than a traditional bike? It can definitely draw some attention from passers-by, but this is not what you want. All in all, this comparison will explain ElliptiGO vs bike and show you which option is better. ElliptiGO vs Bike- Is ElliptiGO better than a bike for cardio?
The ElliptiGO bike offers you a more diversified workout. In other words, you can feel the experience of a bike ride, but you also experience the elliptical training. Simultaneously! In other words, you save time or you exercise more over the same period of time. The workout is excellent for your cardio condition and you can do it while having fun.
The riding position is vertical. On a bike, you have to sit down, so the seat takes most of the body weight. This bike leaves it on your feet. You will need to move your legs to get going, but without sitting down. Unlike a classic elliptical, your hands are not moving – this is not a comparison to the traditional elliptical, but to the classic bike though. With these thoughts in mind, you do not have to be a genius to realize that ElliptiGO is more efficient than a classic bike for your cardio function because it requires more effort. ElliptiGO vs bike – Muscular activation
If gaining some muscle definition and mass is your primary reason to ride a bike, you are probably still debating – which one is better? Comparing ElliptiGO vs bike at this point is also a no brainer. So, what muscles are you focused on? A classic bike will work on the legs – more specifically, the hamstrings and calves. There is not too much work involved for your core, as you sit down.
ElliptiGO has a unique architecture. You stand up, and you need to maintain your balance, meaning the core is also involved. In terms of working on your legs, this innovative type of bike will focus more on the glutes. It is slightly more balanced, but again, it depends on what muscles you want to develop – the bike might be a better choice. Is a bike more comfortable than ElliptiGO?
If you are used to riding a bike, chances are you will find the ElliptiGO bike a bit weird. You need some coordination while riding it. It feels like you cannot steer – you need to take it slowly or you risk crashing into a wall or even worse, a car. If you are not the type to embrace new things, you better leave the ElliptiGO and stick to the classic bike.
It does have a learning curve, but it is not impossible. As you get used to it, you will be surprised by how steady it feels. It has well-supported foot platforms and a long elliptical path. You may not be sitting down, but you will definitely feel comfortable. It is also more stable, meaning it adds to your comfort. There is one aspect that makes the bike better though – it actually works on your balance and stability. Experiencing pain points
The bike has a bad reputation when it comes to pains. There are two things that will bother you if you like riding for a long period of time. First of all, no matter how well-cushioned, large or comfortable that seat is, it will always feel painful after too much time. You will need to take a break after a while, you often find yourself trying to change the position.
Other than that, the bike will most likely have you keep the neck bent, so you can see what is going on in front of you. After half an hour with your neck in that position, you will often keep your head down. You look up, see a straight stretch for a few hundred yards and start looking down – it feels like taking a break from the pain. When comparing ElliptiGO vs bike, the modern ElliptiGO clearly wins. It offers a more neutral position, so seat and neck pain become history. It is not perfect, though – you are in a standing position, so your back and legs may end up suffering after a while. Overall, it still feels more comfortable than the classic bike. How fast can you go on an ElliptiGO?
ElliptiGO is slightly slower than a bike. The cruising speed goes up to about 15MPH. But then, someone who is just getting used to it is less likely to reach such speeds. At the same time, an experienced rider with good fitness condition can easily reach 20MPH on a flat road – or even more, up to 25MPH down a hill.
The bike is similar in normal conditions – anywhere between 10MPH and 15MPH. Again, regular training, the perfect weight and a bit of experience with resistance reduction can push bikes to faster speeds – up to 30MPH. Obviously, it also depends on what type of bike you use – you cannot go too fast on a mountain bike, for example. How to ride an ElliptiGO
Learn how to use the ElliptiGO in a safe environment. Go into an empty parking lot, abandoned parking or one of those places where new drivers learn to drive – make sure you are alone or far from others. You are likely to lose balance or direction – even fall if this is the first time you ride the ElliptiGO.
There are lots of videos describing the first ride over the Internet. You need to slowly get onto the bike, put the feet in the right positions for the elliptical training to start working and keep going. You will get moving straight away. Keeping direction is a bit more difficult, though, so go at slow speeds as you get used to steering. It might be a good idea to avoid public roads for a few weeks. Tips on how to ride the ElliptiGO
Here are a few tips to consider when getting used to the ElliptiGO.
Conclusion
As a short final conclusion, comparing ElliptiGO vs bike will give you some clear answers based on your goals. If you are after speed and more control, the bike is better. If you want a bit of fun, a new experience and a complete workout, ElliptiGO is the way forward.
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As someone who seldom posts anything online, I've chosen to share a few of my opinions with you regarding what fitness is, what it truly is, and who qualifies as fit with you all. This is, of course, just my view at this point in time, but I think it's worth mentioning. Out of disappointment, I'm writing this. When I read articles, emails and blogs written by individuals in the fitness sector, I'm continuously learning and improving myself, but recently I've come across a lot of really fit people putting lines in the sand (about what fitness is) that in my view don't actually should be there. What we're talking about here seems to me to be a quantitative approach to a qualitative problem rather than the other way around. It's true that sports are measurable. Sport is associated with a lot of factors like how many, how many, how low, how high, how powerful, how far, how huge, and how long. We tend to be a quantitative society in the United States. How much money a person has, how many friends they have and how much money they spend on clothing are some of the things we are interested in finding out about each individual. We are fascinated with statistics, quantity, and keeping track of our progress.. If you think about it, is physical fitness a quantifiable trait? How about if we see physical fitness as something that can only be measured quantitatively? Perhaps a mix of the two might work? What are your thoughts? To me, physical fitness is more than how many times you can lift a weight, how long it takes to run, or whether you're able to place your feet behind your head or not. Physical fitness to me is about more than just a number, a weight, a distance, or a score; it's about more than that. As a psychotherapist, I remind my clients that we all have strengths and limitations at different stages in our life. At 24 years old, I was able to squat 700 pounds and bench press 405 pounds for reps while maintaining a body fat percentage of 9 percent year-round. Those days are over for me. But I can now do 35 pull-ups, stand on a stability ball for almost as long as I want, and stretch with my face touching my knee, all things I couldn't do as a beast-boy 24-year-old before. Is it better to be fit today than back then? Observe your surroundings. What's the backstory on them? Do they have any stories to tell? How big are they? Do you think they're too thin? Maybe they're just too weak to lift much weight. They may have a lack of stamina and be unable to run for long distances before becoming exhausted. If their present level of fitness is better than it was before, does it really matter if they don't meet your ideal of fitness? Take a minute to consider this. If you think about it, all of these things depend on your impression of the individual in question. I believe that a person's fitness improves as he or she ages. When you were younger, you may have had a different concept of fitness than you have now. Fitness should be embraced at any point in your life, no matter what form it takes.
Individuals are joining up for gyms in increasing numbers, yet many of those people feel that the quality of the gym they join relies more on the definition of the TV screens on treadmills than any definition their torso would experience from exercising properly. Functional Fitness Training is becoming a more popular alternative for individuals who actually want to improve their fitness, and more and more people are realising this as they learn more about the benefits of this kind of training. The definition of functional fitness training may be debated on the Internet, but this is not one of them. I realise that functional training may be used to any kind of training, depending on the goal. No, 2 hours of bicep curls a day is not considered functional training unless your profession requires you to have the biggest biceps in the world. As a result, functional fitness training will be defined as an activity or collection of exercises that replicate, adapt and enable for the enhanced performance of life's everyday duties for the vast majority of individuals, with a few exceptions reserved for personal purposes. In this case, the objective is to enhance one's quality of life outside of the gym; that is, to have a greater capacity for leisure and play, whether this be a grandma having fun with her grandkids or a teenager playing football. The six degrees of freedom, namely forward/backward, up/down, left/right, roll, pitch, and yaw, are all used in everyday life. Push/pull, jump/squat, step, twist, and bend are all examples of human movement. A single exercise or a set of exercises aimed at improving as many of these motions as feasible is referred to as functional training. For this article, at least, functional fitness training has been defined. How can one know which exercises are effective if there are so many different kinds of exercises? Yes, and sadly, we'll be publishing an article on the issue of un-functional training in the near future, so please stay tuned. Functional fitness training has several advantages. In today's gyms, many of the activities that take place are hard to replicate outside of the facility. You may build strength in a controlled setting and then use it in the real world outside of that controlled environment via functional fitness training. The number of 'fitness bases' addressed in a single session accounts for many of the positive changes brought about by functional fitness training. In fact, you may improve your strength, coordination, balance, agility, precision, and flexibility all in one action. Neurological fitness (balance, coordination, agility, accuracy) and physical abilities can only be improved by a small number of activities (strength, flexibility, endurance, stamina). This is accomplished by exercising your body as a single unit while simultaneously engaging a vast number of its joints and muscles... (This is how your body was intended to be utilised!) Rather of focusing on isolating particular muscles, teaching your muscles to operate together is more effective. Dynamic balance, rather than static balance, is required whenever your body is moving rather than being motionless, and this takes a lot of core stability among other things. Strengthening your core via functional fitness training can enhance your stability and strength in all areas of your movement, including your posture, and help you avoid injury. In terms of physiological advantages, functional fitness training has a lot to offer.
Functional fitness training has the advantage of being adaptable to a wide range of fitness levels. Individual fitness levels may be accommodated by altering intensity, duration, and resistance levels on all of the motions that are practised. If you're looking for a way to keep your workouts fresh, functional fitness training may help. Rare are the folks who exercise in traditional gyms who can say that they never grow bored throughout their workout. Finally, and probably most crucially, functional fitness training provides a return on your workout investment. Your exercise investment includes the money you spend (on a gym membership, gear, nutrition, and travel) as well as the time and effort you devote to your training. In conventional gyms, the value is primarily in the luxuries, not the fitness aspects, as previously mentioned. In functional fitness training, the value is in the increase in your capacity to enjoy recreation and play after achieving your goals, as previously mentioned in the paragraph before this one. In other words, it increases your overall physical capacity so that you can do more in the time you have available. When it comes down to it, functional fitness training is just regular old exercise. "Cardiovascular endurance" refers to a person's ability to continue exercising for a long amount of time without experiencing any discomfort or exhaustion. It is called "cardio-respiratory fitness" because it requires the supply and usage of oxygen, which can only be achieved via the proper functioning of the circulatory and respiratory systems. It has also been referred to as "aerobic fitness" since "aerobic capacity" is believed to be the best predictor of cardiovascular fitness, and aerobic physical activity or exercise is the recommended way for acquiring it. To achieve cardiovascular fitness, you must be fit in a variety of bodily systems, no matter how you explain it in words. A healthy heart is a prerequisite for having a strong cardiovascular system. Like any other muscle in the body, a healthy heart requires regular exercise. Regular cardiovascular exercise improves heart health; inactivity degrades it. Contrary to popular assumption, regular progressive exercise is not harmful to a healthy heart, contrary to popular belief. When pushed to its limits, the heart muscle becomes stronger and larger. The larger and more powerful heart can pump more blood with fewer beats per minute because to its increased size and strength. Most people's heart rates rest between 70 and 80 beats per minute, but skilled athletes' heart rates may go as low as 50 or even 40 beats per minute. When the heart is in good shape, it is effective at what it performs. Half of its fuel may be used to generate electricity. One-fourth of a car's gasoline is converted into energy by a well-functioning engine. The heart, on the other hand, is a well-oiled machine. An average person's heart beats roughly 40 million times in a year as a reflex. Daily, the heart pumps more than 10 tonnes of blood, the equivalent of someone hauling a 30-pound rucksack up the Empire State Building's 102nd floor, during this period. A healthy vascular system is essential to good cardiovascular fitness. The arteries of a healthy person are elastic and free of blockages, allowing blood to flow freely through them. Nerve fibre impulses regulate the size of artery openings through muscle layer regulation. Reduced internal diameter or hardened, non-elastic walls are two possible characteristics of unfit arteries. A healthy heart relies heavily on having well-functioning coronary arteries. The heart is not directly nourished by the blood in the heart's four chambers. Rather, coronary circulation is provided by a network of tiny arteries inside the heart muscle. A heart attack might be the result of poor coronary circulation triggered by clogged arteries. The walls of veins are less elastic and thinner than those of arteries. Small valves are located in veins to prevent blood from flowing backwards into the heart. Muscle contraction squeezes veins, which forces blood back to the heart. Veins are part of the muscular network. Because of a faulty valve, the body is unable to eliminate used blood at the appropriate pace. It is because of this that blood pools in the veins, creating varicose veins. A healthy respiratory system and enough blood flow are prerequisites to having a strong cardiovascular system. External respiration refers to the act of ingesting oxygen via the mouth and nose and delivering it to the lungs, where the blood takes it in. External respiration needs healthy lungs and sufficient haemoglobin levels in red blood cells in order to function. Anemia refers to low levels of haemoglobin in the blood, which is responsible for delivering oxygen throughout the body. Internal respiration refers to the process through which blood carries oxygen to tissues throughout the body. Capillaries are necessary for internal respiration. These mechanisms also remove carbon dioxide from the bloodstream. Fitness of both the exterior and internal respiratory systems is necessary for good vascular fitness. Muscle tissue that can efficiently use oxygen is required for cardiovascular fitness. Muscle tissue must be able to utilise oxygen to maintain physical performance after the oxygen is provided. Slow-twitch muscle fibres play a major role in cardiovascular fitness routines. When exercised, these fibres undergo modifications that allow them to use oxygen more effectively. Slow-twitch and fast-twitch fibres seem to be more prevalent in distance runners and sprinters, respectively.
Heart disease may be prevented by regular exercise. Regular exercise has been shown to lessen the risk of heart disease. Additionally, it lowers the risk of cardiovascular disease-related early mortality. Exercising has been demonstrated to have a positive effect on avoiding heart disease regardless of other risk factors. It is now well accepted that inactivity is the leading risk factor for heart disease. Cardiovascular disease is more common in those who aren't fit. Cardiovascular fitness seems to be linked to a lower risk of heart disease, according to the most recent research. It has been shown that those who are not in good physical shape are more vulnerable. It has also been shown that boosting your fitness (going from poor fitness to excellent fitness) has a favourable influence on health. |
AuthorJude is a fitness expert and blogger. He is the main contributor for Sweat it Out'. You can find the latest blogs here. If you want to know more about us, you can find it on the About page. Feel free to contact us. Archives |