Race Day Video from Epic Planet

Race Day Video from Epic Planet

Spinning Race Day Indoor Cycling Video If you've ever asked yourself; “when will there be a video that we could use as part of a Spinning® Class Race Day profile?” The answer is now! Epic Planet has just released Pensacola Stage Race  which I see as perfect for a Race Day class or to use during an FTP or AT/LT Heart Rate assessment day. This 60 minute video includes:

  • 5 minute warmup
  • 10 minute Road Race
  • 10 minute Time Trial
  • 30 Criterium
  • 5 minute cool-down

Here's the part I'm most excited about 🙂 Producer Allen Jones had sent me a rough cut version of Pensacola Stage Race earlier this Summer asking for input. I was instantly transported back to my days racing local criteriums, by the on-bike footage showing the riders jostling for position, over-taking, the steep angle of cornering, all of the scary things for you to run into on each lap and even a few crashes. But what really did it for me were the sounds of the race; shifting gears, the buzz of a coasting freewheel, communication between the racers, shouts of encouragement from the crowds and most importantly the ringing of the bell – signalling one lap to go!!!!! Fantastic! But I really dislike the canned music included on most DVDs. Where I teach (and most I'm aware of) the sound system will combine the sounds from multiple sources – I can play the sound track from a video along with the music from my iPhone or a CD. So I asked Allen if he could include the option to play just the actual sounds of the race, with no music. Being the very accommodating person that he is, Allen has included what he calls an option for just SFX – Sound Effects that you can play along with your personal playlist. Here's the trailer and you can order Pensacola Stage Race as either a DVD or Digital Download.

Originally posted 2012-09-20 09:16:03.

Race Day Video from Epic Planet

Bring the famous Tour de France climbs indoors!

tour de france climb videos

I love a fun contest where I get to give away something cool to our members 🙂

TeleAnimation – the company in Bavaria that produces FitViewer Indoor Cycling training videos asked if we would promote their comprehensive catalog of virtual cycling videos that include some of the famous Tour de France climbs like; Alpe d'HuezCol d´IzoardCol de la MadeleineCol du Telegraphe,Col du Galibier and many others.

FitViewer's DVD selection includes 83 HD videos and include these locations:

These are very “pure” HD virtual ride videos. There are no riders (except for those randomly passed), no metrics (profiles or other training information) and no music; you would use your own anyways.

Many of these videos running 90 minutes to two hours – Alpe d'Huez is just under 3 hours at 175 minutes – which will make for an awesome endurance class next winter!

You can download a 10 minute sample here: http://www.fitviewer.com/tmp/AlpeDHuez-Promo.mp4

TeleAnimation sent me (3 sets) of these three titles; Alpe d'Huez – Col de Sarenne, Col du Lautaret – Col du Galibier and Col du Télégraphe that I'm giving away to three lucky ICI/PRO members.

Entering the contest is as easy as leaving a comment below. Tell us where you teach and a short – fun/interesting story or fact about your class, studio or club.

That's it.

We'll pick three Instructor comments at random on June 30th. They'll all be able to lead their classes over the long, punishing Tour de France climbs in July.

Originally posted 2012-06-19 10:08:34.

Race Day Video from Epic Planet

Video and Indoor Cycling, Part 2 — Teaching With Video

Whenever I teach an Indoor Cycling class, I try to create an experience that takes the students beyond exercise. A class can affect students even more when video is added. So far, though, video has been used in classes more as a backdrop to create atmosphere than to augment the experience.

The trick to teaching with video is to act as if the ride is real.

When we teach, we can make our students feel that they’re somewhere else through cueing, guided imagery and choice of music. When we dim the lights, play the perfect song, and describe riding through the desert under a full moon on a road with no cars, we can immerse the student in that imagery. Whatever doesn’t add to it detracts.

Can you imagine that same scenario with a disco ball? No congruence. The same holds true for leading a ride profile that has nothing to do with the video playing behind you, and never even referencing it. The video grabs the student’s attention from time to time but doesn’t create virtuality on the ride.

To make video more than a diversion or backdrop, we must embrace it. Then we can create an experience in our classes like never before.

John Chambers of Cisco Systems describes “telepresence” as technology that makes us feel present somewhere other than our true location. A popular application is videoconferencing.

Telepresence allows our students to feel themselves in the video. This leads to immersion, where a student’s self-awareness blends into the absorbing surrounding environment.

Video can create immersion in our students. The acronym ‘SIT’ describes the coaching process:

Simulation references the video as a real-life scenario. “We’re on Highway 89 in the Arizona Desert, heading to Glen Ferry National Park. It’s 95 degrees with zero percent humidity. The road rolls, and we’re moving at 25 mph.”

Interaction adapts the training directly to the video. “Our next stage is a straight-line climb, averaging 5%. Stay in the saddle and pedal at 70 RPM. Match your pedalling to the beat of the music.”

Telepresence helps the class feel present in the video through cueing (words and voice), music (genre, tempo, structure), and the workout (cadence, resistance, intensity and choreography). “You’ve ridden hills like this before. Relax. Control your breathing and fall into the tempo of the music. It’s mellow. Let the music carry you up the hill. We’ll peak our HR at the summit of this climb. We’ll ride the first 3 minutes in the saddle and stand for the last 2, increasing resistance every 60 seconds without losing one RPM.”

With this link, (it's a big HD file so you may need to wait for it) you can download a segment of an HD virtual class, created by the Indoorcycling Group of North America, in conjunction with Virtual Active. When we use video this way — selecting words, music and a workout that make sense to us with the footage — our students achieve immersion. Note from John – you really want to watch that video 🙂

The degree of immersion will vary with the club setting and your comfort, which grows with experience. But even instructors with less experience can create immersion. As your coaching develops, your students’ immersion will deepen. The focus is less on the instructor and more on the video and the thrilling sense of forward motion it creates.

Video quality and high-def imagery enhance the forward motion feel, thus immersion. Virtual Active’s video enhances indoor cycling in a way that’s been missing till now.

You are now ready to begin delivering a complete and synergistic experience for your students.

PlayPlay

Originally posted 2011-12-12 20:03:15.

Indoor Bicycle Safety – Bike Movement

Indoor Bicycle Safety – Bike Movement

While it may seem redundant to say, most indoor bikes do not move. Please, stop and think about that for a moment. We are not talking about forward motion or distance, of course an indoor bike (or an outdoor bike on a trainer) does not move forward. But what about the other motions that are involved in cycling.

When a rider is out of the saddle, most riders sway the bike from side to side a bit. Why does this happen? Generally, it is the mechanical reality of the situation due to applying extreme power to each pedal. Since the pedals are not on the centerline of the bike, applying a large force to the right pedal will, physically speaking, apply a rotational force that pushes the top of the bike to the right and the bottom of the bike to the left. Without this counterbalancing motion, the wheel would kick out to the side. By swaying the bike in the opposite direction, the amount of force that can be applied to the pedals is increased without crashing.

The second primary aspect of swaying the bike is that it allows the rider to engage their upper body (especially core and arms) into the movement which increases power.
Take a moment and watch some of the pros race, they only have about a 12 degree sway; less than most avid riders. This is due to their efficiency and power.

The second motion that we want to consider is the flexibility of the bike frame. I learned a great deal about this from Kirk Frameworks Co. (http://kirkframeworks.com). There are three basic types of frame flex: Vertical, Torsional and Bottom Bracket/Drivetrain. It is important to understand that these different types of frame flex are more or less related to each other.

Vertical Flex
A frame with the proper amount of vertical flex will have a very smooth ride. More importantly, it also offers better control and handling.

Lateral/Torsional Flex
Torsional flex is when the head tube and seat tube are twisted relative to each other, and thus are no longer in the same plane. All frames, regardless of material or quality have a good deal of torsional flex. Try this sometime — sit on your bike with it pointed straight at a mirror. With your butt on the saddle and your hands on the brake hoods, push your hands to the left and your butt to the right. Watch the frame twist.

Bottom Bracket/Drivetrain
When a rider pushes down on the pedal he also, for better or worse, pushes sideways. This is because the pedal is off to the side of the bike and is not in the bike’s centerline.

When the rider pushes down with the right foot the bottom bracket flexes to the left. When the bottom bracket is pushed to the side, it stays there until the force that was holding it there is released. So at the top of the pedal stroke the bottom bracket starts its sideways move and at the bottom of the stroke it returns to neutral. In returning to neutral it applies that returned energy to the drive train and then to the road. This flex and return smoothes out our power transmission to the ground, making acceleration smoother and optimizing traction.

Frame Flex

With the exception of a few new bikes on the market, most indoor bikes do not provide movement side-to-side. Because of this limitation, riders must emphasize relaxation when riding and allow gentle upper-body movement. Attempting to maintain a still upper body can place the spine and surrounding muscles at risk from the forces being generated by the legs.

Originally posted 2019-02-08 21:41:46.

Race Day Video from Epic Planet

Johnny G’s – The First Spinning Video Ever! (1995)


If you're new to the whole “Spinning” thing, this video from 1995 featuring Johnny G is an amazing look at the beginning of his new concept of riding indoors. This was posted over at pedal-on. It's interesting to see Johnny's early manufacturing partner Schwinn and the original Johnny G Spinners. If you watch carefully you'll see a few things that some would consider “contraindicated” movements. If Johnny G is doing them… are they wrong?

Originally posted 2012-06-17 05:26:14.