(Edited by Brad Minus) The Decision My 3 years of running experience started with multiple injuries including a couple of ankle fractures. However, I still managed to complete a marathon, a 50K and...
Goof Review: Altra Torin 1.5
The quest for the best running shoe can be daunting, but the search for the best zero drop running shoes can be downright frustrating. The majority of all the Altra Zero Drop reviews I personally have read, the consensus is pretty positive, and in this instance, it will be no different, because in my opinion, it has resolved my issue of finding the best zero drop shoe on the market. The Altra Torin 1.5.
What is Zero Drop?
To define zero drop is to first define heel drop, which is the difference between the height of your heel off the ground minus the height of the ball of your foot. For instance, most of the traditional running shoes out there have a 12-millimeter drop.
The heel is raised 12 millimeters above the ball of the foot. This causes more emphasis on the heel when running because that is where most of the cushioning is. A more minimalistic shoe will have a drop that is much lower.
For instance, the Brooks Pure Flow has a 4 mm drop. This shoe is great for starting the transition to a more minimal shoe giving all the benefits of a minimal shoe without causing the injury of the drastic change from traditional to minimalistic.
The Altra Torin 1.5 is a complete zero drop where the ball and the foot and the heel are equal keeping the foot more natural like walking barefoot. While it has the zero drop of a minimalistic running shoe, it does provide the protection of a good amount of cushioning in the sole. This is one of the reasons I truly enjoy running in this shoe.
The upper is durable but is thick throughout. I personally like this, because I feel the security of the shoe without having to pull the laces tight. In my opinion, the laces should never be tight. Once the laces are tied they should really never have to be untied unless you are using a runners lace. The laces should be tight enough to secure the heel but no more. This allows the runner to support themselves rather than the shoe supporting the runner.
The Altra 1.5 has the same wide toe box that is consistent with the whole line of zero drop running shoes. I love the wide toe box because it allows me to have splay my toes and grab the road with more surface area. My feet do not feel crowded in this shoe.
Altra changed the laces in the 1.5 from the original model. They are now flat vs the round nylon laces and they reduced the number of holes on each side from 7 to 6. It provides more space between the touch of the laces to the foot and security in the sinch of the laces.
The shoe also seemed to have less seems and the addition of a strap that cinches the tongue to the upper. It helps the security of the foot in the shoe.
The outsole has not changed from the original Torin, but that is something I personally liked. There is enough cushion in the sole for protection without losing the feel for the road or trail underneath.
The ride of this shoe is extremely comfortable. Of course, this is why I enjoy the Altra line in the first place. The ride is smooth with great responsiveness on the road.
The interesting part of the shoe is the weight. When upgrading a shoe from an original version, the thought would be that the weight could be dropped, but in the new Torin 1.5 has an extra ounce added. The shoes weigh 10.5 ounces versus the original Torins at 9.5 ounces.
The flexibility has not changed either. The Altra Torin or the Torin 1.5 are not the most flexible of shoes, but they do have enough flexibility to give a good lever and lift from the ground. I am chalking the lack of flexibility to the design of the shoe being for the road and not the trail. Trail shoes should have a little more flexibility for the technical terrain.
I do like the color of these versus the originals. The blue and orange weren’t bad, but they went a little more conservative with the grey, yellow and black. This is obviously a personal choice on the runner, but I thought I would put my two sense in.
The cost is a little more expensive at $120 dollars, but the shoes seem to last over 400 miles which most shoes will only last 250 to 300 before losing the cushion and ride comfort.
Quality – 4/5
Outsole – 4/5
Flexibility – 3/5
Comfort – 4/5
Appearance – 4/5
Cost – 3/5
Have you tried the Altra Torin or the Altra Torin 1.5? Have you run in any of the Altra lines of shoes? What do you think? Please let me know in the comments below.
The 1st week: Are my goals realistic?
I have come to the realization that even I, as the epitome of the positive mental attitude, still hear those negative voices in my head. For all the conversations I have with clients, friends and other athletes about going out and just having fun, I still have grand notions of finishing races with a PR(personal record) and while working out this week those goals seem daunting.
I had three Lactic Threshold tests I had to complete this week; one each for swimming, biking and running. While just doing these tests I felt like I was really out of shape, and truth be told, I did take an off season for the last couple of months, at least by triathlete standards. I did complete at least 5 hour long workouts a week with a half-marathon and a 10k thrown in there, and, oh yeah Ragnar, but I wasn’t in “training” mode per say. This week I started back “in training” and my goals seem so far off and this is only my third day.
Monday, I completed my Bike and Run LT tests which consisted both of a 10 minute warm up, followed by 40 minutes of the event at a pace that burned my legs and put me into a feeling of oxygen deprivation but not so much that I couldn’t complete the full 40 minute main set which was then followed by a 10 minute cool down. My running LT is 173 and my biking LT is 165. I looked into my future workouts they are noted with requirements that include the LT. For instance: Bike 12×1 minute climbs at LT+10, meaning I should be climbing and my heart rate should be 175. Sounds like fun doesn’t it? I know my body will acclimate, hopefully I won’t make a mess before it does.
Tuesday, I completed my first bike workout and strength workout. The bike was 8-12×1 minute climbs in the saddle at a RPM of 50-60. Now my normal riding RPM is 85-95, so you can imagine the resistance that had to be on the bike. I ended up doing it on the spin bikes at LA Fitness, because, well, there are no hills in my general vicinity which is Tampa, Florida. Nothing but flatland here. I have to travel 45 miles north to San Antonio to get any resemblance of some hills, and during the week, that just is not happening. Why? I have a responsibility to this activity called “work”. I wish I could sit here, blog and comment all day, but unfortunately I cannot. I blog in between meetings, lunch and then edit when I can. This workout while being fun, was what I would call, THE QUAD KILLER. It was brutal.
Unfortunately, I was late getting to the gym so I was not able to get my strength workout in, so I showered, drove to work and then returned that evening. Luckily, I always have an extra set of workout clothes in the car. (I think I got that from Ben Mena. He is notorious for spontaneously telling his girlfriend to just drop him off 10-15 miles from home and after changing into a spare set of shorts and shoes he runs home.)
I haven’t worked out with weights in a while, and I know from my studies of the anatomical makeup of muscles and the neurological systems of the body that there is a “breaking in” period no matter how much experience you have lifting. In order to activate the pleasure center of my brain instead of the pain center, I had to drop the weight down and do the exercises concentrating on good form. It was a circuit of 5 supersets and it was not easy, no sir, not easy at all. Deadlifts, pull-ups, squat to overhead thrusts, medicine ball wood choppers, side planks, cable twists and more. I felt beat to death afterwards. Of course, I understand my body enough that I had to stretch very well afterwards or my back would be yelling at me later.
I also learned why I really enjoy working out in the morning. It was extremely busy at the new South Tampa LAF last night. I barely got a parking space, and I ended up having to do most of the movements in a tiny little space, while other members were just waiting to pounce. It was at that point I read myself the riot act and vowed that no matter how much I had to do during the week, I would just wake up early to finish all of my workouts in the mornings.
That vow started this morning as I was up at 4:30 and ready to leave at 5 even though my first workout was track at UT which didn’t start until 6. That workout was brutal as well; 800-400×3-1mile-400×3, at least this week I didn’t falter until the last 400 and only by a couple of seconds. As soon as I finished and cooled down I headed to LAF to do my swim T-test. Basically this is 1000 meters swam as if I was in a race and then the average time of a 100 meters is considered my T-Pace for workouts. Future workouts for example included “4×100 at T-pace – 10 seconds”. I have been working really hard on my body position in the water, but I am still really slow. (Notice I am not mentioning what my T-Pace actually is.) With a pull buoy or fins, I can go forever at 1:50 min per 100m, but without I am…well…a little slower.
After going through all of this, I guess I feel like I should. There is a long journey ahead. I might as well enjoy it.
So it starts – Ironman Season Training Day #1
|PB&J before our ride this weekend|
Have you ever heard that saying “Today is first day of the rest of your life”? Today started my Ironman Journey #2 and I was excited last night to get started. No more excuses, no more waiting, today was the day the plan actually started. Of course I was so excited that I couldn’t sleep last night, but I got up anyway and got on my trainer for an hour of high intensity cycling in order to document my Lactate Threshold Heart Rate and Power Zone.
Today, I had to take two Lactate Threshold tests. The LT test determines at what heart rate and power wattage that you blood delivers oxygen to your muscles most efficiently. The scientific definition is the maximum steady state effort that can be maintained without lactate continually increasing. Lactate builds up not allowing oxygen to be utilized. Stay within the LT and the body will be able to keep working efficiently which turns into long amounts of time at that heart rate.
The greatest thing about knowing your Lactate Threshold is that you can train to make it even more efficient. A higher threshold means the body can keep going at higher intensity which turns into speed in the case of triathlon. The caveat is that in order to increase the LT, it has to be done slowly. More workouts above the LT will increase it, but the more the body and muscles are working above it, the shorter the duration until the muscles learn to work with less oxygen making them work a lot more efficiently. This is why the trends have been hit the gym hard, and the endurance will come.
I have a buddy Blayne, whom decided to make the move to CrossFit which is the epitome of high intensity training. I have done a couple of these workouts in the off-season and the actual work in class may only be 20 minutes, but the participants are wrecked afterwards. Let me get back to Blayne. He started taking part in CrossFit religiously, and trained very little for the Rev3 70.3 and completed it with no problem and did really well. The story doesn’t stop there. He entered a 50 mile road race a few weeks later without running more than 9 miles and he completed it and I saw him two days later as he was entering the coffee shop from another CrossFit class and he looked fine. (Maybe I should put the disclaimer that says “results not typical”?) Did I mention the guy is in his 40s?
More and more I have read about triathletes either taking up CrossFit, High Intensity Training(HIT), or supplementing their training with either. It makes sense. A couple of times a week, a short circuit sets of heavy weight(with good form) and the body works higher than it’s LT training the muscles to work with less oxygen. If the body continues to train this way, it makes sense the muscles adapt to utilizing a lower amount of oxygen. When the intensity is lowered, the heart rate reduces allowing more oxygenated blood to the muscles which actually increases the aerobic capacity or VO2. Increased VO2 allows the body to work harder at a longer rate.
Whew! Enough science. My first week looks like this: