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Matt Wenning · 3 个问答

带阻训练的进步没有按预期转化到比赛,该怎样重新评估?

Matt Wenning

Matt Wenning

力量教练、力量举运动员 · Wenning Strength 创办人

人物简介

Matt Wenning 是力量教练、力量举运动员和 Wenning Strength 创办人,曾在 Westside 跟随 Louie Simmons 训练。他拥有鲍尔州立大学生物力学硕士及运动科学学士学位,长期参与运动员、军人和消防人员的体能训练,也曾在有装备与无装备力量举中创造纪录。

图片来源:Wenning Strength 官方人物页

热身做了更多次数,弹力带越加越重,训练数字也在上涨,但比赛表现是否跟着改善?Matt Wenning 回顾了自己开发 Wenning Warmup、在 Westside 训练,以及后来修改带阻训练的经历。他反复检查的一件事,是训练所得能否用在真正需要完成的任务上。

以下为书面问答的中文翻译。导语与人物简介为编辑文字;回答保留受访者的观点。

01热身做多少,怎样判断是否有用?

问:你自己或所指导的运动员在训练中遇到了什么问题,最初促使你开发 Wenning Warmup?对于第一次尝试的人,你会怎样选择起始训练量,并判断它是在帮助主要动作,还是已经做得太多?

Matt Wenning:

我反复看到的最大问题,是人们想发展最大力量,却没有足够的肌肉耐力、训练承受能力,或身体结构方面的准备来支撑它。我自己也经历过不少这样的情况。你可能在某一个动作上强得惊人,身上却仍然存在一些弱点,最终限制进步,甚至让你受伤。

Wenning Warmup 就来自这样一个认识:我们需要一种更好的办法,既能积累高质量的训练量,又不会妨碍主要训练。这些想法有很大一部分来自对苏联和东欧训练原则的学习,以及我多年参赛和执教时对这些知识的实践。

这套方法使用三个动作,每个动作做四组,每组 25 次,通常针对那些为主要动作提供支持的肌群。也就是说,在主要训练开始前,已经完成了 300 次。但关键在于阻力要足够轻,既能发展局部肌肉耐力、让组织为后面的训练做好准备,又不会造成过度疲劳。

对于刚开始尝试的人,我不在意他们用了多大重量。我关心的是,他们能不能以良好的技术、受控的动作完成这些次数,并在四组中保持稳定的表现。

如果热身开始让你的深蹲、卧推或硬拉表现下降,那就违背了它的初衷。先降低阻力或总训练量,直到你能承受这些训练,再从那里逐步增加。

随着时间推移,这种热身会成为一般体能准备的一部分。你在发展肌肉耐力,提高自己承受训练量的能力,也在弱点变成更大问题之前着手处理它们。

热身应该让后面的训练做得更好,而不是变成另一场还需要你额外恢复的训练。

译注

Wenning Warmup 保留方法原名。“一般体能准备”对应 general physical preparation,常缩写为 GPP。

02从 Westside 学到了什么,又改了什么?

问:回顾在 Westside 的经历,哪些经验至今仍影响着你执教运动员的方式?随着你逐渐形成自己的执教实践,有没有哪些做法被你作了调整?能否举一个具体例子,并说明是什么促使你改变?

Matt Wenning:

关于如何发展最大力量,Westside 教给我的东西,几乎比我可能去过的任何其他训练场所都多。在理解力量发展、找出弱点,以及把不同训练方法结合起来使用这些方面,Louie Simmons 比大多数人领先了几十年。

我学到的最重要的一课是:你不可能无限期地做同样的事,却指望自己一直进步。

轮换训练动作、最大努力法、动态努力法和重复法,各自都有用途。但真正有价值的是理解什么时候用、为什么用。

后来我做出的最大调整之一,是更加重视一般体能准备和肌肉耐力,尤其是在指导力量举以外项目的运动员时。

橄榄球运动员、棒球运动员,或军警消防等岗位人员,并不需要完全按照竞技力量举运动员的方式训练。他们本身的运动或工作已经对身体提出了要求,力量房里的训练应该改善他们的表现,同时不妨碍专项练习和比赛。

这也是 Wenning Warmup 在我的执教中变得如此重要的原因。

我还认识到,结缔组织、肌肉耐力和技术熟练程度,并不一定与最大力量以相同的速度发展。一个人能举起更大的重量,并不自动意味着他已经更充分地准备好应对自己项目的要求。

另一项重要变化,是我对动态努力训练和可变阻力的使用。在 Westside,我们做速度训练时,杠铃上的重量通常是一次最大重量的 50%—60%,有时弹力带的张力会超过杠铃上重量的 50%。后来,我把杠铃本身的重量降到了约 30%—40%,并把弹力带张力限制在杠铃上重量的 35% 以内。

我之所以这样调整,是因为我看到,更大的可变阻力并不总能为无装备力量举带来我想要的效果。我希望运动员在保持正确动作和实际杠速的同时发展爆发力,而不是仅仅变得更擅长对抗很重的弹力带。

我把在 Westside 学到的原则,结合生物力学、运动科学,以及指导职业运动员、军人和那些希望随着年龄增长仍保持强壮健康的普通人的实践经验,作了调整。

与原则本身相比,我运用这些原则的方式变化更大。

译注

原文把杠铃本身的重量与弹力带张力分开描述:50%—60% 的参照是一次最大重量,弹力带张力的参照是“杠铃上的重量”(weight on the bar)。原文没有交代弹力带张力的测量位置,也没有说明这里的 1RM 使用哪一种动作或测试条件。

03带阻训练的进步没有按预期转化到比赛,该怎样重新评估?

问:你曾写到,大张力弹力带深蹲训练起初对你有帮助,但后来训练中的进步没有体现在比赛里。最初是什么让你意识到需要重新考虑这种方法?你怎样调整,又观察了什么来判断调整是否有帮助?

Matt Wenning:

这是我学到的最重要的经验之一:在训练中变强,和真正提高赛台上的表现,是两回事。

刚开始在 Westside 使用大张力弹力带时,效果很明显。我的训练成绩在提高,对抗这些阻力的能力也越来越强。但后来我开始发现,这些进步并没有像预期那样转化为比赛表现。

在 Westside,我们有时使用的弹力带张力会超过杠铃上重量的 50%。这是非常大的可变阻力。它确实可以有效发展某些力量素质,尤其是在有装备力量举中;但我发现,它对无装备力量举的帮助并不总是同样好。

问题在于,大张力弹力带会显著改变阻力曲线。你在动作顶端对抗的负荷大得多,而在底部受到的阻力则更小;无装备运动员往往恰恰需要在底部发展更多力量。

后来,我改变了做法,让弹力带张力几乎不再超过杠铃上重量的 35%。这仍然能提供足够的可变阻力,促使运动员加速和发力,同时又不至于让弹力带主导整个动作。

另一项重要调整,是降低动态努力训练中杠铃本身的重量。在 Westside,我们做速度训练时,杠铃上的重量通常是一次最大重量的 50%—60%。后来我把它降到约 30%—40%,希望更好地促进无装备力量的发展。

我的理由很简单。动态努力训练的目的,是发展快速产生力量的能力。如果负荷重到让杠速下降,训练效果就不再相同。我希望运动员以爆发性的方式移动杠铃,同时保持正确动作,而不是把本该快速完成的次数练成缓慢挣扎的重复。

这并不意味着较重的动态努力训练没有用。它意味着,负荷要与运动员、所使用的器材,以及你想促成的适应相匹配。

对于一个训练周期内的动作轮换和可变阻力用量,我也变得更加审慎。弹力带和铁链是工具,不是整个计划的根基。

我最关注的是,训练中发展出来的力量,是否真的能转化为只使用杠铃重量时的表现。比赛动作有没有进步?技术是不是更稳定了?不依赖改变后的阻力曲线,运动员能不能更有效地发力?

如果这些方面没有改善,那就需要作出改变。

这是我从 Westside 那些年里学到的最重要的经验之一。Louie 教会我不断寻找发展力量的方法,而经验又让我明白:你还必须评估,这些力量能在多大程度上用到真正需要完成的任务中。

目标不是成为对抗弹力带时最强的人。目标是拿掉弹力带之后,你也变得更强。

归根结底,好的执教不是认定一个动作、一种方法或一套理念,就始终不肯改变。而是对原则理解得足够深入,能在运动员需要时作出调整。

译注

“无装备”对应 raw,“有装备”对应 equipped,是力量举项目中的分类;“只使用杠铃重量”对应 straight-weight,指此处不额外使用弹力带或铁链提供可变阻力的负重方式。

英文原答
1. What problem in your own training, or in the lifters you coached, first led you to develop the Wenning Warmup? For someone trying it for the first time, how would you choose a starting amount of work and judge whether it is helping the main lift or becoming too much? 2. Looking back on your time at Westside, what lessons still influence how you coach athletes today? As you developed your own coaching practice, were there any approaches you gradually adapted? If so, could you share a specific example and what led you to make that change? 3. You wrote that heavy-band squat training helped you initially, but later the improvements in training were not showing up in meets. What first made you realize that you needed to reconsider the approach? How did you adjust it, and what did you look at to judge whether the changes were helping? I think they all come back to something I’ve learned over more than 25 years of training and coaching. You have to understand why something works, not just copy what somebody else is doing. 1. What led you to develop the Wenning Warmup, and how do you determine the right amount of work? The biggest problem I kept seeing was people trying to develop maximal strength without having the muscular endurance, work capacity, or structural preparation to support it. I experienced plenty of that myself. You can be incredibly strong in one movement and still have weaknesses that eventually limit your progress or get you hurt. The Wenning Warmup came from understanding that we needed a better way to accumulate quality training volume without interfering with the primary work. A lot of that thinking came from studying Soviet and Eastern Bloc training principles and applying what I learned through years of competing and coaching. The system uses three exercises for four sets of 25 repetitions, typically targeting muscle groups that support the main movement. That’s 300 repetitions before the primary training even starts. But the key is that the resistance is light enough to build local muscular endurance and prepare the tissues without creating excessive fatigue. For somebody starting out, I don’t care how much weight they’re using. I care about their ability to complete the repetitions with good technique, controlled movement, and consistent performance across all four sets. If your squat, bench, or deadlift performance starts declining because of the warmup, you’ve defeated the purpose. Reduce the resistance or total volume until you can tolerate the work. Then build from there. Over time, the warmup becomes a form of general physical preparation. You’re developing muscular endurance, improving your ability to tolerate training volume, and addressing weaknesses before they become bigger problems. The warmup should make the rest of your training better, not become another workout that you have to recover from. 2. What lessons from Westside still influence your coaching, and what have you changed? Westside taught me more about developing maximal strength than almost anywhere else I could have trained. Louie Simmons was decades ahead of most people when it came to understanding strength development, identifying weaknesses, and using different training methods together. The biggest lesson I took away was that you cannot continue doing the same thing indefinitely and expect to keep progressing. The rotation of exercises, maximal effort method, dynamic effort method, and repetition method all have a purpose. But the real value is understanding when and why to use them. One of the biggest changes I made over time was placing much more emphasis on general physical preparation and muscular endurance, especially when working with athletes outside of powerlifting. A football player, baseball player, or tactical athlete doesn’t need to train exactly like a competitive powerlifter. Their sport already places demands on their bodies, and the weight room needs to improve their performance without taking away from their ability to practice and compete. That’s where the Wenning Warmup became such an important part of my coaching. I also learned that connective tissues, muscular endurance, and technical proficiency don’t necessarily develop at the same rate as maximal strength. Just because somebody can lift more weight doesn’t automatically mean they’re better prepared for the demands of their sport. Another major change was how I approached dynamic effort training and accommodating resistance. At Westside, we commonly used 50–60% of a one-repetition maximum on the bar for speed work, sometimes with band tension exceeding 50% of the bar weight. Over time, I reduced the straight weight to approximately 30–40% and limited band tension to no more than 35% of the weight on the bar. Those adjustments came from seeing that heavier accommodating resistance wasn’t always producing the transfer I wanted in raw lifting. I wanted athletes developing explosive strength while maintaining proper mechanics and actual bar speed, rather than simply getting better at moving heavy bands. I’ve taken the principles I learned at Westside and adapted them through biomechanics, exercise science, and practical experience working with professional athletes, military personnel, and people who simply want to remain strong and healthy as they age. The principles haven’t changed nearly as much as the way I apply them. 3. Why did you reconsider heavy-band squat training, and how did you evaluate the changes? This was one of the biggest lessons I learned about the difference between getting stronger in training and actually improving performance on the platform. When I first started using heavy bands at Westside, the results were impressive. My training numbers were improving, and I was getting stronger against the resistance. But eventually I started noticing that those improvements weren’t carrying over to competition the way they should have. At Westside, we sometimes used band tension that exceeded 50% of the weight on the bar. That’s a tremendous amount of accommodating resistance, and while it can be effective for developing certain strength qualities, especially in equipped lifting, I found that it didn’t always transfer as well to raw lifting. The problem is that heavy bands dramatically change the resistance curve. You’re training against a much greater load at the top of the movement while reducing resistance at the bottom, where raw lifters often need to develop more strength. I eventually changed my approach so that band tension hardly ever exceeded 35% of the weight on the bar. That still provides enough accommodating resistance to encourage acceleration and develop force, but without allowing the bands to dominate the movement. Another major adjustment was reducing the straight weight used during dynamic effort training. At Westside, we commonly used 50–60% of a one-repetition maximum on the bar for speed work. I eventually reduced that to approximately 30–40% for better transfer to raw strength. My reasoning was simple. Dynamic effort training is supposed to develop the ability to produce force rapidly. If the load is so heavy that bar speed suffers, you’re no longer getting the same training effect. I wanted athletes moving the bar explosively while maintaining proper mechanics, not grinding through repetitions that were supposed to be fast. That doesn’t mean heavier dynamic work has no place. It means the loading needs to match the athlete, the equipment being used, and the adaptation you’re trying to create. I also became much more selective about exercise rotation and the amount of accommodating resistance used throughout a training cycle. Bands and chains are tools, not the foundation of the entire program. The biggest thing I looked at was whether the strength developed in training actually transferred to straight-weight performance. Were the competition lifts improving? Was technique becoming more consistent? Was the athlete producing force more effectively without relying on the altered resistance curve? If those things weren’t improving, then something needed to change. That’s one of the most important lessons I took from my years at Westside. Louie taught me to constantly look for ways to develop strength, but experience taught me that you also have to evaluate how well that strength transfers to the actual task. The goal isn’t to become the strongest person against bands. The goal is to become stronger when the bands come off. At the end of the day, good coaching isn’t about being married to one exercise, one method, or one philosophy. It’s about understanding the principles well enough to make adjustments when the athlete needs them.
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