
Show Notes
In this episode of One Thirty Biohacks, we sit down with Simon Inkin, integrated health coach and Head of Product at Plugin - for a grounded conversation about movement, recovery, and what it really takes to build a healthy, balanced life.
We talk about the tension so many people live in: pushing performance because the schedule demands it, while the body is quietly asking for something else. Simon shares a smarter way to approach health — where progress comes from learning to listen, adjusting intensity, and building a rhythm between effort and recovery.
We explore: • Why recovery isn’t a break from performance, but the foundation of it • How to train with more flow, not force and stop fighting your body • What it means to read your energy, stress levels and capacity day to day • How consistency becomes easier when your plan actually fits your life • The role of mindset in creating sustainable routines that last
If you’re tired of all-or-nothing health routines and want a more intelligent relationship with movement - this episode is for you.
Connect with Simon on Instagram @simon_inkin
Please note: This episode is for educational purposes only and does not constitute medical advice. Always seek professional guidance for individual needs.
Hosted on Acast. See acast.com/privacy for more information.
More from One Thirty Biohacks
Red light therapy is everywhere. From LED masks to full-body panels, the technology is becoming increasingly popular. But how much do we really know about how it works, and how can we tell which devices are worth investing in?
What if the problem with Ozempic isn’t the peptide, it’s the dose?
Why does a supplement work brilliantly for one person and do almost nothing for another?
What if the future of longevity isn’t just about living longer, but changing how we age?
Could stem cells change the way we approach healing and regeneration? In this episode, Dr. Torbjörn Ogéus explores the science of stem cells, their role in tissue repair and the emerging research into pluripotent cells in adult blood.