Explore the human body in 3D with interactive animations of muscles, joints, and movement mechanics. This app visualizes functional anatomy, making complex concepts easy to understand for students and professionals alike. Learn how the body moves, joint by joint, with detailed origin, insertion, and action of each muscle.
Summarized from real user reviews of Muscle & Motion. Based on 633 reviews and a 4.9/5 average, it highlights the 13 positives and 7 negatives reviewers mention most about this Health & Fitness app.
3.2.6
August 31, 2026
This update includes bug fixes and general UI improvements. We recommend updating to the latest version for the best experience.
MoreYearly Full access to Anatomy by M&M
Brand New Design With Interactive 3D Model!
Feb 28, 2025 — Mar 31, 2025
3 issues
Login issues
Favorites button not working
3 requests
Add ability to search by muscle actions
Add zoom in/out functionality
This app transforms your device into a 3D learning platform focused on muscles, joints, and movement mechanics. It allows you to visualize how the body moves, which muscles activate, and understand the origin, insertion, and action of each muscle.
Key features include an interactive 3D musculoskeletal system model, 3D 'Muscles in Motion' animations, and visual explanations of joint movements and mechanics. You can also see the origin, insertion, and action of each muscle in 3D.
The app offers free access to a portion of its content, allowing you to explore the 3D model and sample videos. To access the full library of 3D anatomy content, videos, and advanced lessons, an in-app subscription is required.
This app is designed for anyone who wants to master human movement, including anatomy and kinesiology students, sports-science and pre-med students, physiotherapists, chiropractors, rehab professionals, personal trainers, strength coaches, and movement teachers.
Yes, the app is excellent for explaining concepts to clients, patients, and students. Its clear 3D animations and visualizations of how muscles, bones, and joints interact during movement are far more effective than static images or diagrams.
