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Objective Movement Data for Operational Readiness
The XO-SOLE captures real-world force and movement data during training, load carriage, and operational tasks where performance and injury risk truly emerge.
XO-SOLE: Authentic Movement. Authentic Data.
Musculoskeletal injuries (MSKIs) are a leading cause of reduced readiness among active-duty service members, impacting physical performance, deployability, and long-term health. While MSKIs can affect multiple regions of the body, lower extremity (LE) injuries remain the most prevalent across training and operational environments.
The XO-SOLE focuses specifically on this critical area by capturing objective, real-world force and movement data at the point of ground contact. By measuring how service members load, balance, and move under real operational conditions, the XO-SOLE provides actionable insight into the movement patterns most commonly associated with lower extremity MSKIs, supporting earlier detection, smarter training decisions, and improved force readiness.
Benefits
Benefits You'll Love
Built to address the most prevalent MSKIs in military populations. The XO-SOLE deliveres lower extremity movement data in real-world training and operational environments.
Target Most Prevalent MSKI Category
Address lower extremity injuries where they occur most often
Identify Risk Before Injury Occurs
Detect asymmetry and inefficient loading before injury
Measure Movement Under Real Operational Load
Capture force data during training and opertational tasks
Support Readiness and Return-to-Duty Decisions
Track movement changes across training and recovery
In The Field
Built For Real Training Environments
Identify Injury Risk, Inefficiencies, and Readiness
Military movement doesn’t happen in a lab. It happens under load, under fatigue, and in unpredictable environments. The XO-SOLE captures force and movement data during real training, helping teams understand how movement patterns impact both injury risk and perfornace when it matters most.
OUR clients
Clients
See The XO-SOLE in Action
Measure the Movements That Drive Injury Risk and Performance
Our XO-SOLE combined with the accompanied user dashboard provides objective insight into how lower extremity forces and movement patterns change under load, fatigue, and real training conditions. By capturing real-world ground reaction forces, teams can identify asymmetries, inefficient loading, and movement deficits associated with both injury risk and reduced performance. These insights support targeted training interventions, improved movement efficiency, and data-informed decisions that help maintain readiness without compromising operational realism.
Operational Applications
Military Use Cases
Injury Risk Identification
Detect abnormal loading and asymmetries linked to lower-extremity MSKIs before injury occurs.
Load Carriage & Rucking Analysis
Understand how load and equipment impact forces during rucking and training.
Return-to-Duty
Confirm safe, efficient movement patterns before service members resume full duty.
Peformance Optimization
Track movement efficiency and force patterns to identify fatigue and performance gaps.
Training Program Evaluation
Evaluate how training protocols affect biomechanics and MSKI risk.
Rehab & Reconditioning
Measure progress as symmetry, strength, and movement control are restored.
Comparison
How We Stack Up
The XO-SOLE PRO was built to push past the limits of existing force sensing solutions. Compared to other insoles, the XO-SOLE PRO combines comfort, unmatched capability, and accuracy into one powerful platform.
What's Inside?
Inside the XO-SOLE
Engineered with XO-NANO’s patented Smartfoam, the XO-SOLE is built to capture real movement accurately and reliably. Each insole is built from a continuous layer of Smartfoam that captures forces across the entire foot, revealing exactly how and where load is being applied with every step.
As the Smartfoam compresses, force data is captured directly within the insole and combined with motion data from a built-in 9-axis IMU, which tracks acceleration, rotation, and direction. Together, these inputs are translated into a complete 3D GRF profile, giving you a clear picture of how the body interacts with the ground during real-world movement.
Every detail is designed for performance and usability: Bluetooth (BLE) connectivity for wireless data transfer, up to 12-hours of battery life, and a lightweight design under 100 grams, or 3.5 oz, per insole. Available in men’s sizes 4–18, the XO-SOLE offers lab-grade biomechanics without the lab, giving military teams the freedom to measure movement during real training and operational conditions.
Turn Training Data into Readiness Insight
More Applications
