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BioX Wearables

High-fidelity muscle and motion tracking for lower-limb analytics.

The BioX AAL Leg-Band 2.0 empowers researchers to collect high-fidelity gait and muscle data with over 90% accuracy. Utilizing patented FMG technology combined with a high-sensitivity 9-DOF IMU, it is the definitive tool for gait analysis, exoskeleton load-bearing research, and lower-limb rehabilitation studies.

  • Volumetric Muscle Tracking: Specialized 8-sensor array designed for deep muscle contraction analysis in the lower limbs.

  • Gait Intelligence: High-sensitivity IMU for capturing angular velocity, foot strike impact, and limb orientation.

  • Research-Ready SDK: Open-access Python and Bluetooth 2.0 SDKs for seamless data pipeline integration.

  • Standardized Connectivity: Low-latency streaming optimized for Windows-based research environments.

  • Reliable Build: Designed to maintain sensor contact and calibration during dynamic movement and field testing.

 

How to connect to Bluetooth : Windows Pairing Guide
📖Access SDKs & Setup Guides here

BioX AAL Leg-Band 2.0 | Wearable FMG & IMU Sensor for Lower Limb Tracking

749,00599,20 ex. VAT

In stock
Free worldwide shipping

In stock

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University College Of Northern Denmark
Aalborg Universitet
Aalborg Tekniske Gymnasium
Shandong University
University De Montpellier
Fraunhofer
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Description

The BioX AAL Leg-Band 2.0 is a highly integrated wearable solution for capturing complex leg dynamics. By combining muscle contraction intensity (FMG) with orientation data (Euler angles and gravity vectors), it provides the essential derivatives required for real-time movement prediction and musculoskeletal analysis.
 
## Hardware & Signal Integrity
  • Sensor Array: Eight FSR sensors measuring dynamic muscle force.

  • IMU Tracking: 9-degrees-of-freedom for linear acceleration and magnetic fields.

  • Onboard Processing: Xtensa® dual-core 32-bit LX6 microprocessor ensures zero-lag calibration and streaming.

  • Ultra-Low Power: Features dynamic power scaling and an auto-shutdown mode (20 seconds after removal) for maximum efficiency.

 
## Technical Specifications
FeatureDetails
Weight100 grams
Dimensions50cm x 6.5cm
FitmentDesigned for legs with 35cm – 40cm circumference
Battery Life~4 hours (Rechargeable Lithium)
ConnectivityClassic Bluetooth SPP (Windows 10/11 Compatible)

 

## Included in the box:
  • 1x BioX AAL Leg-Band 2.0

  • 1x Micro-USB to USB 2.0 Cable (0.5m)

For setup and data streaming instructions, please refer to our FMG Sensor User Guide.

 


## Peer-Reviewed Citations & Research

The BioX FMG architecture has been actively deployed, tested, and cited in leading academic publications and robotic frameworks.

📘 Springer Book Chapter

Peer-reviewed research detailing human-robot interface methodologies and active sensor deployments.

Read Publication →

🦾 Frontiers in Robotics & AI

High-impact publication exploring wearable array integration within advanced robotics control systems.

Read Publication →

🔬 MIC Journal Article

Technical breakdown of modeling, identification, and control parameters utilizing Force Myography data.

Read Publication →

📄 arXiv Research Paper

Advanced open-access study highlighting the efficacy of BioX arrays in real-time continuous applications.

Read Publication →

View All Published Use Cases

2 reviews for BioX AAL Leg-Band 2.0 | Wearable FMG & IMU Sensor for Lower Limb Tracking

  1. Wei Chen

    BioX band is very good. I use for my laboratory in Beijing, quality is very high. Delivery was fast, 10 days arrive to my door. The sensor is very accurate for muscle tracking, I am very happy for this purchase. Good seller, recommend to all people who need gait analysis.

  2. Liam W

    Was looking for a reliable way to track lower limb movement for my physio sessions and this does exactly what it says on the tin. Dead easy to set up and much more comfortable than I expected for a wearable. Shipping to London was surprisingly quick too

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