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Velcro Sleeve Kit for MMC and MMR

$93.99$110.99

This clinical grade sensing solution is a velcro sleeve device that provides recorded (logging) or real-time (streaming) sensor data:

BMI160 3-axis Accelerometer
BMI160 3-axis Gyroscope
BMM150 3-axis Magnetometer
BOSCH 9-axis IMU Sensor Fusion
BMP280 Barometer/Pressure/Altimeter 
BMP280 Temperature
LTR-329ALS Luminosity/Ambient Light

Captures continuous data for research including trials, therapy, sports, and fitness. BULK PRICING AVAILABLE. Choose your type below:

SKU: SSRK Category: Tags: , ,

The MetaSensor collects thousands of raw sensor data points that can be optionally stored in the device memory. All data is synced and downloaded to your MetaCloud account, PC, Tablet, Hub, or Smartphone via our free MetaBase App or Developer APIs (using Bluetooth).

WHAT’S INCLUDED:

  • 1x MetaMotionC board OR 1x MetaMotionR board (with optional vibration version MMR+)
  • 1x IP40 Plastic Case
  • 1x Neoprene Sleeve (4 different sizes available)
  • Exclusive access to the MetaBase app

The three Sensor Type choices are:

  • MetaMotionC (MMC) which is a Circular and Coin cell powered MetaSensor
  • MetaMotionR (MMR) which is a Rectangular and micro USB Rechargeable MetaSensor
  • MetaMotionR+ (MMR+) which is the vibrating version of MMR

ABOUT THE KIT:

This is the motion and gesture tracking platform and comes with sensor fusion ideal for health and medical applications. This sensor is ideal for logging or streaming sensor data.

The board comes with a IP40 white plastic case and a soft neoprene velcro sleeve.

The board comes in a very small round form factor, 8MB of NOR FLASH memory and sensor fusion with 10 axis of motion sensing (3-axis accelerometer + 3-axis gyroscope + 3-axis magnetometer + barometer/altimeter/pressure).

The sensor fusion combines the measurements from 3-axis gyroscope, 3-axis geomagnetic sensor and a 3-axis accelerometer, to provide a robust absolute orientation vector in form of Quaternion or Euler angles. The algorithm fuses the sensor raw data in an intelligent way to improve each sensors output. This includes algorithms for offset calibration of each sensor, monitoring of the calibration status and Kalman filter fusion to provide distortion-free and refined orientation vectors.

The board is powered by a CR2032 coin cell battery (replaceable) or a 100mAH Lipo battery (rechargeable via micro USB).

There is an LED, GPIOs, and push button switch on the board. The board is based on the nRF52 SOC from Nordic built around a ARM® Cortex™ M4F CPU and Bluetooth Low Energy. The off board memory stores the sensor data on the MetaSensor to be retrieved at any time by your Device (Smartphone, Hub, Tablet or PC).

Sensor data is available:

  • as a CSV file on your Smartphone, Tablet, Computer or BLE Device (using the MetaBase App)
  • as an array in your own App code (using our Python/C++/C#/Java/Javascript/Swift APIs)

RETURNS & WARRANTY:

  • Limited warranty. See our terms.
  • If you have issues with your order, please contact us at hello@mbientlab.com.
  • Note: Sensor is not intended to diagnose, treat, mitigate, cure, or prevent any disease/condition.

For all customers:

  • You will be responsible for all the local taxes and custom duty
  • Return shipping will be paid by the customers

Sensors are designed in San Francisco, CA and assembled/manufactured in U.S.A, China and Korea.

Export and Compliance

– EU HTS: 8473.30.2000
– US HTS: 8473.30.1180
– Country of Origin/Manufacture: USA
– ECCN: EAR99

Shipping

– Ships in 2-3 business days when in stock
– Ships via UPS and USPS
– Packed with Lithium battery warning
– Packed in 3M ESD sensitive bags

MMR PCB (w/ Battery)

– Diameter: 0.94in / 24mm
– Height: 0.24in / 6mm
– Weight: 0.2oz

MMC PCB (w/ Battery)

– Diameter: 0.94in / 24mm
– Height: 0.24in / 6mm
– Weight: 0.2oz

MMR Case (w/ PCB)

– Dimensions: L: 1.08in / 27mm x W: 1.08in / 27mm x H: 0.42in / 8mm
– Weight: 0.2oz
– Description: White plastic. Water resistant. Button integrated. Snap together.

MMC Case (w/ PCB)

– Dimensions: L: 1.08in / 27mm x W: 1.08in / 27mm x H: 0.42in / 8mm
– Weight: 0.2oz
– Description: White plastic. Water resistant. Button integrated. Snap together.

Sleeve (w/ Case)

– Dimensions: XXL – 48 inches in total length
– Dimensions: XL – 27 inches in total length
– Dimensions: L – 20 inches in total length
– Dimensions: M – 15 inches in total length
– Dimensions: S – 10 inches in total length
– Weight: 0.4oz
– Description: Simple soft neoprene sleeve with velcro "hook and loop" system. Mesh pouch for sensor.

Mode

– Logging (data is saved in local memory) sensor
– Streaming (data is sent live to your device) ONLY sensor

Connectivity

– Bluetooth LE 4.2 – 2.4Ghz
– Up to 100ft of range – typical 10m
– Stream sensor Data from 1 Hz to 100 Hz
– Log sensor Data from 1 Hz to 400 Hz

Core

– Nordic nRF52 32-bit ARM® Cortex™ M4F CPU
– 512kB flash + 64kB RAM
– RGB LED
– Micro push-button
– I2C + 4 GPIOs

Logging / Memory

– Streaming AND Logging Sensor
– 8MB NOR FLASH – Off board
– 100K – 500K sensor data entries with timestamps

Battery

– MMC: 220mAH CR2032 Coin cell battery – replaceable
– MMR: 100mAH 4.7V Li-ion Lipo battery – rechargeable
– MMR+: 70mAH 4.7V Li-ion Lipo battery – rechargeable

Accelerometer

– Accelerometer (A): 16 bit
±2g: 16384LSB/g
±4g: 8192LSB/g
±8g: 4096LSB/g
±16g: 2048LSB/g
Noise density (typ.): 180 μg/√Hz

Gyroscope

– Gyroscope (G): 16bit
±125°/s: 262.4 LSB/°/s
±250°/s: 131.2 LSB/°/s
±500°/s: 65.6 LSB/°/s
±1000°/s: 32.8 LSB/°/s
±2000°/s: 16.4 LSB/°/s
Noise density (typ.): 0.008 °/s/√Hz

Magnetometer

– Magnetometer(T): 16bit
±1300μT (x,y-axis) range
±2500μT (z-axis) range
Resolution: 0.3μT

Pressure

– Barometer(Pa): 16bit
300…1100 hPa
Resolution: 0.01 hPa (< 10 cm if calibrated)

Temperature

– Thermistor (Degrees C) and Barometer: 16bit
±0.5°C, Accuracy
±0.1°C Resolution
-40…85°C Range

Ambient Light

– Luminosity (Lux): 16bit
.01…64k lux

Sensor Fusion

– Advanced 9-axis sensor fusion algorithms
– Fast in-use background calibration of all sensors and calibration monitor
– Enhanced magnetic distortion detection and suppression
– Real-time motion tracking due to built-in group delay compensation
– Gyroscope drift cancellation
– Supports various power modes for switching on/off sensors and algorithm modules