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The EnertiaBall and associated wearables are low-cost pitching performance and training tools available to aid professional coaching and help build arm strength and arm health for youth and college-age players.

EnertiaBall is an intertia measuring unit, an IoT Device, in the cork of a baseball. The Enertialball captures and transmits to the cloud the data from the flight path trajectory of a pitched baseball. The EnertiaBall Wearable IoT Device attaches and interfaces to both the Player’s Shoe and Glove. The Glove device is the output where the player can digitally communicate with Dugout/Bullpen personnel.

The Enertiaball developers welcome investors to be a part of our team to capture a major part of this innovative baseball training market.

EnertiaBall is an Intertia Measuring Unit, an IoT Device, in the cork centriod of a MLB baseball. The Enertialball captures and transmits to the cloud the data from the flight path trajectory of a pitched baseball.

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The photo was taken at an exposure rate of 40k-frames Per second (f/p/s) of a 90 mph fast ball striking a bat Being swung at the rate of 66 mph

The EnertiaBall Elevolution

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Enertiaball has approved USPTO utility non-provisional patents

The EnertiaBall Wearable IoT Device that attaches and interfaces to both the Player’s Shoe and Glove.
The Glove device is the Output where the player can digitally communicate with Dugout/Bullpen personnel.

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The EnertiaBall FootFob located on the

Players’ shoe for Data Tracking

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The EnertialBall Wearable IoT Communication Device

located on the Player’s Mitt.

IoT Device consists of:

  • Induction Charged battery
  • The ISM 900MHz transceiver
  • STM32 ARM-Based 32-bit microrcontroller or equal
  • Core data gathering Units – 3-Axis 20,000+ dps Gyroscope, 3-axis Accelerometer, and a 3-axis Magnetometer, pressure and temperature
  • All micro electrical components shall have a 10,000g impact rating or better
  • MicroUSB, UART, SPI, I2c analog to digital channels
  • Ball – time & distance traveled – speed fps/mph/kph
  • Displayed via wireless 900MHz on a Desktop/laptop API connected to two (2) smartphone platforms, 1-android 1- iOS
  • Included in the Device hardware delivery all the necessary Motor Control software to record and output the instantaneous linear acceleration, angular velocity, axis angle of rotation, spin rate in degrees per second, along with all prediction and filtering correct measurement distortions.
  • Statistical numbers – Imperial/metric
  • Each pitch time/date/gps stamp-
  • Delivery arm rotation time and radius
  • Elevation & relative arm angle of release point
  • Arm speed – acceleration
  • Ball – time & distance traveled – speed fps/mph/kph
  • Spin rate in fps/ttl –
  • Axis angle of rotation
  • Calculated net force applied ft/lbs
  • Atmospheric influence calculator – air psychrometrics
  • Temp/dew point/density-barometric/wind speed/direction
  • The place and point of time where gravity begins to influence the ball’s flight path

Graphic Chart Analysis

  • Pick any point along the, x,y, and z flight path trajectory view ball data
  • Overlay flight path to compare kinematic instantaneous rectilinear motion data
  • View projected gravitational points of interest –
  • Measure drift distance compared to straight line trajectory
  • Compare search data base by pitch type &/or time date stamp
  • Age dependant Medical Warning alarm – for excessive force applied
    Website desktop API Below is the output for some subject items & phone APP data
  • Statistical numbers – Imperial/metric
  • Each pitch time/date/gps stamp-
  • Delivery arm rotation time and radius
  • Elevation & relative arm angle of release point
  • Arm speed – acceleration
  • Ball – time & distance traveled – speed fps/mph/kph
  • Spin rate in fps/ttl –
  • Axis angle of rotation
  • Calculated net force applied ft/lbs
  • Atmospheric influence calculator – air psychrometrics
  • Temp/dew point/density-barometric/wind speed/direction
  • Measure drift distance compared to straight line trajectory
  • Compare search data base by pitch type &/or time date stamp
  • Age dependant Medical Warning alarm – for excessive force applied
  • Statistical numbers – Imperial/metric
  • Training routines and techniques need to be identified w/Caloric and Stress-Forces