Resources
Application Notes
-
Using the Prio API for Wireless Streaming with a PrioVR Basestation
An overview of the process for streaming data from a PrioVR Suit using the PrioVR Basestation, including example code.
-
Using the Prio API for Wired Streaming with a PrioVR Hub
An overview of the process for streaming data from a PrioVR Suit using the PrioVR Hub, including example code.
-
Using the Prio API for Wireless Recording with a PrioVR Basestation
An overview of the process for recording data from a PrioVR Suit using the PrioVR Basestation, including example code.
-
Using the Prio API for Wired Recording with a PrioVR Hub
An overview of the process for recording data from a PrioVR Suit using the PrioVR Hub, including example code.
-
Getting Data from the Yost Labs Skeleton API
An overview of the process for retrieving skeleton data from a PrioVR Skeleton using the PrioVR Basestation, including example code.
Case Study
-
3-Space™ Inertial Motion Case Studies
Our technology reduces IMU/AHRS latency, improves computational efficiency, and provides complete flexibility in data output format. And while we live and breathe motion sensor technology, it’s the innovative applications that allow these advances to shine. Download Now: 3 Space Inertial Motion Sensor – Case Study
Spec Sheets
-
3-Space™ Family Spec Sheet
Discover the range of form factors and performance options for our line of 3-Space sensor products.
-
3-Space™ LE Overview
Yost Labs’ 3-SpaceLE sensor is a surface-mountable, miniature, high-precision, high-reliability AHRS/IMU designed to bring aerospace-grade inertial tracking to the consumer electronics market.
-
PrioVR Dev Kit Full-Body Motion Tracking
PrioVR Dev Kit provides room-scale full-body motion tracking. Huge capture space without the need for cameras. Up to fifteen users in the same real-world space on a single computer.
Tech Brief
-
3-Space™ Embedded
The 3-Space SensorTM Embedded is an ultra-miniature, high-precision, high-reliability, low-cost SMT Attitude and Heading Reference System (AHRS) / Inertial Measurement Unit (IMU)
-
3-Space™ Datalogger
The 3-Space SensorTM Data-logging integrates a miniature, high-precision, high-reliability, Attitude and Heading Reference System (AHRS) / Inertial Measurement Unit (IMU) with a micro-SD card storage device and a rechargeable lithium-polymer battery solution into a single low-cost end-use-ready unit.
-
3-Space™ Micro USB
The 3-Space SensorTM Micro USB is an ultra-miniature, high-precision, high-reliability, low-cost SMT Attitude and Heading Reference System (AHRS) / Inertial Measurement Unit (IMU)
-
3-Space™ USB/RS232
The 3-Space SensorTM Watertight USB/RS232 is a miniature, high-precision, high-reliability, Attitude and Heading Reference System (AHRS) / Inertial Measurement Unit (IMU) offering USB 2.0 and RS232 communication interfaces in a single low-cost end-use-ready IP67 sealed case.
-
3-Space™ Wireless
The 3-Space SensorTM Wireless integrates a miniature, highprecision, high-reliability, Attitude and Heading Reference System (AHRS) / Inertial Measurement Unit (IMU) with a 2.4GHz DSSS communication interface and a rechargeable lithium-polymer battery solution into a single low-cost enduse-ready unit.
-
3-Space™ Water Tight USB/RS232
The 3-Space SensorTM Watertight USB/RS232 is a miniature, high-precision, high-reliability, Attitude and Heading Reference System (AHRS) / Inertial Measurement Unit (IMU) offering USB 2.0 and RS232 communication interfaces in a single low-cost end-use-ready IP67 sealed case.
-
3-Space™ Sensor NANO SPI with Arduino
The Yost 3-Space Sensors can communicate over SPI, this allows them to be interfaced by a variety of
different devices including Arduino.
The Arduino is a low-cost micro controller and can be used to easily communicate and test out the
functionality of the 3-Space Sensor, with minimal setup and difficulty.
This document will include the setup and pin placement for the Arduinos with +5v output pins such as
the Arduino Uno or Arduino Mega 2560. The document also contains similar information for the setup
of the 3.3v output Arduino Nano, the setup will be slightly different for both the 5v and 3.3v Arduino,
but the underlying code examples should remain the same as the underlying SPI calls will be handled
by the Arduino built-in SPI.h library. -
3-Space™ Sensor NANO I2C with Arduino
The Yost 3-Space Sensors can communicate over I2C, this allows them to be interfaced by a variety of
different devices including Arduino.
The Arduino is a low-cost micro controller and can be used to easily communicate and test out the
functionality of the 3-Space Sensor, with minimal setup and difficulty.
This document will include the setup and pin placement for the Arduinos with +5v output pins such as
the Arduino Uno or Arduino Mega 2560. The document also contains similar information for the setup
of the 3.3v output Arduino Nano, the setup will be slightly different for both the 5v and 3.3v Arduino,
but the underlying code examples should remain the same as the underlying I2C calls will be handled
by the Arduino built-in Wire.h library
3-Space™ Bluetooth
The 3-Space SensorTM Bluetooth integrates a miniature, highprecision, high-reliability, Attitude and Heading Reference System (AHRS) / Inertial Measurement Unit (IMU) with a 2.4GHz Bluetooth v2.0+EDR Class 1 interface and a rechargeable lithium-polymer battery solution into a single low-cost end-use-ready unit.