BaSix & Cortex 8

BaSix & Cortex 8

Key Features

SIMPLE AND ROBUST DESIGNPROP SKELETON - USING BASIX ACTIVE MARKERS
SELF-CONTAINED UNITS WITH NO BASE STATION REQUIREDMERGING FORCES ACROSS FORCE PLATES
RECESSED LEDS TO PROTECT FROM DAMAGEDEVICE PANEL INTEGRATION
LED ARRANGEMENT WITH MULTIPLE CONFIGURATIONSASYNCHRONOUS DEVICE DATA (ADD) GRAPHS
LONG BATTERY LIFELOCATION OF CORRUPTED TEMPLATES
GOLDEN TEMPLATES - PREDEFINED MARKER SETS
GTR SKELETON DATA FILES
BACK-CALC MARKERS FROM BONE VM

For additional details contact: support@motionanalysis.com

Cortex 8
BaSix©

System Configuration and Pricing

These promotional system prices
will expire on Dec 31, 2019

8 Kestrel camera system starting at $20,000
Includes Cortex 8
One BaSix© set
One year of support

16 Kestrel camera system starting at $38,000
Includes Cortex 8
Two BaSix© kits
One year of support

24 Kestrel camera system starting at $54,000
Includes Cortex 8
Two BaSix© kits
One year of support

Optical motion capture systems have long been the gold standard for data quality in the motion capture industry. The software in these systems is typically large and complex, with all the tools required for any type of motion capture project. While this provides the ultimate combination of power and flexibility, it can be an overwhelming toolset for many users. In addition, immersing a new subject into a motion capture system can be a time consuming process, requiring a motion capture suit and precise placement of dozens of markers.

Motion Analysis Corporation has addressed this issue with a series of new product developments.

  • Our BaSix active markers are configurable LED arrays which do not require a special suit and can be fitted in under 60 seconds.
  • Cortex 8 contains our new Prop Solver which allows for full-body tracking of a subject when six BaSix active markers are placed on the body. Prop Solver allows retargeting to drive characters from popular game engines such as Unreal. While the data is less accurate than traditional motion capture, the skeleton quality from the Prop Solver is higher than any of the IMU systems currently available. In addition, the same camera hardware can be used for traditional motion capture if higher quality data is needed for another project.