TalonFXS Motor Controller and Accessories
Introducing the Talon FXS: Â A versatile motor controller compatible with the CTRE software ecosystem. This standalone device seamlessly supports both brushless and brushed motors, offering unparalleled flexibility and performance.Â
Commutation supports hall sensored brushless motors for Minion and third party motors. Â
Talon FXS also employs methods to reduce hall sensor velocity measurement noise and phase delay - a common problem with similar standalone motor controllers.
Phoenix Pro users also benefit with “Advanced Hall Support” which can increase motor peak efficiency as high as an additional 2% percentage points and further reduce velocity measurement noise, making it ideal for velocity closed loop modes.
Introducing the Talon FXS: Â A versatile motor controller compatible with the CTRE software ecosystem. This standalone device seamlessly supports both brushless and brushed motors, offering unparalleled flexibility and performance.Â
Commutation supports hall sensored brushless motors for Minion and third party motors. Â
Talon FXS also employs methods to reduce hall sensor velocity measurement noise and phase delay - a common problem with similar standalone motor controllers.
Phoenix Pro users also benefit with “Advanced Hall Support” which can increase motor peak efficiency as high as an additional 2% percentage points and further reduce velocity measurement noise, making it ideal for velocity closed loop modes.
Original: $119.99
-70%$119.99
$36.00Description
Introducing the Talon FXS: Â A versatile motor controller compatible with the CTRE software ecosystem. This standalone device seamlessly supports both brushless and brushed motors, offering unparalleled flexibility and performance.Â
Commutation supports hall sensored brushless motors for Minion and third party motors. Â
Talon FXS also employs methods to reduce hall sensor velocity measurement noise and phase delay - a common problem with similar standalone motor controllers.
Phoenix Pro users also benefit with “Advanced Hall Support” which can increase motor peak efficiency as high as an additional 2% percentage points and further reduce velocity measurement noise, making it ideal for velocity closed loop modes.
