A probe comprising: a probe head; a probe tip extending from the probe head and ending with a sensor face configured for fluidic communication with a first fluid stream; a pressure channel extending into the probe tip through the sensor face; a pressure sensor configured to sense a pressure in the pressure channel; a temperature channel extending into the probe tip through the sensor face, the temperature channel including a temperature orifice disposed on the sensor face and at least one exit port distal from the sensor face configured to discharge the fluid flow into a second fluid stream; a temperature sensor configured to sense a temperature in the temperature channel; a probe shaft disposed between the sensor face and the probe head; the probe shaft defines a probe shaft cross-sectional shape; characterized in that: the probe shaft cross-sectional shape is non-circular, defining a major width and a minor width; and the major width defines a major axis that is parallel to the second fluid stream direction; wherein: the temperature channel extends parallel to the pressure channel; the temperature channel is fluidly separate from the pressure channel; the temperature channel is configured to channel a fluid flow from the temperature orifice to the at least one exit port; and the at least one exit ports are disposed on the probe shaft; the probe shaft cross-sectional shape is an ellipse, oval, airfoil, or teardrop shape; and wherein: the second fluid stream defines a second fluid stream direction; and the at least one exit port establishes an exit flow direction that is perpendicular to the second fluid stream direction. a probe head; a probe tip extending from the probe head and ending with a sensor face configured for fluidic communication with a first fluid stream; a pressure channel extending into the probe tip through the sensor face; a pressure sensor configured to sense a pressure in the pressure channel; a temperature channel extending into the probe tip through the sensor face, the temperature channel including a temperature orifice disposed on the sensor face and at least one exit port distal from the sensor face configured to discharge the fluid flow into a second fluid stream; a temperature sensor configured to sense a temperature in the temperature channel; a probe shaft disposed between the sensor face and the probe head; the probe shaft defines a probe shaft cross-sectional shape; characterized in that: the probe shaft cross-sectional shape is non-circular, defining a major width and a minor width; and the major width defines a major axis that is parallel to the second fluid stream direction; wherein: the temperature channel extends parallel to the pressure channel; the temperature channel is fluidly separate from the pressure channel; the temperature channel is configured to channel a fluid flow from the temperature orifice to the at least one exit port; and the at least one exit ports are disposed on the probe shaft; the probe shaft cross-sectional shape is an ellipse, oval, airfoil, or teardrop shape; and wherein: the second fluid stream defines a second fluid stream direction; and the at least one exit port establishes an exit flow direction that is perpendicular to the second fluid stream direction. the probe shaft cross-sectional shape is non-circular, defining a major width and a minor width; and the major width defines a major axis that is parallel to the second fluid stream direction; wherein: the temperature channel extends parallel to the pressure channel; the temperature channel is fluidly separate from the pressure channel; the temperature channel is configured to channel a fluid flow from the temperature orifice to the at least one exit port; and the at least one exit ports are disposed on the probe shaft; the probe shaft cross-sectional shape is an ellipse, oval, airfoil, or teardrop shape; and the temperature channel extends parallel to the pressure channel; the temperature channel is fluidly separate from the pressure channel; the temperature channel is configured to channel a fluid flow from the temperature orifice to the at least one exit port; and the at least one exit ports are disposed on the probe shaft; the probe shaft cross-sectional shape is an ellipse, oval, airfoil, or teardrop shape; and wherein: the second fluid stream defines a second fluid stream direction; and the at least one exit port establishes an exit flow direction that is perpendicular to the second fluid stream direction. the second fluid stream defines a second fluid stream direction; and the at least one exit port establishes an exit flow direction that is perpendicular to the second fluid stream direction.