A downhole tool for use in a wellbore comprising: a body; and a first sensor module (32 1) coupled with the body and in selective contact with fluid in the wellbore, and that comprises a fluid flow meter and a fluid phase sensor; a first elongated arm, wherein the first sensor module (32 1) is disposed on the first elongate arm having an end that couples with the body and a mid-section that selectively contacts a wall of the wellbore; where the first sensor module (32 1) and the first elongate arm define a first sensor assembly, and wherein a second sensor assembly comprising a second sensor module and a second elongate arm couples to the body at a location spaced angularly away from the first sensor assembly, and wherein the second elongate arm moves independently of the first elongate arm; characterized in further comprising a respective position sensor in communication with each arm, so that when the arm and the respective sensor module project radially outward from the body, a radial distance of the respective sensor module from the body can be estimated; wherein each position sensor comprises; a slider block pivotingly coupled to an end of the respective arm and that slides axially along a length of the body in response to the respective arm flexing radially away from and towards the body, a rod coupled to an end of the slider block and that moves axially with the slider block, and a receiver that circumscribes a portion of the rod and that selectively monitors the position of the rod. a body; and a first sensor module (32 1) coupled with the body and in selective contact with fluid in the wellbore, and that comprises a fluid flow meter and a fluid phase sensor; a first elongated arm, wherein the first sensor module (32 1) is disposed on the first elongate arm having an end that couples with the body and a mid-section that selectively contacts a wall of the wellbore; where the first sensor module (32 1) and the first elongate arm define a first sensor assembly, and wherein a second sensor assembly comprising a second sensor module and a second elongate arm couples to the body at a location spaced angularly away from the first sensor assembly, and wherein the second elongate arm moves independently of the first elongate arm; characterized in further comprising a respective position sensor in communication with each arm, so that when the arm and the respective sensor module project radially outward from the body, a radial distance of the respective sensor module from the body can be estimated; wherein each position sensor comprises; a slider block pivotingly coupled to an end of the respective arm and that slides axially along a length of the body in response to the respective arm flexing radially away from and towards the body, a rod coupled to an end of the slider block and that moves axially with the slider block, and a receiver that circumscribes a portion of the rod and that selectively monitors the position of the rod. a slider block pivotingly coupled to an end of the respective arm and that slides axially along a length of the body in response to the respective arm flexing radially away from and towards the body, a rod coupled to an end of the slider block and that moves axially with the slider block, and a receiver that circumscribes a portion of the rod and that selectively monitors the position of the rod.