A system comprising: a sensor assembly that includes a first sensor component (104) that is mounted to a support element and a second sensor component (104) that is mounted to the support element; one or more strain gauges mechanically coupled to the support element; at least one controller that is communicatively coupled to the sensor assembly and the one or more strain gauges, wherein the at least one controller is configured to: receive, from the sensor assembly, tracking data that is generated by deploying the first sensor component (104) in conjunction with the second sensor component (104) in accordance with an environment-tracking function for mapping a real-world environment; receive, from the one or more strain gauges, strain data that is indicative of a real-time positional relationship between the first sensor component (104) and the second sensor component (104) that varies due to strain being induced into the support element; analyze the strain data to determine the real-time positional relationship between the first sensor component (104) and the second sensor component (104); update the environment-tracking function based on the strain data to dynamically generate a real-time environment-tracking function that accounts for the real-time positional relationship between the first sensor component (104) and the second sensor component (104); and generate mapping data using the real-time environment-tracking function and the tracking data, wherein the mapping data is dimensionally representative of the real-world environment. a sensor assembly that includes a first sensor component (104) that is mounted to a support element and a second sensor component (104) that is mounted to the support element; one or more strain gauges mechanically coupled to the support element; at least one controller that is communicatively coupled to the sensor assembly and the one or more strain gauges, wherein the at least one controller is configured to: receive, from the sensor assembly, tracking data that is generated by deploying the first sensor component (104) in conjunction with the second sensor component (104) in accordance with an environment-tracking function for mapping a real-world environment; receive, from the one or more strain gauges, strain data that is indicative of a real-time positional relationship between the first sensor component (104) and the second sensor component (104) that varies due to strain being induced into the support element; analyze the strain data to determine the real-time positional relationship between the first sensor component (104) and the second sensor component (104); update the environment-tracking function based on the strain data to dynamically generate a real-time environment-tracking function that accounts for the real-time positional relationship between the first sensor component (104) and the second sensor component (104); and generate mapping data using the real-time environment-tracking function and the tracking data, wherein the mapping data is dimensionally representative of the real-world environment. receive, from the sensor assembly, tracking data that is generated by deploying the first sensor component (104) in conjunction with the second sensor component (104) in accordance with an environment-tracking function for mapping a real-world environment; receive, from the one or more strain gauges, strain data that is indicative of a real-time positional relationship between the first sensor component (104) and the second sensor component (104) that varies due to strain being induced into the support element; analyze the strain data to determine the real-time positional relationship between the first sensor component (104) and the second sensor component (104); update the environment-tracking function based on the strain data to dynamically generate a real-time environment-tracking function that accounts for the real-time positional relationship between the first sensor component (104) and the second sensor component (104); and generate mapping data using the real-time environment-tracking function and the tracking data, wherein the mapping data is dimensionally representative of the real-world environment.