RL02 Rod Level (2pcs): 90° Bubble for Prism Pole, Aluminum, 40'/2mm

The RL02 Rod Level is a precision-engineered bubble level designed specifically for surveyors and construction professionals who rely on accurate vertical alignment of prism poles and ranging rods. This 2‑pack set includes two durable aluminum die‑cast circular vials, each featuring a clear 90° right‑angle bubble for quick and reliable leveling in the field.

Constructed from high‑strength aluminum alloy, the RL02 Rod Level offers exceptional durability while remaining lightweight – an ideal balance for daily fieldwork. The circular vial provides a 40' (arc minutes) sensitivity per 2mm, ensuring precise centering and repeatable accuracy for critical measurements. Its compact design attaches securely to standard prism poles, helping eliminate tilt errors that could compromise survey data.

The right‑angle orientation allows for easy reading from either side, speeding up setup time and reducing operator fatigue. Each RL02 Rod Level undergoes rigorous quality control to guarantee bubble stability and consistent performance across temperature variations. Whether you are establishing control points, performing topographic surveys, or setting out construction stakes, this rod level ensures your pole is perfectly vertical.

Installation is straightforward – simply clamp or slide the level onto your prism pole and adjust until the bubble centers. The robust die‑cast housing protects the vial from accidental impacts, dust, and moisture, making it suitable for all‑weather use. The set of two provides a spare or allows simultaneous use on multiple poles, enhancing productivity on large job sites.

Ideal for land surveyors, civil engineers, and construction crews, the RL02 Rod Level is an essential tool for anyone requiring accurate elevation and alignment. Its combination of portability, durability, and precision makes it a smart addition to any surveying toolkit. Upgrade your field equipment with this reliable bubble level and experience consistent, error‑free measurements.