DEWALT DE0882-XJ Telescopic Levelling Rod 2.4 m Aluminium Metric E-Scale with Carry Bag

On a busy construction site, a surveyor extends the DEWALT DE0882-XJ telescopic levelling rod to its full 2.4 m height, locks the sections with robust clamps, and takes precise elevation readings with a rotary laser receiver mounted on the adjustable bracket. The anodised aluminium staff is lightweight yet rigid, and the metric E-scale with centimetre and millimetre graduations ensures clear, accurate measurements even in bright sunlight. When the job is done, the rod collapses to 1.2 m and slides into the included carry bag for easy transport to the next foundation layout or landscaping project.

Key specifications

• Telescopic design with 2 sections: extends from 1.2 m to 2.4 m
• Material: anodised aluminium – lightweight, weather-resistant, and durable
• Measurement scale: metric (cm/mm) with E-scale graduations for high visibility
• Adjustable receiver bracket mount for rotary, line, and optical laser levels
• Integrated spirit level for quick vertical alignment
• Robust clamp locks keep sections securely in place during use
• Colour: DEWALT yellow and black
• Included accessories: carry bag

Why choose it

The DEWALT DE0882-XJ combines professional-grade accuracy with job-site toughness. Its anodised aluminium construction resists corrosion and impacts, while the telescopic mechanism allows quick height adjustment without sacrificing stability. The E-scale pattern is optimised for laser receiver detection, reducing reading errors and speeding up levelling tasks.

Ideal use cases

• Site preparation and grade checking
• Foundation layout and excavation control
• Landscaping and drainage slope measurement
• General construction levelling with rotary or line lasers

Good to know

The rod collapses to half its extended length for convenient storage and transport. The included carry bag protects the scale and sections when moving between job sites. The integrated spirit level helps ensure the rod is plumb before taking readings, improving measurement reliability.