The Trimble CFL20 Carbon Fiber Survey Pole is engineered for field professionals who demand lightweight, durable equipment that performs in demanding jobsite environments. At just 500 grams, this 2-meter carbon fiber pole significantly reduces operator fatigue during extended field campaigns, allowing survey crews to maintain accuracy and speed throughout long workdays.
Field efficiency directly impacts project costs, and the CFL20 delivers both precision and ease of use. The pole features quick-release clamp connections, enabling surveyors to rapidly attach and detach GNSS receivers, prisms, or reflectors without tools. The precision graduation markings provide accurate height measurements, critical for establishing proper antenna height for GNSS observations and ensuring consistent prism heights for total station work.
Compatible with all Trimble GNSS receivers and designed for construction and survey workflows, the CFL20 is the ideal companion for professionals using Trimble positioning equipment. The carbon fiber construction provides excellent stability while remaining portable enough for crews working multiple control points across large project areas. Unlike heavier aluminum poles, the CFL20 reduces operator strain, helping survey teams maintain productivity from the first stake through the final control point.
The 5/8-11 thread connection ensures seamless integration with Trimble tribrachs, adapters, and accessories. The sectional design with 1.5-inch segments allows for flexible pole height configuration depending on your specific survey application. Whether you're conducting GNSS base station setup, collecting static observations, or performing real-time kinematic surveys, the CFL20 provides the light weight and stability professionals expect.
Express Tools supplies the Trimble CFL20 as part of complete GNSS survey packages and standalone configurations. Our authorized dealer status ensures you receive genuine Trimble equipment with full manufacturer support and warranty coverage. Choose the CFL20 to improve field efficiency and reduce operator fatigue on your next survey project.