SECO 5129-70 3.5 m Fixed Tip Dual Grad GPS Rover Pole, Carbon Fiber

Overview

The SECO 5129-70 3.5 m Fixed Tip Dual Grad GPS Rover Pole is a carbon fiber GNSS pole built for surveyors who need extended height, lighter weight, and dependable field performance. SECO describes it as a rod designed so the GPS surveyor has all the features needed in a single rod, making it especially well suited for kinematic surveys.

This model features a zero height (0 H.T.) design and an adjustable length range from 4.69 ft to 11.7 ft (1.43 m to 3.57 m). It is constructed from carbon fiber, which SECO states makes these rods 30% lighter, helping reduce fatigue during long field days.

Key Features

• Part Number: 5129-70
• Adjustable length from 4.69 ft to 11.7 ft (1.43 m to 3.57 m)
• Zero height (0 H.T.) design
• Carbon fiber construction
• SECO states carbon fiber makes these rods 30% lighter
• Includes a pin that locks the rod length every 20 cm
• TLV™ lock with built-in 40-minute vial
• Dual Grad inner pole with 10ths/cm graduations
• Weighs 3.50 lb (1.59 kg)

Built for Kinematic GNSS Surveys

This rover pole is designed for surveyors who need more height in the field without giving up portability or control. The extended working range can help when additional height is useful for GNSS data collection, while the locking pin every 20 cm allows for controlled setup and repeatable positioning.

That makes it a strong fit for:

• GNSS and RTK surveying
• Kinematic surveys
• Topographic data collection
• Construction layout
• Control point work

Lightweight Carbon Fiber Design

One of the biggest advantages of the 5129-70 is its carbon fiber construction. According to SECO, this makes the rod 30% lighter, which is especially valuable for crews carrying equipment across large sites or working long hours in the field.

The reduced weight helps improve handling while still maintaining the rigidity expected from a professional GNSS rover pole.

Stable Height Control and Easy Readings

The built-in TLV™ lock with 40-minute vial helps crews keep the rod plumb and stable during observations, while the Dual Grad inner pole provides clear 10ths and centimeter graduations for fast height reference.

Together, these features make the pole easier to use when accurate and repeatable height control is important.