2.5m Telescopic Aluminum Carbon fiber GNSS Rover Pole

PRODUCTS > GNSS Accessories > 2.5m Telescopic Aluminum Carbon fiber GNSS Rover Pole
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2.5m Telescopic Aluminum Carbon fiber GNSS Rover Pole

2.5m Telescopic Aluminum Carbon fiber GNSS Rover Pole

Model GRP-250


Features:

Aluminum Inner Pole with metric graduation for precise measurements.

32mm carbon fiber Outer Pole for lightweight strength and durability.

Standard 5/8” connecting thread for versatile compatibility.

Extended Length: 2.5 meters (8.2 feet) for extended reach.

Closed Length: 1.38 meters (4.5 feet) for compact storage.

Easy-to-read metric scale (20mm/1cm) for quick reference.

All-metal locking mechanism with a 20’ circular bubble level for stable and accurate positioning.

Locking pin system allows for secure extension at 1.6m, 1.8m, 2.0m, 2.2m, and 2.4m.

Includes a nylon carry bag for convenient and easy transport.

This GNSS Rover Pole offers exceptional stability, precision, and ease of use, making it an ideal tool for various geospatial applications

  

Specifications:

Model

GRP-250

Section & Type

2, telescopic

Tube Material:

Inner: Aluminum, 20mm graduation


Outer: Carbon Fiber, Dia 32mm

Closed Length

138cm

Extended Length

250cm

Circular Vial

20’

Compass

No.

Connecting thread

5/8’’

Locking position

1.6m, 1.8m, 2.0m, 2.2m, 2.4m

Net Weight

1.03Kgs

 

Ordering Information:

Model

GRP-250

Brand

GeoTech, Neutral or Customer’s brand

Place of origin

Made inChina

Price

To be quoted

M.O.Q.

10pcs

Lead time

7-10 work days

Payment terms

T/T, Paypal

Shipping terms

EXW, FOB, CFR, CIF,DDU

Shipping method

Courier, air, sea

Place of delivery

Worldwide

Packaging

1pc/box, 10pcs/carton

Customized service

Yes

Free sample service

For qualified purchaser

 

What is a GNSS rover pole used for?

A GNSS rover pole is used in surveying and geospatial applications to hold and position a GNSS (Global Navigation Satellite System) receiver above the ground. Here's a breakdown of its purpose and functionality:

  1. Positioning: The pole provides a stable and adjustable height for the GNSSreceiver, ensuring that it is at the correct elevation for accuratemeasurements. This is crucial for precise positioning and data collection.

  2. Height Measurement: By elevating the GNSS receiver above the ground, the pole helps inobtaining accurate height or elevation data, which is essential forvarious surveying tasks.

  3. Stability: The pole provides stability to the GNSS receiver, reducingpotential errors caused by movement or vibrations. This is particularlyimportant in challenging field conditions.

  4. Ease of Use: The pole typically has adjustable sections, allowing the surveyorto set the receiver at the appropriate height for different types ofmeasurements or site conditions.

In practice, a GNSS rover pole is often used in conjunction with a GNSS base station to collect accurate location data for mapping, construction, and other surveying applications.

 


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