The GPS Carbon Fiber Robotics Pole is a lightweight and sturdy telescoping rod with built-in graduations for direct readings with a 135 mm prism height. This robotics pole features a stainless steel pin which locks the inner pole for more security. The pole comes with holes that are spaced every 6-inches for flexiblity. The kit features the TLV locking mechanism and a 40-minute built-in vial. The inner pole has dual graduations of centimeters and 0.01-foot.

GPS Carbon Fiber 2.4 Pole


Highlights

  • Choice of 2 external graduations option
  • Metric or Dual Graduations
  • Made of carbon fiber
  • Inner poles have dual graduations (cm/ft)
  • Optional Swiss-style mounts for Leica Prisms
  • Extends from 4.97 ft up to 11.81 ft
  • Features include a stainless steel pin
  • TLV locking mechanism
  • Built-in 40-minute vial


GPS Carbon Fiber 2.4 Pole

The GPS Carbon Fiber Robotics Pole is a lightweight and sturdy telescoping rod with built-in graduations for direct readings with a 135 mm prism height. This robotics pole features a stainless steel pin which locks the inner pole for more security.

The pole comes with holes that are spaced every 6-inches for flexiblity. The kit features the TLV locking mechanism and a 40-minute built-in vial. The inner pole has dual graduations of centimeters and 0.01-foot.

Height

Grads

Section

Pin Locking

Weight

8.53 ft

Dual

1

Every 0.5 ft

2.30 lb (1.04 kg)

8.53 ft

Dual

1

Every 0.5 ft

2.30 lb (1.04 kg)

8.53 ft

Metric

1

Every 20 cm

2.30 lb (1.04 kg)

8.53 ft

Metric

1

Every 20 cm

2.30 lb (1.04 kg)

11.81 ft

Dual 

2

Every 0.5 ft 

3.30 lb (1.5 kg)

11.81 ft

Metric

2

Every 20 cm

3.30 lb (1.5 kg)

The GPS Carbon Fiber Pole Dual Graduations Carbon Fiber Prism Pole comes in optional outer graduations for heightened effectivity. Swiss-style mounts are also available for Leica prism. 

Choose your preference from the Above

  • Dual without External Graduations
  • Dual with External Graduations
  • Metric without External Graduations
  • Metric with External Graduations
  • Dual without External Graduations
  • Metric without External Graduations
  • Swiss-style Mount Dual without External Graduations
  • Swiss-style Mount Metric without External Graduations
  • Swiss-style Mount Dual without External Graduations
  • Swiss-style Mount Metric without External Graduations

GPS Carbon Fiber 2.4 Pole

  • Choice of 2 external graduations option
  • Made of carbon fiber
  • Inner poles have dual graduations in centimeters and 0.01 ft
  • Collapses to 4.97 ft and extends to 11.81 ft
  • Graduated from reading direct onto a 135 mm prism height
  • Features include a stainless steel pin which locks the inner pole
  • Holes are spaced every 0.5 ft
  • TLV locking mechanism
  • 40-minute vial built-in
  • Optional external graduations
  • Optional Swiss-style mounts for Leica Prisms
  • Weighs 2.30 lb.

  • GPS Carbon Fiber 2.4 Pole

Available Package Options

Graduations

  • Dual 
  • Metric

Outer Graduations

  • with External Graduations
  • without External Graduations

Height

  • 8.53 ft
  • 11.81 ft

Tips

  • Standard Mount (5/8 x 11)
  • Swiss-style Mount (for Leica Prisms)

GPS Carbon Fiber 2.4 Pole



Height

Grads

Section

Pin Locking

Weight

8.53 Ft.

Dual

1

Every 0.5 Ft.

2.30 lb (1.04 kg)

8.53 Ft.

Dual

1

Every 0.5 Ft.

2.30 lb (1.04 kg)

8.53 Ft.

Metric

1

Every 20 cm

2.30 lb (1.04 kg)

8.53 Ft.

Metric

1

Every 20 cm

2.30 lb (1.04 kg)

11.81 Ft.

Dual 

2

Every 0.5 Ft. 

3.30 lb (1.5 kg)

11.81 Ft.

Metric

2

Every 20 cm

3.30 lb (1.5 kg)





Return Policy for GPS Carbon Fiber 2.4 Pole

Tiger Supplies offers a 30-day return policy from date of shipment for this product, subject to a 15% restocking fee, in addition to the return shipping charges. The product must be in new condition and in its original packaging. We take the responsibility to make sure this product arrives in a brand new working condition. Should your item arrive damaged, we will take full responsibility and replace the product at no cost to you.

3 reviews for Product Long Name

  1. avatar

    John Doe

    - Novemeber 15, 2019

    Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip.

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