Universal GNSS GPS Pole Clamp with Compass & Open Data Collector Cradle Pole Holde

Description Universal GNSS GPS Pole Clamp with Compass &Open Data Collector Cradle Pole Holde Compatibility: Perfectly designed for metalworking, this GPS pole clamp enhances and efficiency in various outdoor tasks, ensuring robust support and stability. Assurance: Proudly sourced from , our GPS pole clamp for its quality craftsmanship and materials, tailored to withstand rigorous field conditions. Advanced Resistance: Engineered with superior materials, this clamp offers exceptional resistance to environmental elements, making it ideal for prolonged outdoor use in any weather. Integrated Compass Feature: Equipped with a built-in compass, this pole clamp provides directional guidance, enhancing navigation and accuracy during geographical data collection or surveying. Versatile Data Collector Cradle: The open design of the data collector cradle allows for easy installation and compatibility with various models, ensuring secure mounting and accessibility. Description/Features: Introducing the TDX Universal GPS Pole Clamp, a robust accessory designed for geospatial professionals. This clamp includes a built-in compass for directional guidance and an Open Data Collector Cradle, ensuring compatibility with a variety of data collectors. Its - construction, featuring anodized aluminum and stainless steel screws, guarantees durability and in harsh environmental conditions. Specifications: Pole Clamp with Compass: Adjustable Size: Fits pole diameters from 24 mm to 38 mm Data Collector Cradle: Adjustable Size: Accommodates devices from 81 mm to 93 mm Material: High-quality ABS for strength to check the size compatibility with your specific data collector model before purchase. Color: Black Package Contents: 1*GPS pole clip Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.