FEATURES & BENEFITS

• Extended Scalability: The SP60 GNSS receiver is designed to adapt to a wide range of applications, from basic GIS workflows to complex surveying tasks. Its scalable architecture allows you to configure it according to your specific requirements, making it a versatile tool for various projects.
• Z-Blade GNSS-Centric Technology: Utilizing advanced Z-Blade GNSS-centric technology, the SP60 provides exceptional accuracy and reliability. This technology processes all available GNSS signals to deliver optimal positioning solutions, even in challenging environments with limited satellite visibility.
• 240-Channel 6G ASIC: The receiver is equipped with a high-performance 240-channel 6G ASIC that ensures rapid and precise signal acquisition. This allows for superior performance in dynamic conditions and enhances the receiver's ability to handle multiple signals simultaneously.
• Anti-Theft Technology: Protect your investment with the SP60’s anti-theft technology. This feature ensures that the receiver becomes unusable if it is moved from its original location, providing added security and peace of mind.
• Long Range Bluetooth: The SP60 features long-range Bluetooth connectivity, which simplifies setup and operation for smaller survey jobs. Unlike traditional UHF radios, this wireless option eliminates the need for licensing and provides a quick, hassle-free connection.
• Trimble CenterPoint® RTX: Access high-precision Trimble CenterPoint® RTX corrections via L-Band and IP services. Depending on your accuracy needs, you can choose from various Trimble RTX services such as CenterPoint, RangePoint, ViewPoint, and FieldPoint to enhance your positioning accuracy.

OVERVIEW

The Spectra Precision SP60 GNSS receiver represents a new generation of GNSS technology, offering unmatched flexibility and performance for a broad range of applications. Designed for professionals in surveying and GIS, the SP60 is equipped with cutting-edge features to meet the demands of both simple and highly sophisticated tasks.

One of the standout features of the SP60 is its ability to integrate and process signals from multiple GNSS constellations simultaneously. The receiver utilizes the Z-Blade GNSS-centric technology, which optimizes signal processing to provide the most accurate and reliable measurements, even in environments with challenging conditions such as urban canyons or dense foliage.

The SP60's 240-channel 6G ASIC enables rapid signal acquisition and processing, ensuring that you receive accurate data quickly. This capability is crucial for maintaining efficiency in the field, where time is often of the essence.

With its anti-theft technology, the SP60 provides a high level of security. The system renders the receiver inoperable if it is moved from its original position, thereby protecting your investment from theft and unauthorized use.

The receiver also supports Trimble CenterPoint® RTX corrections, which are available through L-Band and IP services. Depending on the level of accuracy required for your project, you can select from a range of RTX services, including CenterPoint RTX for sub-inch accuracy or ViewPoint RTX for less demanding applications.

For smaller surveying tasks, the SP60's long-range Bluetooth functionality provides a convenient and efficient alternative to UHF radios. This feature facilitates quick setup and operation, making it an ideal solution for smaller site surveys where traditional radios might be cumbersome or require licensing.

The SP60 is designed with versatility in mind, offering scalable configurations to match your specific needs. Whether you are working on a basic GIS project or a complex RTK survey, the SP60 is capable of delivering precise results tailored to your requirements.

Additionally, the SP60's patented inside-the-rod antenna enhances RTK radio range while protecting the antenna from potential damage. This feature ensures reliable performance and durability, even in harsh field conditions.

The SP60 is also suitable for GIS professionals, with several configurations available that provide mapping-grade accuracy levels. This adaptability makes it a valuable tool for a wide range of geospatial applications.

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