The Trimble SNR410 GNSS GPS Receiver with 450–470MHz Radio (63127-66-24) is a professional-grade positioning solution engineered for demanding surveying, construction, mapping, and geospatial data collection applications.Â
Designed by Trimble Inc., this rugged GNSS receiver delivers reliable satellite tracking, high-accuracy positioning, and integrated UHF radio communication in a compact and field-ready form factor.
This listing is for a used Trimble SNR410 GPS receiver, fully functional and tested, offering a cost-effective solution for professionals who require dependable RTK performance without investing in a brand-new unit.
Overview of the Trimble SNR410 GNSS GPS Receiver
The Trimble SNR410 is a high-performance GNSS survey receiver built to support real-time kinematic (RTK) positioning and advanced satellite tracking technologies.Â
Equipped with an integrated 450–470 MHz UHF radio, this receiver enables stable base-to-rover communication, making it suitable for land surveying, site layout, and infrastructure development.
Whether deployed as part of a GNSS base station or used within a rover configuration, the SNR410 provides the precision, durability, and connectivity professionals expect from Trimble positioning systems.
Key Identification Details
- Model: SNR410
- MPN (Manufacturer Part Number): 63127-66-24
- Product Type: GNSS GPS Receiver
- Radio Frequency: 450–470 MHz UHF
- Condition: Used
Professional GNSS Positioning Performance
Advanced Satellite Tracking Capabilities
The Trimble SNR410 GNSS receiver is engineered to track multiple satellite constellations, providing enhanced signal acquisition and improved positioning reliability in challenging environments. By utilizing advanced GNSS technology, it enhances:
- Satellite availability
- Signal stability
- Horizontal and vertical positioning accuracy
- RTK correction performance
The receiver supports professional survey workflows where centimeter-level accuracy is essential. Its high-sensitivity GNSS engine ensures dependable performance in environments with partial obstructions such as urban corridors, wooded areas, or construction zones.
Integrated 450–470MHz UHF Radio for RTK Communication
One of the defining features of this model is its built-in 450–470 MHz UHF radio module, which enables seamless RTK correction transmission between base and rover units.
Benefits of the Integrated Radio:
- Eliminates need for external radio modules
- Ensures consistent correction signal transmission
- Optimized for long-range communication
- Reduces cable clutter in field operations
The 450–470 MHz frequency band is widely used in professional land surveying applications due to its reliable propagation characteristics and stable connectivity over varied terrain.
Built for Demanding Field Conditions
Rugged Industrial Design
The Trimble SNR410 GPS receiver is designed to withstand harsh working environments. Its durable housing protects internal components from:
- Dust exposure
- Moisture and light rain
- Mechanical vibrations
- Job site impact
This makes it suitable for long-term deployment on construction sites, infrastructure projects, topographic surveys, and geodetic data collection.
Reliable Performance in Used Condition
This listing offers the Trimble SNR410 in used condition, meaning:
- The unit has been previously deployed in professional applications
- It has been tested for functionality
- All core GNSS and radio features remain operational
For professionals seeking a cost-effective GNSS surveying receiver, purchasing a used Trimble unit provides excellent value while maintaining performance standards.
Applications of the Trimble SNR410 GNSS GPS Receiver
The SNR410 is engineered for precision geospatial tasks. Typical applications include:
1. Land Surveying
- Boundary surveys
- Topographic mapping
- Cadastral surveys
- Control point establishment
2. Construction & Site Layout
- Stakeout operations
- Machine control integration
- Earthworks verification
- Infrastructure alignment
3. Mapping & GIS Data Collection
- Utility mapping
- Asset management
- Road and corridor surveys
- Environmental mapping
4. Geodetic & Control Network Work
- Static GNSS observation
- Base station deployment
- RTK network integration
Why Choose the Trimble SNR410 GNSS Receiver?
Proven Brand Reliability
Trimble is recognized globally for innovation in positioning technology. The SNR410 reflects this legacy with:
- Advanced GNSS chipset design
- Stable RTK correction handling
- Seamless compatibility with professional field controllers
- Durable mechanical construction
Cost-Effective Professional Solution
Buying a used Trimble GNSS receiver offers:
- Lower capital expenditure
- Access to professional-grade hardware
- Suitable backup or secondary receiver
- Ideal solution for expanding survey fleets
Technical Highlights of Trimble SNR410
- GNSS multi-constellation tracking
- Integrated 450–470 MHz UHF radio
- Professional RTK positioning capability
- Compatible with surveying field software ecosystems
- Ruggedized for outdoor fieldwork
- Manufacturer Part Number: 63127-66-24
Seamless Integration with Survey Workflows
The Trimble SNR410 GPS receiver integrates into professional GNSS survey setups. It can function in:
- Base-rover configurations
- Network RTK environments
- Static observation sessions
- Control point establishment workflows
Its communication and positioning architecture make it suitable for engineers, land surveyors, and geospatial professionals who require dependable field equipment.
Product Condition Transparency
This unit is listed as Used, which means:
- It may show cosmetic wear from field usage
- It remains fully operational
- It is suitable for professional surveying use
- It has not been refurbished unless stated
Buying used professional GNSS equipment is a practical solution for companies scaling operations or replacing damaged hardware without full system reinvestment.
What Makes the 450–470MHz Configuration Valuable?
The integrated UHF radio operating in the 450–470 MHz band is ideal for:
- Medium to long-range RTK communication
- Construction site deployments
- Survey crews operating in remote environments
- Areas with limited cellular network coverage
This frequency range ensures stable correction data transmission and minimizes signal interruptions.
Frequently Asked Questions
Is this Trimble SNR410 GNSS receiver fully functional?
Yes, the unit is tested and operational. As a used GPS receiver, it may show cosmetic signs of prior field use, but its core GNSS and radio functionality remain intact.
What does the 450–470MHz radio do?
The integrated UHF radio enables RTK correction transmission between base and rover units. It ensures real-time centimeter-level positioning accuracy in professional surveying applications.
What is the difference between GNSS and GPS?
GPS refers specifically to the Global Positioning System satellite network, while GNSS (Global Navigation Satellite System) includes multiple satellite constellations. The SNR410 is designed to support multi-constellation satellite tracking for improved positioning reliability.
Can this receiver be used as a base station?
Yes. The Trimble SNR410 can be configured as a base station in RTK survey setups, transmitting correction data via its built-in UHF radio.
Is this unit compatible with Trimble field controllers?
The SNR410 is designed to integrate within Trimble GNSS ecosystems. Compatibility depends on firmware and system configuration. Always verify controller and firmware alignment before deployment.
Does this include accessories?
This listing is for the receiver unit unless otherwise specified. Accessories such as antennas, batteries, mounts, or cables may be sold separately.
What industries commonly use the SNR410?
Industries include land surveying, civil construction, infrastructure engineering, GIS mapping, environmental surveying, and utility management.
What is the Manufacturer Part Number?
The official MPN for this unit is 63127-66-24.
Why buy a used Trimble GNSS receiver?
Purchasing used equipment reduces costs while still providing access to professional-grade GNSS positioning hardware suitable for demanding field applications.
Is the 450–470 MHz frequency adjustable?
Frequency configuration depends on firmware and regulatory region. Always confirm compliance with local radio communication regulations before deployment.
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