South G7 RTK GNSS Base And Rover Set
South G7 RTK GNSS Base Set
South G7 RTK GNSS Base And Rover Set
South G7 RTK GNSS Base Set

South

GNSS South G7 Rover-Base Set

$5,300.00
4.71

Contact us for the best deal on this product.

The GNSS South G7 Rover-Base Set is an advanced GNSS RTK system designed for precise land surveying, construction, and geospatial applications. Featuring a 1598-channel GNSS engine, robust IMU tilt compensation, and powerful UHF communication, this system ensures high-accuracy positioning in all environments. The long-lasting battery, IP67 durability, and real-time correction capabilities make the South G7 an excellent choice for professionals who demand reliability in the field.

Watch the South G7 in Action
Secure Payments
American Express
Apple Pay
Diners Club
Discover
Google Pay
Mastercard
Shop Pay
Visa
  • Quick worldwide shipping with trusted carriers
  • Multiple safe payment options for peace of mind
  • Professional advice to choose the right equipment
  • 24/7 premium customer assistance

Product Information

Professional GNSS RTK System for Precision Surveying

The South G7 Rover-Base Set delivers centimeter-level accuracy for land surveyors, construction professionals, and GIS specialists who demand reliable positioning solutions in challenging field conditions.

Advanced Multi-Constellation Technology

Built with a powerful 1598-channel GNSS engine, the G7 tracks GPS, GLONASS, Galileo, and BeiDou signals simultaneously for maximum satellite availability and positioning reliability. The integrated IMU provides tilt compensation up to 60°, allowing you to maintain accuracy even when the pole isn't perfectly vertical.

Robust Field Performance

Engineered for demanding environments, each unit features IP67 weatherproofing and operates reliably in extreme temperatures. The long-lasting battery provides up to 15 hours of continuous operation, while dual communication options (UHF radio and 4G LTE) ensure consistent RTK corrections regardless of location.

Key System Advantages

  • • Complete rover and base station setup for independent RTK operations
  • • Integrated tilt compensation eliminates need for precise pole leveling
  • • Dual connectivity options ensure reliable correction data delivery
  • • Extended battery life minimizes field downtime and charging stops
  • • Rugged construction withstands harsh outdoor working conditions

GNSS Compatibility: GPS, GLONASS, BeiDou, Galileo, QZSS, SBAS

Channels: 1598-channel GNSS receiver

Positioning Accuracy:

RTK: 8 mm + 1 ppm (horizontal), 15 mm + 1 ppm (vertical)

Static: 2.5 mm + 0.1 ppm (horizontal), 3 mm + 0.4 ppm (vertical)

PPK: 3 mm + 1 ppm (horizontal), 5 mm + 1 ppm (vertical)

SBAS: Typically <5m 3DRMS

IMU Tilt Correction: <10 mm + 0.7 mm/° tilt up to 30°

Initialization Time: 2-8 seconds

IMU Tilt Sensor: Compensation up to 60° tilt

Dimensions: 135mm x 135mm x 84.75mm

Weight: 970g (including battery)

Material: Magnesium aluminum alloy shell

Battery: Built-in 7.2V 6800mAh Li-ion, up to 15h operation (rover mode)

Power Input: 6-28V DC with overvoltage protection

Environmental Protection: IP67 (dustproof & waterproof, submersible up to 1m)

Shock Resistance: Withstands 2m pole drop onto concrete

Communication & Connectivity:

  • UHF radio (410-470MHz) with Farlink, Trimtalk450s, and other protocols
  • Bluetooth 3.0/4.1 & NFC
  • WiFi Hotspot & WiFi Datalink
  • Type-C port for charging, data transfer, and Ethernet

Data Storage:

  • 4GB internal SSD, expandable up to 64GB
  • USB plug-and-play data transfer
  • Supports RTCM, Rinex, and NMEA formats

Features :

1598-Channel GNSS Engine
Multi-constellation tracking for maximum satellite availability and precision
IMU Tilt Compensation
Work at up to 60° tilt angles without compromising accuracy
RTK Precision
8mm + 1ppm horizontal, 15mm + 1ppm vertical accuracy
Farlink UHF Radio
Up to 8km communication range for extended field operations
Extended Battery Life
Up to 15 hours continuous operation in rover mode
IP67 Weather Protection
Dustproof and waterproof design for harsh field conditions
Complete Rover-Base System
Everything needed for immediate RTK surveying setup
Real-Time Corrections
Instant RTK positioning with sub-centimeter accuracy
@media (max-width: 768px) { .features-grid > div { grid-template-columns: 1fr !important; } }
Download Center
Reviews :
4.8/5
★★★★★
Based on verified reviews
★★★★★
Michael Rodriguez
Senior Land Surveyor · Verified Purchase
Exceptional RTK Performance and Reliability
The 1598-channel GNSS engine delivers consistently accurate positioning even in challenging urban environments with significant multipath interference. The IMU tilt compensation has proven invaluable for maintaining precision when working on uneven terrain. After six months of intensive field use, the system continues to perform flawlessly with excellent battery life.
★★★★★
Sarah Chen
Construction Project Manager · Verified Purchase
Outstanding Build Quality and Field Durability
The IP67 rating isn't just a specification - this system has withstood harsh weather conditions including heavy rain and dust storms without any performance degradation. The UHF communication system provides robust data transmission across our large construction sites. This is professional-grade equipment that justifies its investment.
★★★★★
James Patterson
GIS Specialist · Verified Purchase
Superior Channel Count Makes All the Difference
The extensive channel capacity allows for simultaneous tracking of multiple satellite constellations, resulting in faster initialization times and improved accuracy. Real-time corrections are processed seamlessly, and the system maintains lock even under dense canopy conditions. The South G7 has significantly improved our data collection efficiency.
★★★★☆
David Thompson
Geospatial Engineer · Verified Purchase
Solid Performance with Minor Learning Curve
The technical capabilities of this system are impressive, particularly the tilt compensation feature which maintains accuracy during handheld operation. The initial setup requires some technical expertise, but once configured, the system operates reliably. Battery life consistently exceeds specifications, making it ideal for extended field campaigns.
★★★★★
Lisa Martinez
Principal Surveyor · Verified Purchase
Professional-Grade System That Delivers Results
This rover-base combination provides the precision and reliability required for boundary surveys and topographic mapping projects. The communication range is excellent, and the system maintains RTK fixed solutions consistently. The South G7 represents excellent value for professional surveying applications requiring millimeter-level accuracy.

What's in the Box

Everything you need to get started.

  • ✓ 1× South G7 GNSS RTK Receiver (Base)
  • ✓ 1× South G7 GNSS RTK Receiver (Rover)
  • ✓ 1× Field controller (model varies)
  • ✓ 1× GNSS survey pole
  • ✓ 1× Tripod for base station
  • ✓ 1× Tribrach & carrier with extension
  • ✓ 1× Rechargeable 6800mAh Li-ion batteries (x2)
  • ✓ 1× USB charging cables (x2)
  • ✓ 1× Power adapters (x2)
  • ✓ 1× Controller holder
  • ✓ 1× Transport cases (for receiver & accessories)
  • ✓ 1× Quick start guide

Note: Optional accessories sold separately.

Frequently Asked Questions

General
✓ What level of accuracy can I expect from the South G7 RTK system? ▾
The GNSS South G7 Rover-Base Set delivers centimeter-level accuracy in RTK mode, typically achieving horizontal accuracy of ±8mm + 1ppm and vertical accuracy of ±15mm + 1ppm. The 1598-channel GNSS engine ensures reliable tracking of multiple satellite constellations for consistent precision in various field conditions.
✓ How does the IMU tilt compensation feature work? ▾
The integrated IMU (Inertial Measurement Unit) provides automatic tilt compensation, allowing you to collect accurate measurements even when the rover pole is not perfectly vertical. This feature significantly improves field productivity by eliminating the need to precisely level the pole for every measurement, while maintaining accuracy up to 30-degree tilt angles.
✓ What is the operating range of the UHF communication system? ▾
The powerful UHF radio system provides reliable base-to-rover communication up to 8 kilometers in optimal conditions. The robust signal transmission ensures consistent real-time corrections even in challenging environments with obstacles or interference, maintaining RTK solution integrity across extended survey areas.
✓ How long does the battery last during continuous field operation? ▾
The South G7 system features high-capacity lithium-ion batteries providing up to 14 hours of continuous operation for the rover and 16 hours for the base station under normal conditions. Hot-swappable battery design allows for extended field sessions without interrupting survey work, ensuring maximum productivity throughout long working days.
✓ Is the South G7 suitable for harsh environmental conditions? ▾
Yes, the South G7 system is built to IP67 standards, providing complete protection against dust ingress and temporary water immersion. The rugged housing withstands drops, vibrations, and extreme temperatures from -40°C to +65°C, making it ideal for construction sites, mining operations, and outdoor surveying in all weather conditions.

Still have questions? Contact our technical support team.

Shipping:

  • Origin: We fulfill orders from our global logistics network / production centers.

  • Typical delivery times:

    • US & EU: 7–12 business days

    • Global: 10–15 business days

  • Tracking: Every shipment includes end-to-end tracking.

  • Duties & taxes: Calculated at checkout where available, or payable upon import per local rules.

  • Dispatch time: Usually 1–3 business days after order confirmation (we’ll notify you if an item needs extra prep).

  • Partial shipments: If a multi-item order is ready in stages, we may ship available items first.

Returns:

  • Return window: 14 days from delivery for unused items in original packaging (exceptions: consumables and custom builds).

  • Return address: We’ll provide a regional return address when you open an RMA (US or EU where applicable).

  • Refunds: Processed within 5–7 business days after inspection.

  • Exchanges: Fast replacement dispatch once the RMA is approved.

Warranty & Service:

  • Coverage: All instruments include manufacturer warranty.

  • Support: Remote onboarding (setup call + quick-start materials) and priority email support.

  • Repairs & calibration: We coordinate with authorized service partners as needed.

Support

  • Manufacturer warranty: All instruments include official warranty per brand policy.

  • Remote onboarding: We help you get started—video call + setup checklist + quick-start PDF.

  • Technical support: Priority email response; diagnostic help for connectivity, firmware, and workflows.

  • Repairs & calibration: We route service through authorized partners; we’ll coordinate logistics and keep you updated.

FAQ

Q: Where are you located?
A: Metricop is a specialized online store registered in the US & EU. We ship globally with tracking.

Q: Where do you ship from?
A: From our global logistics network / production centers. Typical delivery for US/EU is 7–12 business days (global 10–15).

Q: Do you offer warranty?
A: Yes - manufacturer warranty on all instruments. We also provide remote onboarding and coordinate service with authorized partners.

Q: How do returns work?
A: Start an RMA within 14 days of delivery. We’ll provide a regional return address (US/EU where applicable).

Q: Can I get a formal quote?
A: Yes - use Request for Quote. We typically reply within 2 business hours.

Q: Payment methods?
A: Major cards and bank transfer. For business purchases we provide tax-compliant invoices.

Metricop Blog Posts

View all posts
digital surveying workflow from field data to cad and bim models using gnss laser scanning and total stations
Digital Workflow in Land Surveying: From Field Collection to Final CAD/BIM Models

Modern surveying has evolved from traditional methods to fully integrated digital workflows that seamlessly connect field data collection with final...

Read more
A GNSS receiver standing in front of surveying equipment with a construction site in the background and satellites in the sky.
How to Choose the Best GNSS Receiver for Your Surveying Needs?

Whether you are a pro surveyor or are just starting in the business, making the right choice and picking the...

Read more
A surveyor looking through a digital level at a site with a closeup of a digital level beside him and letters above that say digital level vs traditional leveling
Digital Levels vs Traditional Leveling in Surveying: Why Are Most Surveyors Turning Away from Traditional Levelling Methods?

The evolution of surveying equipment has made it a lot easier for professional surveys to get accurate readings. One of...

Read more
A surveyor using a total station on a construction site displaying how can a land surveyor save you money and time.
How Can a Land Surveyor Save You Money and Time? The Real Value Behind the Surveying Profession

The role of land surveyors is sometimes completely disregarded in terms of cost savings in the construction industry. A lot...

Read more