Geo Business 2025
Emlid
RTK/PPK GNSS Receivers, Modules, And Software, used for Surveying, Mapping, and Drone Navigation.
Emlid Reach RS3
Multi-band RTK GNSS receiver with tilt compensation, providing survey-grade accuracy even in challenging environments. It’s designed for use in land surveying, construction, and other applications requiring precise positioning data.Â
Tilt Compensation | Multi-band GNSS | RTK (Real-Time Kinematic) |Â Long Battery Life
Reach RX
Pocket-sized, lightweight, multi-band RTK (Real-Time Kinematic) GNSS receiver designed for easy, accurate surveying and data collection.
Compact and Lightweight | Multi-band RTK | Bluetooth Low Energy (BLE) Connectivity | Network RTK Corrections* | Easy to Use | Long Battery Life | Rugged Design
* Requires an internet connection for RTK
Emlid x PIX4D 3D Scanning Kit
Comprehensive solution for capturing precise digital 3D models of assets, infrastructure, and environments. It combines advanced photogrammetry with RTK precision, allowing users to quickly create accurate 3D models using a smartphone and the PIX4Dcatch app
Smartphone Scanning | RTK Precision | Advanced Photogrammetry | Cloud Storage and Sharing | Augmented Reality (AR) | Versatile Applications
PIX4D
Capture Reality with PIX4D Photogrammetry, Mapping and Modelling - Survey Grade Accuracy
PIX4DCatch
Mobile app, that uses photogrammetry and augmented reality (AR) to create 3D models and point clouds from images and data captured by a smartphone or tablet
3D Scanning | Augmented Reality | Accuracy
PIX4DCloud
Web-based cloud platform that utilizes photogrammetry from Drones or PIX4DCatch to generate 2D and 3D models.
Data Processing | Analysis | Progress Tracking | Collaboration
PIX4DMatic
Comprehensive photogrammetry software designed for processing large datasets from drones and terrestrial mapping projects.
Large Dataset Processing | Survey-Grade Accuracy | Can be used offline
Inertial Labs
Drone LiDAR Scanning & Mapping Solutions
Resepi Gen-11
GEN-ll Core, the most advanced RESEPI solution designed to meet the needs of demanding mapping and survey professionals. Offering seamless integration into drones and other platforms.
Resepi Lite
The lightest complete payload to feature both LiDAR and camera technology. The solution trusted by professionals for tackling challenging projects that demand quality, reliability, and efficiency
Teledyne Echo One
Powered by Inertial Labs RESEPI GEN-II, this is the most innovative and powerful system offered by Inertial Labs. Unmatched precision and accuracy all in an impressively compact system. Long range and lightweight.
MRU – Motion Reference Unit
Advanced device that integrates various sensors to measure and report an objects motion. Designed for use in marine applications.
Calian GNSS
High-Precision Antenna and Receiver products
for Navigation, Mapping, and Surveying
VSP6037L-MAR
Light and compact Verostar marine full GNSS precision antenna. Designed for high-accuracy positioning while being robust and reliable.
HC977XF
Triple-band helical GNSS Antenna. Designed for precision positioning. Taking advantage of Calian’s eXtended Filter (XF) technology to mitigate out-of-band signals and prevent antenna saturation.
TW5390
Multi-band multiconstellation integrated GNSS Receiver/Antenna with Inertial Measurement Unit (for Untethered Dead Reckoning) and L-Band receiver for point perfect PPP-RTK.
TW164
Professional grade full GNSS signal splitter. Designed to connect one antenna to four receivers.
VCS6500XF Smartchoke
Full spectrum with an integrated ‘All-in-View’ GNSS receiver designed for precise base station applications. The GNSS industry’s first full-size precision Smart Choke Ring Antenna.
AJ977XF
Anti-Jam triple band GNSS antenna. Designed to mitigate interference and jamming signals broadcast from near ground-based transmitters.
TW1889XF
Dual band GNSS antenna. Designed for use in airborne unmanned autonomous vehicles, network timing, and synchronization applications.
Septentrio
High-precision GNSS receivers for demanding applications
PolaRx5
Versatile and robust multi-frequency GNSS receiver. Designed to provide measurements with the lowest noise while constantly monitoring and protecting against interference, multipath, and other environmental impacts.
AsteRx SB3 Pro+
Septentrio’s most advanced housed multi-frequency GNSS receiver. It uses the latest triple-band GNSS core technology for reliable centimetre-level RTK positioning and sub-degree heading
Mosaic-X5
A multi-band, multi-constellation GNSS receiver in a low power surface mount module with a wide array of interfaces. Designed for mass market applications such as robotics and autonomous systems.Â
AsteRx-m3 Pro+
Septentrio’s best-in-class versatile OEM GPS/GNSS receiver board combining Septentrio’s top core GNSS technologies. Multifrequency, multiconstellation GNSS/GPS Receiver. Designed for integration into robotics, handheld devices and other industrial applications where power and space are limited.
Maxtena
Advanced Antennas for GNSS, Iridium, IoT and Transportation
M9
High accuracy multi frequency GNSS antenna. Designed to offer exceptional pattern control, polarization purity and high efficiency in a compact form factor. Idea for drones, robotics and autonomous applications.
M10
High precision l1-L2-L5 active GNSS antenna. Designed for applications requiring precise positioning such as autonomous vehicle navigation, smart survey and maritime positioning.
MEA-698-3800-SM
High Performance 5G LTE Antenna. Designed to provide wideband performance and optimal coverage.
MEA-868-915-SMA
High efficiency wide band antennas designed for 868MHz and 915MHz ISM band applications.
MEA-1629-PM-TNC
High-performance Iridium antenna, designed for low orbits and pole-to-pole coverage, featuring a low-profile, easy-to-mount design with a TNC connector and IP-67 rating when installed. It’s built with rugged ABS plastic for marine environments and excels in telematics and fleet management applications.Â
RTK Corrections
RTK (Real-Time Kinematic) corrections are used to significantly improve the accuracy of GNSS (Global Navigation Satellite System) positioning, especially when precise location data is needed.
RTKFnet RTK Corrections
Real-Time Kinematic (RTK) correction services, specifically designed for agriculture, construction, surveying, and marine applications.
RTKFnet own a network of base stations that provide high-accuracy GPS corrections to users’ RTK-capable equipment.
Users can achieve centimeter-level precision in their positioning.Â
ublox RTK Corrections
The u-blox Thingstream platform can deliver Real-Time Kinematic (RTK) or PPP-RTK (Precise Point Positioning – RTK) GNSS correction data.
These corrections are used by compatible GNSS receivers to achieve centimeter-level positioning accuracy. Thingstream provides a platform to access and manage these correction services, offering flexibility and ease of integration.
A user can configure a ublox receiver to decrypt and use the correction data, achieving centimeter-level accuracy.Â