www.CHCNav.lv ir aizsargāta ar reCAPTCHA un Google
Privātuma politika un Pakalpojuma noteikumi.
The AlphaAir 450 (AA450) is a major breakthrough in 3D mobile mapping technology, allowing its use by non-professional users in geospatial reality capture applications and to those who have never been able to access such technology before. The AlphaAir 450 offers ease of use and high precision capabilities at an affordable price point.
AlphaAir 450 is the next generation of CHCNAV LiDAR system, which is widely used for power line inspection, topographic mapping, emergency response, agricultural and forestry surveys, and more. This all-in-one, lightweight and rugged system integrates a high-performance laser scanner with an industrial-grade professional 26 MP camera and a high-precision inertial navigation system for quality data collection.
AlphaUni 900/1300 belongs to Alpha Mobile Mapping family, are high-end multi-platform LiDAR systems, which designed and improved by CHCNAV through many years of exploration and data capture experience.
AlphaUni 900/1300 offers fully integrated system with high-precision, long-range laser scanners with unique Waveform-LiDAR technology from Riegl and high-accuracy inertial navigation system, ready for demanding surveying missions in the air and on the ground, requiring the highest quality of data.
AlphaUni 300, belonging to our Alpha Mobile Mapping series, is a multi-platform LiDAR system that has been designed and improved by CHCNAV based on many years of research and data capture experience.
AlphaUni 300 is a fully integrated system with a high-precision laser scanner featuring Riegl’s unique Waveform-LiDAR technology and a high-accuracy inertial navigation system, ready for demanding surveying missions in the air and on the ground, requiring the highest data quality.
CHC Navigation offers to geospatial professionals a premium high-performance, vehicle-independent mobile mapping solution to capture 3D mass data in continuously changing world environments. Whatever the application, the Alpha3D mobile mapping system significantly increase your return-on-investment by completing work quicker and more accurately.
The Alpha3D combines state-of-the-art high-performance hardware, such as long range, ultra-high speed, precise laser scanner, high-resolution HDR panoramic camera in combination with advanced GNSS receiver and high precision IMU, in one instrument with lightweight and compact but in same time rugged design. All these features keep Alpha3D as one of most innovative mobile mapping system in the market today.
The AlphaAir 2400 is an airborne laser scanner offering an impressive combination of low weight, extended range, high accuracy, and scanning speed for missions at up to 1400 m operating flight altitude. The AA2400 can be easily installed on helicopters or airplanes but also on various UAVs, such as CHCNAV’s BB4.
The AA2400 system integrates a Riegl’s VUX- 240 laser scanner with a unique forward and backward-looking FOV designed to minimize laser shadowing and provide geometry of complex vertical structures in a single pass. In addition, the VUX-240 airborne laser scanner features a wide 75-degree field of view and a high-speed data acquisition rate of up to 1.8 MHz and a scanning range of up to 2150 meters.
The industrial-grade CHCNAV’s GNSS and high precision IMU allow the AlphaAir 2400 to provide up to 2 cm accuracy, depending on the scanning range.
The AlphaAir 1400 is a lightweight airborne laser scanner featuring an impressive combination of weight, range, accuracy, and pulse rate. The AA1400 belongs to the Alpha LiDAR series, known for its high accuracy and data quality without compromising reliability and specifically designed for use on various UAV platforms, helicopters, or small airplanes at up to 720 m operating flight altitude.
The AA1400 system integrates a Riegl’s VUX-120 with a unique forward and backward-looking field of view (FOV) designed to minimize laser shadowing and provide geometry on complex vertical structures in a single pass. In addition, the VUX-120 airborne laser scanner features a wide 100-degree field of view and a high-speed data acquisition rate of up to 1.8 MHz and a scanning range of up to 1430 meters.
The industrial-grade CHCNAV’s GNSS and high precision IMU allow the AlphaAir 1400 to provide up to 1 cm accuracy, depending on the scanning range.
The modern BB4 mini quadrotor UAV is equipped with a brand-new intelligent flight control system,
which can carry out multi-scene data acquisition with LiDAR and camera and has the advantages
of long endurance and multi scenario. BB4 mini sets a new standard of efficient data capturing for
surveying and mapping applications by combining intelligence with superior performance.
The HCE600 is a lightweight, compact, professional Android 10 data collector with an alphanumeric keypad, specifically designed for surveying and mapping operations in the field. Its 5.5-inch DragonTrail™ display offers extreme durability, long-term performance, and incredible sunlight readability.
Packed with connectivity modules including Bluetooth 5.0, dual-band 2.4G and 5G Wi-Fi, 4G modem, and more, the HCE600 connects seamlessly and reliably to your favorite GNSS receivers and RTK network correction sources. Ultra-rugged, it withstands a 1.5-meter drop on concrete and meets stringent IP67 and MIL-STD-810H standards.
The HCE600 is the optimal handheld controller for working in harsh field environments and making your data collection easier and more efficient. The HCE600 comes with a 90-day trial version of the LandStar Surveying and Mapping App, trusted by over 100,000 professionals worldwide.
The APACHE6 USV is a full-integrated innovative solution for 3D bathymetric survey, underwater object positioning, offshore construction, underwater archaeology, and wrecked rescue. The APACHE6 is powered with a high-performance dual propeller system ensuring a stable constant automatic cruise speed of up to 2.5m/s (7.6 fps). The survey projects can also be completed in manual mode using the APACHE6 remote control panel over a 2 km distance. The APACHE6 multibeam USV reduces survey time, improves work efficiency, and outputs high-resolution data always to match the most demanding marine survey project requirements.
Additionally to the standard package that includes the remote control boat, single beam echosounder, and GNSS IMU sensor, the Apache 6 USV can be supplied with NORBIT multibeam echosounder and LIDAR scanner. Moreover, for detecting and distinguishing between fish and other debris underwater, the USV can also be equipped with a third-party fish finder transducer. The obtained data can be effectively used by researchers and engineers.
The APACHE 4 is an Unmanned Surface Vehicle (USV) that supports a wide variety of Acoustic Doppler Current Profiler (ADCP) systems available on the market. It offers an unmanned operation solution with a shallow draft, high navigational accuracy, and stable hovering for hydrologists when measuring water flow velocity and discharge of a current section.
Designed for efficient hydrographic, bathymetric, and hydrological surveys, the APACHE 4 USV brings together the best of high-accuracy positioning and automated navigation control technology, built around the operator’s habits when conducting ADCP hydrographic cross-section flow measurements. The built-in adaptive water flow and hovering navigation technology significantly improve the accuracy of flow estimation. Even when GNSS positioning might be degraded by obstructed environments, the internal GNSS+IMU module continues to provide a reliable position and heading for the ADCP and autopilot controller.
Additionally to the standard package that includes the remote control boat, single beam echosounder, and GNSS IMU sensor, the Apache 4 USV can be equipped and delivered with the Teledyne Riverray or Riverpro, Sontek M9 or ROWE Seaprofiler ADCP for water discharge management, and with the CHCNAV’s sidescan module used for the underwater object detection, or with the CHCNAV’s water quality assessment sensor to measure water quality parameters. The obtained data can be effectively used by researchers and engineers.
The APACHE3 is a portable shallow-draft hull with a single-beam echo sounder for bathymetric surveys of lakes, inland rivers, and coastal areas. The master control unit provides seamless 4G communication, removing the limitations of traditional network bridge base stations and transmission distances, and making hydrographic survey easier.
The APACHE3 USV combines a dual GNSS positioning and heading sensor, a stable and reliable hull attitude, and an IMU sensor, allowing uninterrupted survey while passing below bridges. The high efficiency five m/s motors and absolute straight-line technology allow a fully automatic pre-determined course in autonomous mode under adverse current and flow conditions.
Additionally to the standard package that includes the remote control boat, single beam echosounder, and GNSS IMU sensor, the Apache 3 USV can be equipped and delivered with the CHCNAV’s water assessment sensor to measure water quality parameters, such as PH, temperature, conductivity, dissolved oxygen, and others. The obtained data can be effectively used by researchers and engineers.
The BB4 is a high-end unmanned aircraft system resulting from an alliance between the two industry leaders in their respective segments. Its scientific design and highly integrated production technology come from CHCNAV – a global manufacturer specialized in efficient geospatial measurement technologies – and its fully automated flight control system from DJI, the pioneer in the manufacturing of commercial UAVs.
The P330 Pro is a high-performance vertical takeoff and landing (VTOL) fixed-wing unmanned aircraft system (UAS), specially designed for aerial surveying and mapping applications. With its concept of high accuracy, long endurance, and multiple payloads, it meets the requirements of mapping and aerial surveying professionals for many different applications.
The P330 Pro is available with an orthophoto camera and optional sensors, such as an oblique camera for 3D modeling applications, to address the most demanding mapping and topographic surveys.
The P330 Pro UAV allows you to conduct small- and large-scale aerial surveys with extreme data quality and cost savings at a significant time. It is an alternative to manned aircraft for surveying and mapping, mining, construction and infrastructure, environmental monitoring, agriculture, etc.
The i83 GNSS receiver is more than a universal 1408-channel multi-band IMU-RTK GNSS receiver, it is the perfect GNSS RTK survey tool that any surveying, construction, or mapping professional has come to expect. Built-in connectivity modules such as Wi-Fi, Bluetooth, NFC, UHF, and 4G modem can be used reliably, efficiently, and conveniently in a variety of application scenarios to meet any job site configuration.
The i83 GNSS features CHCNAV’s third-generation GNSS antenna and the latest iStar algorithm to increase all GNSS signals tracking efficiency by 30%. It also integrates a premium calibration-free IMU sensor, which greatly improves the usability and reliability of RTK GNSS surveys. Designed for extended field use and robust performance, the i83 GNSS smart power management technology allows for up to 18 hours of continuous RTKrover operation. The i83 GNSS provides unparalleled productivity for GNSS measurements, stakeout surveys, and other typical construction tasks.
LandStar 8 is the field-proven data collection application for Android devices and CHCNAV data controllers. Its modular design allows the user interface to be customized to meet specific user needs and make deployment to field crews easy and highly efficient. The advanced graphics rendering of mapping projects in LandStar 8 provides users with an unprecedented field experience.
LandStar 8 is built around easy-to-use workflow management and an intuitive graphical interface designed to help efficiently complete high-precision surveying and mapping projects. Landstar 8 is versatile and integrates all surveying features for different applications, including construction surveying, control point measurement, native CAD project support, fast and accurate points, lines and surfaces stakeouts, road construction, GIS data acquisition, and more. Its comprehensive industry-standard data import and export formats allow LandStar 8 to be seamlessly integrated into existing software environments and ensure instant productivity.
HCconfig2 is a receiver configuration software running on Windows PC and Mobile platforms. Set the GNSS work modes, NMEA output, internal 4G and UHF modems and connect easily your 3rd party software or your system solutions.