| Galilée: | E1, E5a, E5b, E5 Alt-BOC: les données sont fournies par les autorités compétentes. | Batterie: | Li-ion 11,600 MAh, 3,7 V |
|---|---|---|---|
| GNSS différentiel de code: | H: <0,25 M. V: <0,50 M. Je vous le dis: | Les États membres doivent communiquer à l'autorité compétente les informations suivantes:: | SPS-L5 |
| Radio interne (facultatif): | Spéctrum de diffusion UHF ou FH915 de 405 à 470 MHz | L-bande: | Oui |
| Alimentation externe: | 9.0 27.0 V de courant continu | Glonass: | L1 C/A, L1P, L2C/A, L2P, L3C |
Highlights
The i76 Palm Visual RTK is a compact receiver that integrates GNSS, IMU, and dual cameras. This lightweight device weighs only 450g and is rated IP68, ensuring durability and reliability. The receiver maintains a fixed rate of 96% even in regions with high solar activity, making it highly dependable for various applications.
Its CAD AR visual stakeout feature allows for precise path planning, enhancing accuracy and efficiency. The 5th Gen Ultra-IMU technology ensures reliable performance, even at steep 60° tilts. Moreover, the i76 boasts over 17 hours of battery life, offering extended usability for professionals who require precision and adaptability in their work.
Increase overall stakeout efficiency by 40% with CAD AR visual stakeout. This technology integrates base maps with augmented reality (AR) for precise path planning and real-time visualization.
Achieve superior accuracy with the 4th generation air-medium GNSS antenna and iStar 2.0 technology. The i76 delivers over 96% reliable fixed RTK rate in high solar activity regions, ensuring reliable data.
Enhance measurement precision by 30% with the 5th Gen Ultra-IMU. It offers automatic pole tilt compensation up to 60°, ensuring accuracy within 3 cm without manual initialization.
The i76 integrates GNSS, IMU, and dual wide-angle cameras, providing a seamless surveying experience. The system supports real-time stakeout and measurement with intuitive visual feedback.
Enjoy easy handling and portability with the palm-sized i76, weighing just 450g. Its compact design makes it 40% lighter and 50% smaller than industry standards, enhancing field operations.
Withstand harsh environments with the i76’s IP68 rating and 2-meter drop resistance. The biomimetic structure and sapphire lens ensure durability, making it ideal for tough field conditions.
| Galileo | E1, E5a, E5b, E5 Alt-BOC |
| Precision Static | H: 3 Mm + 0.1 Ppm | V: 3.5 Mm + 0.4 Ppm |
| IRNSS (NavIC) | SPS-L5 |
| External Power Supply | 9.0 – 27.0 V DC |
| Static/Fast Static* | H: 3 Mm + 0.4 Ppm | V: 5 Mm + 0.5 Ppm |
| RTK | H: 5 Mm + 0.5 Ppm | V: 10 Mm + 0.8 Ppm |
| Battery | Li-ion 11,600 MAh, 3.7 V |
| Internal Radio (Optional) | 405–470 MHz UHF Or FH915 Spread Spectrum |
| SBAS | WAAS/EGNOS/MSAS |
| BeiDou | B1, B2 |
One of the key features of the CHCNAV i76 is its exceptional precision, making it suitable for applications that demand high accuracy such as land surveying, construction, mapping, and precision agriculture. The receiver's precision static capabilities, with horizontal accuracy of 3 mm + 0.1 ppm and vertical accuracy of 3.5 mm + 0.4 ppm, ensure reliable and precise positioning data.
Designed and manufactured in China, the CHCNAV i76 is CE certified, guaranteeing its quality and compliance with European standards. Customers can purchase this product with a minimum order quantity of 1 unit at a competitive price of 1480 USD, with payment terms of 100% T/T.
With support for BeiDou B1 and B2 signals, as well as L-band capability, the CHCNAV i76 offers enhanced positioning performance even in challenging environments. The integrated Full Wave Fence Antenna™ technology with internal ground plane ensures strong GNSS signal reception, further enhancing the receiver's performance.
The CHCNAV i76 is versatile and can be used in various product application occasions and scenarios. Whether it's conducting topographic surveys, performing stakeout operations, or utilizing live view stakeout for construction projects, this RTK GNSS receiver excels in delivering reliable and precise positioning data.