Precision You Can Hold | Mercury Laser RTK Launch

[0:32]Hello everyone, I'm Cassandra. I'm really excited to introduce a brand new serving device from Connav Technology. The device in my hand is today's star product of this launch event, Mercury Laser RTK. For years, traditional RTK systems have relied on a survey pool and a data collector to operate. This method is proven and reliable, but it also imposes certain limits on efficiency and flexibility in the field. The Mercury Laser RTK changes all that. Through innovative technology integration, Connav has introduced a completely new serving workflow, enabling RTK operations without a survey pool and without a data collector. Leveraging the all new Kinet chip architecture and IMU algorithms. It further enhances the stability and reliability of laser measurements, making measurements accuracy more consistent and dependable than ever. This is not just a change in product design, it represents a smarter, simpler and more efficient way to work. Now, let's start with the hardware behind the Mercury and see how advanced technology comes together to deliver greater accuracy and higher efficiency in serving. First, let's take a look at the design of the Mercury, where we've also introduced a number of thoughtful innovations. We adopted an integrated handheld ergonomic design, making the device more compact and streamlined. The body curves naturally fit your hand shape, while the weight distribution has been carefully optimized. Even during long hours of fieldwork, it remains comfortable and stable to hold. The quick measurement button is also seamlessly integrated into the body of the device, positioned exactly where your finger naturally rests. With a simple price, you can instantly capture a measurement point, making every operation smooth and efficient. Precision you can hold. This is not just an improvement in design, it represents a completely new user experience in serving. The Mercury is also equipped with a high-performance serving grade antenna. Ensuring stable signal reception in all kinds of environments, whether you are working in dense urban buildings or in thick forest. It keeps satellites locks and delivers reliable data anytime, anywhere. Next, let's talk about the laser technology. The Mercury uses a side-facing laser, which can be applied to a wide range of serving scenarios. The laser has a measurement range of up to 50 meters and remains clear and precise at all times. This means even at long distances, you can still capture highly accurate data, wherever the laser point, the measurement follows. What you see is what you measure. Next, let's take a look at the long-focus camera. With this camera, the device can deliver clear view even at longer distances. Whether you are marrying or sticking out, you can see everything clearly and position points with precision. Long distance laser measurement is no longer a challenge. Precision you can hold. No matter how far the distance, accuracy is always within reach. It's also worth mentioning that the Mercury comes with a high resolution touchscreen display. Through the screen, users can directly select the working mode, from points, poly lines to the polygon measurement, or the distance measurement. Laser points positions are displayed in real-time, enabling fully visualized workflow management. The clear and intuitive interfaces significantly improved operational efficiency and measurements accuracy. With simple touch controls, users can quickly configure all functions, making interactions straight forward and efficient. In addition, the device features two shortcut buttons, further enhancing workflow efficiency and ensuring that the entire operation remains stable, smooth and effortless. The Mercury supports both Wi-Fi and Bluetooth connectivity, whether you are on a open construction site or in a dense urban environment, the device maintains stable and high speed data transmission. In addition, the Mercury is equipped with a 4G module which can hold a SIM card and supports internal GSM mode, making on-site data transfer more flexible and reliable. So far, we've explored the hardware advantages of the Mercury, ergonomic design, high precision antenna, laser system, long focus camera, touchscreen and quick access buttons. Next, please welcome our technical engineer Jo, who will take you through the core features of the Mercury Laser RTK and its latest upgrades. Hello everyone, I'm Duarte. As we all know, traditional surveying RTK equipment has relied on a survey pole for operation. The Mercury introduces a groundbreaking innovation, the Pole-Free operation. But what exactly is Pole-Free? This technology allows the device to complete high precision measurements independently without a survey pole, while maintaining stability and accuracy even in complex environments. It's important to note that Pole-Free is not the result of a single feature. If the device only had laser or an auto IMU, it wouldn't truly be pole-free. It's the combination of advanced hardware and multiple algorithmic technologies working together that makes pole-free surveying possible. Next, I'll walk you through each of these core features and show you how they work together to enable truly pole-free operation. First, one of the most critical components of our Pole-Free technology is laser measurement with real-time visualization. The Mercury not only provides high-precision laser measurements, but also displays the laser points on the screen in real-time, making the entire operation visible and easy to follow. When the camera mode is activated, users can see the position of each measurement point on the screen at any time. This helps ensure precise point placement and guarantees data accuracy. This feature is especially advantageous in complex environments, whether in dense urban construction sites, challenging terrain or hazardous areas. The Mercury maintains measurement accuracy while reducing operational risks. Surveyors no longer need to approach dangerous zones to capture high-quality measurements. With real-time visualization, users can immediately verify the correctness of each point, avoiding errors caused by misaligned laser measurements and significantly improving both field efficiency and measurement reliability. The Mercury is equipped with a brand new auto IMU. It can detect the device's movements in real-time and automatically complete IMU initialization during motion. No manual action required. The combination of the laser and auto IMU lies at the heart of our Pole-Free innovation. Mercury is ready to start measuring after a simple motion, ensuring stable and precise performance in any environment. Now, let's take a look at the Mercury's quick measurement button. This is an incredibly convenient design. With just a simple press, the device can capture a measurement point. With the support of our Pole-Free innovation, users no longer need to carry a survey pole, data collector or any other accessories. Simply holding the Mercury device is enough to perform measurements independently, greatly improving field efficiency. This small button not only streamlines the workflow, but also reduces equipment dependency, making high-precision surveying lighter, more flexible and more efficient. Users can start measuring anytime, anywhere. Next, let's take a look at the point poly line and polygon 3D measurement capabilities of the Mercury Laser RTK. With simple on-screen controls, user can quickly switch between different measurement modes. Whether measuring point features, linear features or complex surface areas, our Pole-Free innovation makes it easy to complete the task with intuitive and convenient operation. Moreover, the Mercury isn't limited to professional surveying applications. It can also be used as a traditional laser distan meter, providing versatile functionality for a wide range of measurement needs. Finally, one of the most practical features in this update is the automatic measurement point photo recording. When this feature is enabled, the device automatically captures a photo of each measurement point while simultaneously recording the precise coordinates and adding annotations. This allows the measurement results to be automatically preserved, ensuring traceability for later data processing while visualizing presenting each point on the spot. It greatly simplifies fieldwork, reduces manual recording errors, and improves both efficiency and accuracy. Overall, these updates make the Mercury more efficient, intuitive and flexible than ever. From real-time laser visualization to the auto IMU system, the quick measurement button, fast mode switching, and automatic point photo recording, allowing users to complete surveying tasks more easily, accurately, and efficiently than ever before. After introducing the powerful features of the Mercury, let's take a look at how its multi-mode design adapts to different surveying scenarios, making work more efficient and operation more flexible. First, the traditional mode, the classic pole and data collector workflow. For those who prefer traditional operations, the Mercury can be used with a survey pole and the R80 data collector. Paired with Survey Master software, you can easily manage survey data, get real-time positioning and complete measurement tasks. The software also supports cloud sharing, allowing field data to be transmitted to team members in real-time. Whether across regions or for remote collaboration, information stays synchronized and work remains efficient. And second, the Pole-Free with data collector mode. In this mode, no survey pole is required. With Mercury's laser visualization and auto IMU, measurement data remains accurate. You can also use Survey Master to perform a variety of tasks and share data with your team. And third, the fully Pole-Free mode. Once the project and work mode are configured, Mercury can operate completely independently. No data collector and no survey pole needed. Measurement data can be synced to the software or exported via cloud sharing. This mode is ideal for fast and efficient workflows. Whether on a construction site, in city streets or in complex indoor environments, measurement can start immediately. The device is lightweight and compact, easy to carry in your pocket or vehicle. Precision, you can hold. Accurate surveying anytime, anywhere. And also, radio mode. When paired with P8D, Mercury can receive base station signals through the P8D's radio module. This mode meets the needs of users who require radio communication in certain areas. In summary, the Mercury Laser RTK offers flexible multi-mode operation, whether using traditional pole plus data collector, Pole-Free with data collector or fully Pole-Free, the device can handle all kinds of surveying needs, delivering efficient, precise and traceable measurements. Mercury is another breakthrough in our technological innovation, bringing higher measurement accuracy, faster work efficiency and more convenient operation. With the powerful performance of the new Kinet chip, along with comprehensive hardware and feature upgrades, it's ushering a whole new era for the surveying industry. Today, we are truly honored to share this milestone with you. The Mercury Laser RTK will become an indispensable tool for every serving professional, helping you achieve greater value in your work. Welcome to the Pole-Free surveying era. Order now and make precise measurements accessible anytime, anywhere. Thank you for your listening and let's embrace the future of serving together, unlocking a completely new way of working.