FJDynamics FAQs 

The AT2 Auto Steer System achieves ±2.5 cm pass-to-pass accuracy across all terrain using GNSS with RTK correction. It also supports ISOBUS VT/TC, smart U-turns, terrain compensation, and seamless integration with your farm management system.

Yes. The system supports a wide range of agricultural machinery, including older tractors from the 1970s, and is ISOBUS compatible with popular implement brands such as Kverneland, New Holland, CASE IH, Horsch, etc.

An RTK correction signal is needed for full centimeter-level accuracy. You can use local NTRIP services (subscription varies by region, typically $1,000–$1,500/year) or rely on an FJD base station if no RTK service is available nearby.

The FJD Farm Management System (FMS) offers a remote management center, real-time equipment monitoring, intelligent job analysis, and customized agri-solutions. It reduces operating costs by 10–30% and increases machinery utilization by over 40%.  

The FJD FV2000 supports a wire-free “Drop-and-Go” setup—no perimeter wire required. With RTK network compatibility, vision-based edge detection, and a flexible charging dock placement, it's designed for quick, hassle-free installation—ideal for residential lawns up to 1 acre.

Yes. The FR4000 covers large lawns up to 4,000 m² (1 acres) with industrial-grade RTK precision. It features advanced vision systems for obstacle avoidance and handles slopes up to 33° (65%). Its wire-free setup enables installation in just 10 minutes.

FJD robotic mowers include multi-zone and no-go zone management, app-based control, real-time obstacle avoidance, smart mapping of mowing paths, self-charging, OTA firmware updates, and live-view monitoring via the app.

  Not anymore. Traditional automatic lawn mowers usually required a perimeter or boundary wire installation, which could be time-consuming and frustrating. Today, many advanced models offer wire-free navigation by using RTK positioning or LiDAR sensors. For example, wire-free RTK robot mowers can navigate large lawns precisely without you having to dig or lay wires. This makes them easier to set up, especially if your garden has many flower beds, trees, or irregular shapes. If you prefer a low-maintenance robotic lawn mower, choosing a wire-free mower can save you both setup time and future headaches.

For large or complex lawns, premium robotic lawn mowers are often the best choice. Popular high-end models include the Luba 2 5000HX, Husqvarna Automower 440iQ, Segway Navimow X330, and Ecovacs Goat A3000, typically priced between $2,500 and $4,500. These machines come with advanced features such as wire-free RTK navigation, LiDAR mapping, and smart app control.

Among them, FJDynamics offers the FL3000 LiDAR Robot Mower, which uses LiDAR for precise navigation without perimeter wires and is built to handle slopes, obstacles, and uneven terrain. It’s a strong option for homeowners looking for a next-generation robotic mower.

Many homeowners wonder whether buying a robotic lawn mower is truly worth it. The upfront cost can range from $1,000 to $4,000+, depending on the model. However, users often emphasize the time savings as the biggest benefit. A robot mower can run automatically several times per week, keeping your lawn perfectly maintained without effort. Instead of spending hours every weekend mowing, trimming, and bagging grass, you can enjoy a consistently well-kept yard. For busy families or anyone who values free time, a robot mower quickly becomes a worthwhile investment. In the long term, it can even save money by reducing the need for lawn care services.

Yes. One of the biggest advantages of robotic lawn mowers is how quiet they are compared to traditional gas-powered mowers. Most users describe them as producing a soft hum, similar to a household appliance. This makes it possible to schedule mowing at night or early in the morning without disturbing your neighbors. For families, it means the mower can run while children are playing in the yard or while you’re relaxing outside. If noise has ever been a concern with traditional lawn care, a quiet automatic lawn mower can be a game changer.  

Yes, but performance depends on the model. Entry-level robot mowers may struggle with steep slopes or bumpy terrain. However, high-end models with RTK guidance, all-wheel drive, or powerful traction systems perform very well on uneven ground. Many homeowners with hilly yards report that premium robot mowers can climb gradients of up to 30–35 degrees without issue. If your yard has rough patches, obstacles, or significant slopes, look for a robotic mower designed for uneven terrain. Investing in the right model ensures smooth operation and prevents the mower from getting stuck.  

A 3D LiDAR scanner uses laser pulses to measure distances and capture the shape of objects and environments in three dimensions. The FJD Trion P1 is a handheld 3D LiDAR scanner with SLAM (Simultaneous Localization and Mapping) technology, enabling high-precision 3D data capture indoors, outdoors, and even underground. It generates detailed point cloud data for creating 3D models, floor plans, or other mapping applications.

To use the FJD Trion P1 for 3D SLAM:

1. Launch the Trion Scan App – Connect your device to the Trion P1.
2. Start Scanning – Walk around the target area while the scanner collects 3D point cloud data in real-time.
3. Monitor Data in Real Time – Use the app to check scanning progress and data quality.
4. Finish and Export – Once scanning is complete, export the data for further processing, such as creating 3D models, floor plans, or BIM data.

The Trion P1’s SLAM technology works accurately under various lighting conditions, including direct sunlight, nighttime, underground, or outdoor environments.