Regulated use and normal maintenance will last at least ten years.

Certainly! Our robotic lawn mower, with its tracked design, possesses exceptional climbing capabilities. It is specifically engineered to handle slopes with ease. The advanced traction system and robust construction enable it to navigate and maintain grassy areas on various slopes, ensuring efficient and effective mowing performance. Whether it’s gentle inclines or steeper gradients, our robotic lawn mower is designed to handle a wide range of slope conditions, providing reliable and hassle-free operation.

The maximum angle of slope that our robotic lawn mower can climb is up to 45 degrees. However, it’s important to note that the maximum slope angle may vary depending on the specific model and its power and configuration. We recommend consulting with our supplier or manufacturer to get precise details regarding the climbing capabilities of the particular model you are interested in. They will be able to provide you with accurate information based on the specifications and capabilities of the specific robotic lawn mower.

Certainly! Robotic mowers are capable of cutting long grass, and they do so with ease. Our robotic mower is designed to handle varying grass heights, including longer grass. With its efficient cutting blades and intelligent navigation system, it can effortlessly and systematically trim your lawn, even if the grass has grown to a considerable length. For your reference, we have relevant videos available on our website that showcase the mower’s performance in cutting long grass. Feel free to watch these videos to see how our robotic mower tackles challenging grass lengths.

Robot mowers employ a mulching technique with the grass clippings. As they cut the grass, the blades finely chop the clippings into small pieces. These clippings are then spread back onto the lawn, where they act as a natural fertilizer, returning valuable nutrients to the soil. This process, known as mulching, helps nourish the grass and promotes a healthier and greener lawn over time. By mulching the clippings, robot mowers eliminate the need for manual collection or bagging of the grass, saving you time and effort while contributing to a more sustainable and eco-friendly approach to lawn care.

The cost of running our remote-controlled lawn mower, which is a hybrid power system combining a petrol engine and an electric motor, is generally cost-effective. The petrol engine serves a dual purpose: providing power for the mower’s operation and also serving as a generator to charge the mower’s battery.

The petrol engine generates power to drive the mower and simultaneously charges the battery while in operation. This charging feature helps optimize the battery life and ensures extended operating time without solely relying on external charging sources.

By utilizing a hybrid power system, our remote-controlled lawn mower offers the advantage of fuel efficiency and reduced overall operating costs compared to traditional petrol-only or electric-only models. The specific running costs will depend on factors such as fuel consumption rates, electricity prices, and the size and frequency of lawn mowing.

Yes, robot mowers are worth the investment for many homeowners. While they may have a higher upfront cost compared to traditional mowers, their long-term benefits make them a valuable investment.

Here are some reasons why robot mowers are worth the money:

Time-saving: Robot mowers operate autonomously, saving you valuable time and effort. They work continuously, ensuring your lawn is consistently well-maintained without the need for manual operation.

Convenience: Once set up, robot mowers require minimal intervention. You can schedule them to mow at specific times or even let them run on a continuous basis, giving you the freedom to focus on other tasks or enjoy your leisure time.

Improved lawn health: Robot mowers use a mulching technique, which finely cuts the grass clippings and returns them to the lawn as natural fertilizer. This promotes healthier grass growth, reduces the need for additional fertilizers, and contributes to a greener, more vibrant lawn.

Precision cutting: Robot mowers utilize advanced technologies, such as GPS and boundary wire systems, to navigate and mow your lawn with precision. They can handle intricate lawn shapes and navigate obstacles, resulting in even and consistent cutting.

Energy efficiency: Many robot mowers are designed to be energy-efficient, using minimal electricity or fuel to operate. This can lead to long-term cost savings on energy bills.

Environmental benefits: Robot mowers produce lower noise levels compared to traditional mowers and have reduced emissions, contributing to a quieter and more eco-friendly lawn care routine.

Overall, the convenience, time-saving, and superior lawn care results provided by robot mowers make them a worthwhile investment for homeowners seeking efficient and effortless lawn maintenance.

For more accurate cost estimates, we recommend consulting with our supplier or referring to the manufacturer’s specifications, which provide detailed information on the fuel and electricity consumption rates of the specific model you are interested in.

Yes, our remote-controlled mower is capable of cutting wet grass. The cutting height of our mower can be adjusted within the range of 2-15 centimeters, allowing flexibility for different grass lengths. Whether it is dry grass or actively growing grass, our mower can effortlessly handle the task. However, it’s important to note that cutting wet grass may result in clumping of grass clippings. To ensure optimal performance and prevent excessive strain on the mower, it is advisable to avoid mowing extremely wet or waterlogged areas.

The blades of our mower are designed for long-lasting durability. Under normal usage, the blades can be used for multiple years without the need for replacement. The materials used in our blade construction are of excellent quality, ensuring reliable and efficient performance. Unless the blades experience significant physical damage or wear, there is typically no need for frequent replacements. Regular maintenance, such as cleaning and sharpening, can help prolong the lifespan of the blades and ensure optimal cutting performance.

Robotic mowers are designed to withstand short periods of rain and moisture. However, to ensure the long-term protection of the petrol engine and the overall machine, it is recommended for customers to have a dedicated storage location or garage for the mower. This helps prevent prolonged exposure to rainwater, which could potentially damage the machine over time. Having a sheltered storage area will contribute to maintaining the mower’s optimal condition and extend its lifespan.

Yes, robotic mowers are capable of cutting long grass. However, it is recommended to regularly maintain the grass at a reasonable height to ensure optimal performance and efficiency of the mower. Cutting long grass in a single pass may overload the mower or result in uneven cutting. Therefore, for very long grass, it is advisable to gradually reduce the grass height over multiple mowing sessions until reaching the desired length. This allows the robotic mower to effectively and evenly trim the grass while maintaining its cutting performance and overall lawn health.

Short periods of rain generally do not pose a problem for robot mowers. However, to ensure the protection of the petrol engine and other components, it is advisable not to operate the mower in prolonged rainy conditions. Continuous exposure to rainwater can potentially damage the engine and other sensitive parts of the mower. It is best to avoid mowing in heavy rain or when the lawn is excessively wet. If rain begins during a mowing session, it is recommended to interrupt the operation and allow the mower to be sheltered until the weather conditions improve.

The working duration of the machine can vary depending on the specific specifications and fuel capacity of the mower. In general, as long as the petrol engine has fuel, the mower can continue to operate. The working time typically falls within the range of 2-5 hours, which is a common duration for many models. However, it’s important to note that different mower models may have varying fuel capacities and, consequently, different working time intervals. It is advisable to refer to the manufacturer’s specifications or consult with our supplier to determine the specific working duration of the particular mower model you are interested in.

Certainly! Robotic mowers can work at night, and this is one of their advantages. They are designed to autonomously navigate and mow the lawn according to a pre-programmed schedule. By planning the route and setting the appropriate parameters, the robotic mower can efficiently and independently carry out the mowing task during the night. This allows you to have a well-maintained lawn without interfering with your daytime activities. The ability to operate at night adds flexibility and convenience to your lawn care routine, ensuring that your lawn remains beautifully maintained at all times.

Robotic lawn mowers are designed to operate in various weather conditions, including winter. They are built to withstand low temperatures and can continue working without any issues. The cold temperatures typically do not affect their performance or functionality. However, it’s important to note that during winter, grass growth tends to slow down or become dormant. As a result, the frequency of mowing may decrease compared to the warmer seasons. It is advisable to adjust the mowing schedule accordingly based on the grass growth and weather conditions in your region. By doing so, your robotic lawn mower can effectively maintain your lawn throughout the winter months.

Robot lawn mowers navigate using a systematic process. Here is a general overview of how they navigate:

1. Field Marking: The mower starts by marking the boundaries of the mowing area by placing boundary wires or installing virtual boundary markers. These markers define the area where the mower should operate and provide guidance for the mower’s movement.

2. Map Editing: Once the boundaries are established, the mower generates a digital map of the mowing area. This map includes the boundaries, obstacles, and any special zones or features that need attention during mowing.

3. Cloud Storage: The edited map is often stored in the cloud or onboard memory for easy access and retrieval. This allows for quick updates or modifications as needed.

4. Map Deployment: The edited map is then deployed to the mower, either wirelessly or through manual configuration. The mower receives the map and uses it as a reference for navigation.

5. Autonomous Mowing: With the map as a guide, the robot lawn mower follows a systematic pattern to move within the mowing area. It uses sensors, such as GPS, ultrasonic, or boundary sensors, to detect obstacles, adjust its path, and ensure complete coverage of the lawn.

By following this process, the robot lawn mower autonomously navigates the mowing area, ensuring efficient and thorough coverage without the need for constant human supervision.

With a robot mower, the grass clippings are typically finely mulched and left on the ground. As the mower cuts the grass, the blades shred the clippings into small pieces. These mulched grass clippings are then spread back onto the lawn, where they act as a natural fertilizer. This process is known as mulching. Mulching provides several benefits, including returning nutrients to the soil, helping to retain moisture, and reducing the need for additional fertilizers. The mulched grass clippings also break down quickly, contributing to the overall health and appearance of the lawn.

Yes, robotic mowers are safe to use. They can be equipped with an optional anti-collision system that automatically stops the mower’s operation when it encounters obstacles. This feature ensures that the mower comes to a halt upon detecting any objects or obstacles in its path, preventing accidents or damage.

In cases where the anti-collision system is not available or not selected, robotic mowers are typically equipped with an emergency stop switch. This switch is conveniently located on the mower, and a simple press of the button will immediately stop the mower’s operation.

Both the optional anti-collision system and the emergency stop switch provide users with additional safety measures. These features allow users to quickly and effectively halt the mower’s operation in case of any unforeseen circumstances or emergencies, ensuring the safety of both the operator and the surrounding environment.

Yes, robot mowers are capable of cutting straight lines. They are designed to navigate in a systematic pattern, ensuring precise and consistent cutting results. The advanced navigation systems in robot mowers enable them to follow straight paths while mowing the lawn.

In addition to cutting straight lines, robot mowers can also follow user-defined or pre-set routes. With the help of boundary wires or virtual boundaries, users can program the mower to follow specific paths or areas, allowing for customized cutting patterns.

Whether it is cutting straight lines or following user-defined routes, robot mowers deliver efficient and accurate mowing performance, resulting in a well-manicured lawn with neat and straight cutting lines.

No, you do not need internet connectivity for a robot mower to operate. Robot mowers are designed to function independently, relying on their onboard sensors, navigation systems, and pre-programmed instructions. They do not require a constant internet connection to perform their mowing tasks.

While some advanced robot mowers offer additional features and functionalities that can be controlled or monitored through smartphone apps or connected devices, the core functionality of the mower itself does not depend on internet connectivity.

The remote distance of the remote mower is approximately 200 meters. This means that you can operate the mower from a distance of up to 200 meters using the remote control device. This allows for convenient control and flexibility while mowing your lawn, giving you the freedom to guide and maneuver the mower from a comfortable distance.

When the mower turns, it typically does not cause any significant damage to the lawn. Our mower is designed to be versatile in its mowing operations. It can perform cutting tasks both in forward and reverse directions, without the need for excessive 360-degree turns that may harm the grass.

By being able to mow in both directions, the mower reduces the likelihood of creating noticeable damage or stress on the lawn. This means that you can confidently use the mower on your lawn without worrying about excessive wear or unsightly marks from turning.

Overall, the impact on the lawn when the mower turns is minimal, ensuring that your lawn remains healthy and aesthetically pleasing throughout the mowing process.