AMA Freemow RBA2010 - Robotic Lawn Mower - Without Installation

The Ama Freemow RBA2010 robotic lawn mower is a state-of-the-art automatic lawn mower designed for completely wire-free perimeter lawn cutting. This model integrates an RTK satellite navigation platform combined with advanced technologies such as PNT, GNSS, VSLAM, and AI, eliminating the need to install a physical boundary system.
Thanks to this system, the robot can operate autonomously and precisely on areas up to 2000 m², even in the presence of separate or complex zones.

The Ama Freemow RBA2010 robotic lawn mower stands out for its compact and elegant design in black/white bi-colour ABS, suitable for outdoor conditions thanks to IPX5 protection.
The four wheels with enhanced rubber tread ensure grip on slopes up to 40%.
The cutting system relies on a floating deck with three rotating blades, ensuring an even cut with a width of 22 cm and electronically adjustable height up to 76 mm.

This robotic lawn mower is equipped with a high-resolution 3D camera with AI Vision AISS system, capable of identifying and avoiding obstacles in real-time.
It includes Wi-Fi, Bluetooth, 4G connectivity, and compatibility with voice assistants like Alexa and Google Home.
The mapping system is manual via a mobile app, with intelligent automatic programming.
The 28V/4Ah lithium battery ensures long autonomy, with automatic return to the base for recharging.

Distinctive Features:

• No perimeter wire: RTK system and GPS mapping allow use without a physical boundary system.

• AI + RTK Technology: High-precision navigation through artificial vision and satellite coordinates.

• Multi-zone system: Up to 10 areas can be managed independently with intelligent logic.

• Advanced obstacle detection: 3D cameras and ultrasonic sensors to avoid impacts.

• Autonomy and waterproofing: Powerful 28V battery and IPX5 protection for use even in rainy conditions.

The RTK (Real Time Kinematic) navigation system applied to Ama Freemow robotic lawn mowers represents one of the most significant innovations in the automated lawn care sector.
This real-time satellite positioning technology allows the machine to operate with centimetre precision.

Unlike traditional robots, which require the burial of a boundary cable, this system uses a network of GNSS satellites combined with an RTK reference base to provide extremely accurate position detection.

The Ama Freemow robotic lawn mower uses a combination of GNSS modules, PNT (Positioning, Navigation and Timing) systems, and VSLAM (Visual Simultaneous Localization and Mapping) technology, supported by artificial intelligence.

This integrated architecture allows the machine to visually recognize the surrounding environment and digitally map the garden.
The processing of visual information, combined with satellite data, enables the robot to move along optimized trajectories without retracing already cut areas.
The RTK system provides operational continuity even in the presence of obstacles, elevation changes, or narrow passages.

The initial setup of the machine does not require digging, electrical installations, or specialized tools.

The user can manually guide the robot along the edges of the area to be treated via the app, thus creating a permanent virtual map of the garden.
During operation, the RTK receiver constantly communicates with the base station, correcting position variations in real-time and maintaining precise trajectory even on uneven surfaces.

The Ama Freemow robotic lawn mower integrates an advanced visual detection system based on a high-resolution three-dimensional camera.
This component works in combination with artificial intelligence to ensure autonomous navigation even in the presence of moving or fixed obstacles.
The system uses AI Vision AISS technology, designed to analyse the surrounding environment in real-time and avoid impacts during cutting.

The camera is capable of:

• Identifying objects, trees, and obstacles on the lawn

• Distinguishing fixed elements from temporary ones

• Communicating with the internal electronics to divert the path when necessary

This function is integrated into the assisted navigation system, which also includes ultrasonic sensors, bumpers, and satellite modules.

The camera also works in synergy with VSLAM (Visual Simultaneous Localization and Mapping), allowing the robot to visually locate itself in relation to the real context.

The entire system operates without the use of additional magnetic or mechanical sensors. The camera installation is integrated into the front shell and protected against dust and moisture. Thanks to this equipment, the robot can operate completely autonomously even in variable conditions, ensuring safety, movement precision, and respect for the surrounding environment.

Everything at your fingertips.
Designed for simple and functional use, the machine allows you to control the main operations in a few steps. Work parameters can be managed via APP, with an intuitive interface that allows quick access to available functions. All menu items are accessible remotely via smartphone.

The machine can self-program its work cycles based on the initial configuration.
Alternatively, the user can manually set the cutting days and times.
The system allows defining the time dedicated to edge cutting. An integrated calendar in the APP shows daily activities.

Overview:

In the main screen, the user can start or stop the robot, view the charge percentage, check the rain sensor status, active connections, and the day's schedule. The command layout is designed to simplify interaction and provide all essential information in a single screen.

Event History and Daily Log:

The system records the robot's daily activities, allowing you to view a summary of movements performed and error messages. The history function is useful for monitoring work efficiency over time.

APP Sharing:

The app allows sharing control of the robot with other users. This function allows authorizing multiple people (such as family members or technical support) to manage the machine. Sharing can be activated through a simplified system without needing to provide the main account credentials.

The Ama Freemow robotic lawn mower does not require perimeter wire installations. The work area is virtually bounded via RTK satellite navigation, eliminating digging or buried cables. Installation is simple and can be done independently.

It is necessary

• Install the RTK antenna in a stable position.

• Connect the charging base to the power grid

• Use the app to guide the robot along the perimeter to be mapped

The antenna, provided, transmits corrective data to the robot, ensuring movement precision.
It must be mounted in an open spot, away from vertical obstacles.

The Ama Freemow RBA2010 robotic lawn mower is designed for automatic cutting of areas up to 2000 m², even multi-zone, with advanced RTK navigation system and artificial intelligence.
Robust structure, advanced electronics, and precise cutting make it suitable for continuous and complex use.

General Data:

• Max manageable area: 2000 m²

• Manageable zones: up to 10 areas

• Minimum passage: 80cm

Cutting System:

• Cutting width: 22 cm

• Electrically adjustable height: up to 76 mm

• Edge cutting mode: programmable

• Maximum slope: 40%

Navigation and Sensors:

• Cameras: dual 3D with object recognition

• VSLAM

Connectivity:

• Connections: Wi-Fi, Bluetooth, 4G

• Compatibility: Alexa and Google Home

• Display: Digital LED

• Weekly programming: double daily interval

CUTTING FEATURES

• Mulching: 3 steel blades for Mulching cut. Cuts grass into small pieces and no need to collect clippings.
• The grass decomposes naturally, water and nutrients are returned to the soil for a beautiful and healthy lawn!
  This type of cut helps fertilization and saves time by skipping the collection phase.
• Edges: Unique cutting system that cuts beyond the wheels. Designed for a perfect finish.
• Maximum cutting area 2000m²
• Cutting width of 22 cm
• Maximum slope of 40%
• Electronically adjustable cutting height up to 76mm