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Japanese Introduction: Robotic Lawn Mower
Smart robotic lawn mowers are rapidly gaining traction in the consumer electronics market. Compared to traditional handheld mowers, they significantly boost productivity, free up user time, and deliver more consistent lawn trimming.
Leading Robotic Lawn Mower Manufacturer
The rise of robotic lawn mowers has spurred competition, with established brands like Husqvarna, Positec, alongside emerging Chinese players such as Ninebot, Dreame, and DAYE.
Robotic Lawn Mower Technological Innovation
In order to occupy the market share of lawn mower robots faster, technological innovation is still the key to competition among lawn mower companies.
| Innovation | Description |
|---|---|
| RTK+ Vision | Mainstream navigation for precise path planning. |
| TOF Sensors | Enhances distance measurement and obstacle avoidance. |
| Lidar Technology | Provides high-precision 3D scanning for complex terrains. |
| Visual AI | Enables intelligent recognition and decision-making. |
| BLDC Motor Driving Technology | Efficient power output with lower energy use and maintenance. |
Robotic Lawn Mower Customer needs
According to market research, customer demand for Robotic lawn mowers is constantly increasing with the development of technology.
We want：
- Larger mowing areas
- Enhanced climbing capabilities
- Extended battery life
- Smarter path planning and operation control
- Adaptability to complex terrains and environments
The Best Robotic Lawn Automower wheel motor – SGMADA
| Parameter | Value | Parameter | Value |
|---|
| Voltage | 18V | No Load Speed | 4200rpm |
| Reduction Ratio | 99.5:1 | Output No Load Speed | 42rpm |
| Output Rated Load Speed | 35rpm | Output Rated Load Torque | 25kg.cm |
| Motor Diameter | 36mm | Gear Type | Planetary |
| Motor Type | BLDC | Gearbox Housing Material | Powder Metallurgy |
| Geartrain Material | Powder Metallurgy | Shaft Material | 40Cr Steel |
| Output Shaft Support | Dual Ball Bearing | Rotation Direction | CW/CCW Reversible |
| OEM & ODM Service | Available | Certificates | CE, ROHS, IATF16949 |
| Shaft Configuration | D-cut | Customization Options | Yes |
Why use BLDC Gear Motor as the Automower Wheel Motor of Robotic Lawn Mower
To meet customer needs, the development of lawn mower wheel drive technology tends to have longer life and stronger climbing ability. These qualities are in line with the core characteristics of BLDC Gear Motor.
High Performance BLDC Motor
As the driving core of the wheel, the most critical thing for the motor is to ensure a long working life and high power output.
- Long Working Life
- SGMADA’s custom BLDC motors for small robotic lawn mowers typically have a working life of over 20,000 hours.
- High Power Density
- Limited internal space in mowers requires maximizing motor power output to enhance climbing ability.
- SGMADA BLDC motors, with diameters ranging from 28mm to 42mm, deliver over 100W of output power.
- Customizable Options
- Offers options for sensorless (no-HALL) designs and external drives to further reduce production costs.
High torque output Planetary Gearbox
The planetary gear structure is characterized by a compact gear system and high-efficiency transmission.
- Compact Planetary Gear Structure
- Ideal for space-constrained applications.
- High-Efficiency Transmission
- Provides efficient power delivery and minimizes energy loss.
- Durable Powder Metallurgy Gears
- Economical and robust, supporting reliable long-term operation.
- Economical and robust, supporting reliable long-term operation.
Future development trend of wheel drive motor for Robotic Lawn mower
The wheel drive motor, a critical component of robotic lawn mowers, is evolving toward greater efficiency, intelligence, and adaptability to meet diverse user needs.
1. Enhanced Efficiency and Power Density
- Optimized Output: Achieving higher power output within compact designs to enhance climbing capabilities and ensure smooth operation.
- Energy Efficiency: Reducing power consumption to extend battery life, crucial for residential and commercial applications.
2. Intelligent Integration
- AI and Sensor Fusion: Seamlessly combining AI, TOF sensors, and lidar to adapt to complex terrains and enable precise obstacle avoidance.
- Precision Control: Advanced drivers and controllers will enhance speed regulation and torque output accuracy.
4. Customization and Modularity
- Flexible Configurations: Providing customizable options for speed, torque, shaft types, and IP ratings to meet various user requirements.
- Modular Design: Simplifying maintenance and enabling easy replacement of motor components.
5. Smarter and Safer Operation
- Built-in Safety Features: Incorporating fail-safe mechanisms for reliable operation in unexpected situations.
- Self-Diagnostic Capabilities: Advanced monitoring to predict potential failures and minimize downtime.
The future of wheel drive motors for robotic lawn mowers lies in efficiency, intelligence, customization, and safety, driving the evolution of these devices toward greater functionality and reliability.
Conclusion
- Customized your robotic lawn automower wheel motor
From speed and torque to shaft configurations, we offer complete customization to match your application needs. Let’s work together to build the ideal motor solution for your robotic lawn mower.
For customized solutions or more details, reach out to us directly:
Email: [sales@nbdoncen.com]
Phone: [+86 13857460177]
Website: [doncenmotor.com]
