Unig's Remote-Controlled Mowing Robot Test at Kyushu University ITO Campus

Unig Inc.'s Remote-Controlled Mowing Robot Demonstration

Unig Inc., headquartered in Adachi, Tokyo, is making strides in agricultural technology with its upcoming demonstration of the remote-controlled electric mowing robot, Unimowers model-S. Set to take place on August 4, 2025, at the Kyushu University Ito Campus, this event aims to showcase the capabilities of this innovative machine in operationally challenging environments.

The demonstration is built upon the successful trials of the Unimowers conducted in collaboration with Kyushu University’s Faculty of Agriculture. By equipping the Unimowers model-S with a remote control unit featuring front and rear cameras, operators will be able to control the mowing process from hundreds of meters away, particularly in steep terrains and areas that are hard to access. This experiment will not only illustrate the remote operation capabilities of the electric mower but also its overall efficiency.

Event Details

Date and Time:

August 4, 2025, from 13:30 to 16:00
Location: Kyushu University, Ito Campus, West Building 5, Lecture Room 222 (2nd Floor) and nearby slopes (Motonaka 744, Nishi Ward, Fukuoka City).

- 13:30 - 14:00: Information Exchange Session at Lecture Room 222
- 14:00 - 16:00: Live Demonstration on the nearby slopes

In addition to showcasing the Unimowers model-S, Unig will also present a demonstration of the remote-controlled electric mower model-E, providing attendees with firsthand experience of the latest advancements in robotic mowing technology.

Background of the Technology

As Japan faces an aging population and a significant labor shortage in agriculture, the demand for mechanization and automation has surged to enhance safety and reduce labor. Mowing on slopes or in inaccessible areas poses risks, including heatstroke, insect bites, and falls, all of which threaten the safety of operators. Traditional mowing methods, reliant on manual labor, have demonstrated substantial physical demands on workers.

By integrating remote control technology into the Unimowers model-S, farmers can conduct mowing tasks from the comfort of their vehicle or office, eliminating the need to venture into potentially hazardous areas. This innovation addresses the pressing challenges currently faced within the realm of agricultural labor.

Unig aims to utilize insights gained from this demonstration, along with ongoing collaboration with Kyushu University, to refine the Unimowers, fostering not only automation and efficiency in mowing but also contributing to decarbonization efforts within the agriculture sector.

Key Features of the Unimowers model-S

- Remote Operation System: The mower can be controlled from approximately 300 meters away, equipped with cameras that provide real-time video to the operator on a handheld display. Intuitive controls allow users to maneuver forward, backward, and adjust cutting height and speed.

- High-Performance Mowing Mechanism: The Unimowers model-S uses a patented mowing mechanism capable of pulverizing overgrown vegetation effectively. The mower automatically adjusts its speed based on load, significantly enhancing operational efficiency.

- Environmental Performance and Durability: Being fully electric, it operates quietly (70dB at 5m) without emitting exhaust fumes, making it a preferred choice for eco-friendly operations. With its stainless steel body and robust construction, it's designed to withstand diverse working conditions.

- Specifications:

- Size: 970 x 800 x 410 mm
- Weight: 104 kg
- Cutting Width: 500 mm
- Practical Working Angle: up to 45° (sideways), 30° (forward/backward)
- Working Capacity: 1480 m²/h

The Unimowers model-S presents a compelling solution for modern agricultural challenges, potentially transforming how mowing tasks are performed in Japan's diverse and challenging landscapes. As the event approaches, many in the agricultural community eagerly anticipate this unique opportunity to witness cutting-edge technology in action.

For further information and to preview the Unimowers, visit Unig's product page or watch the demonstration videos on YouTube and performance tests.