スズキ List of Products and Services

Map your orchard and optimize your harvest. We would like to introduce a case where Omron Corporation utilized our multipurpose electric cart "MITRA" as a sensing robot in agriculture. This robot autonomously navigates vast orchards, mapping all crop data. It supports optimal decision-making based on data that was previously unattainable. 【Features】 ■ Autonomously drives within the farm, scanning crop conditions to collect and visualize large amounts of data. ■ By understanding crop distribution on a map, farmers can intuitively decide "when, where, and how much work should be done." ■ Supports productivity improvement and reduces workload through applications in yield forecasting and personnel allocation. *This robot is a prototype currently under development. ▼ Many case studies of MITRA's utilization are now available on the special website! For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce a case where our electric mobility base unit was utilized at HBA Corporation. Traditionally, outdoor inspection and monitoring tasks at power plants, factories, and on external walls and roofs often involve working in harsh environments and dangerous locations. Additionally, due to a shortage of the labor force, there is a lack of workers to carry out maintenance tasks, making it difficult to conduct sufficient inspections and maintenance. To address these challenges, HBA's "Outdoor Work Support Robot Solution" has utilized our electric mobility base unit as the legs of an infrastructure inspection robot. By replacing manual tasks in equipment inspection and facility management with robots, we promote the reduction of manpower in inspections and maintenance. 【Features of Suzuki's Electric Mobility Base Unit】 ■ Independent motors for left and right rear wheels ■ Suspension on all four sides ■ Front wheel steering with power steering ■ Rust-proof, waterproof, and dust-proof ■ Low center of gravity for high driving stability ■ Capable of climbing and descending slopes of 8° with a load of 100kg ▼ Many use cases are currently available on the special website! For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce a case where our electric mobility base unit was utilized by Doog Inc. The collaborative transport robot "Souther Series," manufactured and sold by Doog, is a standard transport robot used in various fields such as factories, warehouses, maintenance sites, work sites, and service locations both domestically and internationally. As part of the consideration for expanding the series products, we have begun prototyping a Souther using the electric mobility base unit that Suzuki plans to commercialize, which we will refer to as Souther Cross (marketing prototype). **Features of Souther Cross** - Equipped with power steering and larger front wheels, it can navigate rough terrain better than the conventional Souther series. - It has advantages in reliability, quality, and cost, built on Suzuki's long-standing experience with electric wheelchairs. - It comes pre-equipped with the necessary autonomous driving functions and diverse customization options for transport robots, making it easier for integrators (resellers, end users) to build equipment and functions that fit specific sites. *Please check the actual operation on our YouTube video!* *For more details, feel free to contact us.*

We would like to introduce a case study where our electric mobility base unit has been utilized by LOMBY Inc. LOMBY is a startup company engaged in the development, provision, and service operation of autonomous delivery robots. They are working on solving challenges in the last mile delivery sector, and in 2023, they conducted a demonstration experiment on public roads to deliver products from a Seven-Eleven store in Hachioji City. Since 2022, LOMBY and Suzuki have been exploring the potential of an autonomous delivery robot using a cart (electric mobility base unit) based on Suzuki's electric wheelchair. Suzuki is responsible for the design and development of the electric cart, while LOMBY is engaged in prototyping the autonomous delivery robot, developing the delivery system, and conducting demonstration experiments. In this way, our company envisions applying the technology of electric wheelchairs, which we have cultivated for about 50 years, to develop electric mobility base units (electric carts) as the mobility platform for various robots. 【Features of the Electric Mobility Base Unit】 ■ Rust-proof, waterproof, and dustproof ■ Off-road capability *For more details, please download the PDF or feel free to contact us.

Dainichi Koki Co., Ltd. manufactures and sells golf ball collection machines that significantly reduce the labor involved in ball collection tasks. Typically, at driving ranges, balls are collected manually after closing and before opening. During business hours, it is difficult for people to work due to the balls flying around, leading to the challenge of "how to improve work efficiency by conducting ball collection during business hours." To address this, we utilized Suzuki's electric mobility base unit, which is equipped with ball protection, and by towing the ball collection machine with remote control, we have made it possible to safely and efficiently collect balls even during business hours. Additionally, it can collect balls even in the presence of minor puddles. **Features of Suzuki's Electric Mobility Base Unit:** - Capable of traveling at 6 km/h - Independent motors for left and right rear wheels - Suspension on the front, rear, left, and right - Power steering for front wheel steering ▼ Demo consultations available! If you would like a demo at your practice range, please contact us. *Please note that we may not be able to accommodate requests depending on the area. ▼ Many case studies are currently available on the special website! For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce a case where our electric mobility base unit was utilized as the legs for the "Original AMR (Towing Type)" at Yamazen Co., Ltd. The Original AMR is equipped with autonomous driving software (3D LiDAR) on a base unit for Suzuki electric wheelchairs. The electric mobility base unit features smaller φ280 tires compared to typical AMRs, making it strong on rough surfaces (steps and slopes). It has become a tough AMR capable of transporting between semi-outdoor buildings. The expected towing capacity of Yamazen's Original AMR is set at 300 to 500 kg. 【Features of the Original AMR】 ■ Strong on rough surfaces with steps and slopes ■ Capable of transporting between semi-outdoor buildings *For more details, please feel free to contact us.

The AI strawberry harvesting robot "Robotsumi" from Ainak System Co., Ltd. is a smart agricultural solution specifically designed for high-rise strawberry production. At Agricultural WEEK, a version of Robotsumi using Suzuki's electric mobility base unit was showcased. This base unit's ability to run stably on rough and uneven terrain, like that found in agricultural fields, is a significant advantage. ■ Exhibition Overview The "Agricultural WEEK" held in May 2025 welcomed approximately 12,000 visitors over three days, and Ainak System distributed over 500 sets of materials, attracting significant attention from many agricultural workers and corporate representatives. ■ Visitor Evaluation Points - Trustworthiness due to waterproof performance and robust appearance - Sense of security associated with the "Suzuki" brand - Anticipation for Suzuki's new challenges Many attendees expressed confidence in the product, particularly due to the reliability associated with an automotive manufacturer's undercarriage. *For more details, please feel free to contact us. *If you wish to request a demonstration of the electric mobility base unit, please do not hesitate to let us know.

We would like to introduce a case where our electric mobility base unit has been utilized at Ever Blue Technologies Inc. Ever Blue Technologies is developing a robot that automates snow removal tasks. The concept is to prevent snow from accumulating to the point where shoveling becomes necessary by having the robot automatically clear snow from the onset of snowfall. The aim is to reduce the time and effort spent on snow shoveling, which has traditionally been done by people, through automation. In this way, our company envisions applying the technology we have cultivated over approximately 50 years in electric wheelchairs to develop electric mobility base units (electric carts) as the mobility platform for various robots. 【Features of the Electric Mobility Base Unit】 ■ Rust-proof, waterproof, and dust-proof ■ Off-road capability *For more details, please download the PDF or feel free to contact us.

For those who want to add autonomous driving capabilities to electric mobility base units, we would like to introduce Panasonic Advanced Technology Co., Ltd.'s autonomous mobility package, '@mobi'. @mobi is an easily embeddable and expandable software package that enables the functionality of autonomous mobile robot systems. It contributes to reducing the prototype development costs of autonomous mobile robot systems. If you are a customer looking to operate an electric mobility base unit autonomously, please feel free to contact Suzuki through this page. 【Features of @mobi】 ■ Highly customizable configuration ■ Powerful autonomous mobility functions ■ Applicable to various robots *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where our electric mobility base unit has been utilized as an agricultural robot. The electric cart demonstrates excellent off-road capability even on uneven terrain and muddy paths, similar to outdoor farmland conditions. Additionally, it incorporates rust-proof, waterproof, and dust-proof features developed through the manufacturing of automobiles and electric wheelchairs. 【Features】 ■ Independent motors for left and right rear wheels ■ Suspension on all four corners ■ Front wheel steering with power steering ■ Rust-proof, waterproof, and dust-proof ■ Low center of gravity for high driving stability ■ Capable of climbing and descending slopes of 8° with a load of 100kg ▼ Many usage cases are currently available on our special website! For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce examples of our electric mobility base unit being utilized as civil engineering and construction robots. Suzuki's electric cart demonstrates high mobility on uneven roads, floors with steps and cracks, and outdoor or rough terrain, allowing for safe use in various situations. 【Features】 ■ Independent motors for left and right rear wheels ■ Suspension on all four corners ■ Front wheel steering with power steering ■ Rust-proof, waterproof, and dust-proof ■ Low center of gravity for high driving stability ■ Capable of climbing and descending slopes of 8° with a load of 100kg ▼ Many usage examples are currently available on our special website! For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce examples of utilizing our electric mobility base unit as an infrastructure inspection robot within factories and between buildings. Suzuki's electric cart demonstrates high mobility even over 5 cm steps, uneven outdoor terrain, and an 8° incline, making it suitable for use as an inspection robot in large factory and plant areas. Additionally, it can operate outdoors, which was challenging for conventional AMRs, allowing for the replacement of tasks previously performed by humans in difficult outdoor conditions with robots. 【Features】 ■ Independent motors for left and right rear wheels ■ Suspension for front, rear, left, and right ■ Front wheel steering with power steering ■ Rust-proof, waterproof, and dust-proof ■ Low center of gravity for high driving stability ■ Capable of climbing and descending 8° with a 100 kg load ▼ Many use cases are currently available on our special website! For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce examples of utilizing our electric mobility base unit as a transport robot (conveyance robot) within factories and between buildings. Suzuki's electric cart demonstrates high mobility on wet indoor floors, cracked surfaces, and over steps, making it suitable for use as a transport robot within factories. Additionally, it is capable of outdoor operation, which was challenging for conventional AMRs, enabling transport between factories and buildings. 【Features】 ■ Independent motors for left and right rear wheels ■ Suspension in all four directions ■ Front wheel steering with power steering ■ Rust-proof, waterproof, and dust-proof ■ Low center of gravity for high driving stability ■ Capable of climbing and descending slopes of 8° with a load of 100kg ▼ Many usage examples are currently available on our special website! For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce examples of our electric mobility base unit being utilized as a transport robot (carrying robot) within factories and between buildings. Suzuki's electric cart can operate outdoors, which was difficult for conventional AMRs, enabling transportation between factories and buildings. Additionally, it demonstrates high mobility on wet indoor floors, cracked surfaces, and over steps, making it suitable for use as a transport robot within factories. 【Features】 ■ Independent motors for left and right rear wheels ■ Suspension for front, rear, left, and right ■ Front wheel steering with power steering ■ Rust-proof, waterproof, and dust-proof ■ Low center of gravity for high driving stability ■ Capable of climbing and descending slopes of 8° with a load of 100kg ▼ Many usage examples are currently available on the special website! For more details, please refer to the PDF materials or feel free to contact us.

This is an introduction to a case study where our electric mobility base unit and electric cart were utilized by Doog Co., Ltd. The collaborative transport robot 'Souther Series' manufactured and sold by Doog is a standard transport robot used in various fields such as factories, warehouses, maintenance sites, work sites, and service locations both domestically and internationally. As part of the consideration for expanding the series products, we have started prototyping the Souther using the electric mobility base unit that Suzuki is planning to commercialize, referring to this prototype as Souther Cross (marketing prototype). **Features of Souther Cross** - Equipped with power steering and larger front wheels, it can traverse rough terrain better than the conventional Souther series. - It has advantages in reliability, quality, and cost, built on Suzuki's long-standing experience with electric wheelchairs. - It comes pre-equipped with necessary autonomous driving functions and diverse customization options for transport robots, making it easier for integrators (resellers, end users) to build equipment and functions that fit specific sites. *Please check the actual operation on our YouTube video!* *For more details, feel free to contact us.*