Exhibitor Workshop Schedule
Exhibitor Workshop
| June 3, Wednesday/th> | |||
|---|---|---|---|
| Schedule | Exhibitor Name | Session Title | Session Overview |
| 10:20～10:40 | Fukushima Robot Test Field | Introduction of Robot Test Field facilities and activities | Fukushima Robot Test Field (RTF), developed based on the Fukushima Innovation Coast Framework in March 2020, is one of the largest research and development bases in the world. At this research base, verification tests, performance evaluation, and operation training can be carried out while reproducing the actual operating conditions, mainly for ground, maritime, underwater, and aerial robots that are expected to be utilized for infrastructure inspection, and disasters |
| 11:00～11:20 | BOUNDARY GYOUSEISHOSHI CORPORATION | TBD | TBD |
| 11:40～12:00 | Jun Techno Service Co., Ltd. | Applications of Underwater Drones in Civil Engineering and Infrastructure Inspection.Safe and Efficient Inspection Methods Enabled by the Latest Technology. | ~Where are underwater drones actually used for inspection, surveying, and maintenance?~ We will introduce examples of their use in dangerous and difficult-to-access locations such as dams, ports, water tanks, bridge piers, and piping. We will clearly explain how underwater drones solve on-site challenges and how they can lead to business opportunities. |
| 12:20～12:40 | General Cherry | Drone Partnerships for Future Security Environments | This session will explore opportunities for Japanese–Ukrainian cooperation in autonomous systems, drone technologies, and resilient industrial partnerships. Drawing on Ukraine’s operational experience and rapid innovation cycle, the discussion will focus on trusted supply chains, joint R&D, manufacturing cooperation, dual-use applications, and participation in international security and technology programs shaping the future security environment. |
| 13:00～13:20 | amuse oneself | Japanese Hybrid Drones: Long-Endurance Flight | “Flight time isn’t just a specification — it directly impacts operational efficiency in the field. This seminar introduces how Japanese hybrid drones are addressing real-world challenges such as frequent battery swaps, increased flight counts, and large-area operations through extended endurance and practical deployment.” |
| 13:40～14:00 | Terra Labo | Terra Dolphin VTOL: The Future of Disaster Response | Terra Dolphin VTOL is a next-generation fixed-wing unmanned aircraft designed for disaster response and infrastructure management. With vertical takeoff and landing capability and long-range flight performance, it enables rapid wide-area observation without requiring runways. The platform also supports real-time information sharing through integrated communication and observation systems. This session introduces its operational concept and future applications. |
| 14:20～14:40 | DSPA | TBD | TBD |
| June 4, Thursday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | Session Title | Session Overview |
| 11:00～11:20 | Enovix | Next Gen Li-Ion Battery Cell Powering Aerial Drones | Powering Aerial Drones Platforms For modern drones, reliable power unlocks better performance and more possibilities in the air. Our platform supports : Increased Flight Times Increased energy density and capacity means longer runtime, less interrupted user experience, and prolonged engagement time. High Cycle Life with High Discharge Rates. Enables long lasting performance for power-intensive use cases Diversified Supply Chain. |
| 11:40～12:00 | everblue Technologies | Small Unmanned Ground Vehicles UGV Addressing On Site Challenges | How can we address on site challenges such as labor shortages and safety concerns Everblue Technologies develops small unmanned ground vehicles UGV for applications including snow removal security patrol logistics transport and grass cutting In this session we share insights from field testing and introduce practical solutions to improve efficiency safety and sustainability |
| 12:20～12:40 | NEDO (New Energy and Industrial Technology Development Organization) | Toward Realization of AAM and long-range UAV utilization | NEDO is promoting the "Realization of Advanced Air Mobility (ReAMo)" project to develop performance evaluation methods and traffic management technologies for advanced air mobility (drones and eVTOL). In addition, under the K Program, it is advancing the development of VTOL UAV capable of transporting 30–50 kg of cargo over distances of up to 1,000 km. This session will present an overview of these projects, their achievements to date, and future initiatives. |
| 13:00～13:20 | Secretariat of the Headquarters for Strategy for the Future of Regions, CABINET SECRETARIAT GOVERNMENT OF JAPAN | About the Strategy for the Future of Regions | We will introduce the Strategy for the Future of Regions scheduled to be formulated this summer, various national policies related to regional revitalization, and successful local initiatives that contribute to regional revitalization. |
| 13:40～14:00 | TOYO ENGINEER | For non electricity places, Autonomous Drone Staion 'ADS' | 【ADS：Autonomous Drone System】We introduce a system that allows droneport including DJI DOCK3 to be operated remotely even in areas without power or ways to communicate. Toyo Engineer Co., Ltd., a comprehrnsive electrical materials trading company, can handle problems flexibly selling from remote control systems and storage batteeries. We offer total service for your remote drone operations. |
| 14:20～14:40 | RIEGL JAPAN | Latest information on RIEGL UAV LiDAR system | We will introduce the latest information on RIEGL's high-end UAV laser scanning systems, including the new "VUX-820-G" UAV green laser, which is being unveiled in Japan for the first time. |
| 15:00～15:20 | SESAR-JU | TBD | TBD |
| June 5, Friday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | Session Title | Session Overview |
| 11:00～11:20 | NDD | Introducing a 3D flight path creation app. | We introduce a 3D flight path creation app that allows anyone to easily create and edit flight routes for drone inspection photography. It supports curved structures such as dams and tunnels, enabling efficient inspections. Furthermore, we will introduce automated inspection solutions for non-GNSS environments and the "SkyAce" series of drone simulators. |
| 11:40～12:00 | The National Institute of Information and Communications Technology | Introduction to R&D Activities on Radio Technologies for Drones and AI White Paper in NICT | This session introduces radio technologies developed by NICT for long-range beyond-line-of-sight (BLOS) flights out of the LTE area using self-operated radio systems and coordinated multi-drone flights. The session also includes the AI White Paper (White Paper on AI-Native Networks), which outlines the future vision and verification methods for the convergence of AI and communications—an area expected to play an increasingly significant role in drone operations. |
| 12:20～12:40 | Japan Unmanned System Traffic & Radio Management Consortium | JUTM Activities for Advanced Operational Coordination of Drone Radio Systems | To prevent radio interference in drone operations, which are expected to increase in the future, the Japan Unmanned System Traffic & Radio Management Systems Consortium (JUTM) provides a domestic operational coordination system for the “Unmanned Mobile Image Transmission System” radio frequency band used by robots and drones. This session introduces recent activities in JUTM to further advance this system to contribute to the industrial growth. |
| 12:20～12:40 | Aerosense | TBD | TBD |
| 13:40～14:00 | Mirukuru | High-Precision Autonomous Navigation Drone and SLAM Laser Scanner | We will introduce autonomous control of the U.S.-made Freefly Astro Max drone using Hovermap SLAM Autonomy. Using LiDAR SLAM-based self-localization and real-time obstacle detection, it supports autonomous navigation, position holding, waypoint flight, and collision avoidance in GNSS-denied environments. |
| 14:20～14:40 | K-Best Technology | WireLess Drone Communication Technology for Harsh RF Environments | This presentation introduces advanced drone technologies for infrastructure inspection in environments where GNSS signals are unstable or degraded. By integrating 9-axis sensor-based positioning with Processed GNSS for real-time reliability assessment, drones can maintain stable and autonomous flight even under challenging conditions. In addition, a 2.4 GHz communication module enables reliable video transmission in harsh radio environments, supporting safer, more efficient, and continuous inspection operations. Expected use cases will also be presented. |
| 15:00～15:20 | ROBOZ | Showcasing the sky̶this is the entertainment of the new era! | From "flying" to "showcasing." From the thrilling close-up performances of indoor drone shows, to large-scale drone shows utilizing the night sky, and even "Sorabi" which projects giant screens into the air, this presentation will explain the latest examples, performance techniques, benefits, and future market outlook of next-generation drones. We will also discuss the potential applications in events, regional revitalization, and education. |
Demonstration area
Disaster response demonstration
| June 3, Wednesday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | ||
| 11:40～12:10 | everblue Technologies | ||
| 12:40～13:10 | Performance Rotors | ||
| 14:40～15:10 | Blue innovation | ||
| 15:40～16:10 | Liberaware | ||
| June 4, Thursday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | ||
| 12:40～13:10 | Liberaware | ||
| 13:40～14:10 | Performance Rotors | ||
| 14:40～15:10 | everblue Technologies | ||
| 15:40～16:10 | Blue innovation | ||
| June 5, Friday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | ||
| 11:40～12:10 | everblue Technologies | ||
| 12:40～13:10 | Performance Rotors | ||
| 13:40～14:10 | Blue innovation | ||
| 14:40～15:10 | Liberaware | ||
Outdoor Demonstration Schedule
| June 3, Wednesday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | Overview | |
| 12:10～12:40 | WeeFeeS LLC | WeeFeeS will conduct flight testing of its technology patented in Japan, China, and the U.S. Sideways propellers suppress reaction force during firefighting water discharge and enable stable flight. Firefighting testing uses a 40 mm fire hose, 0.3–0.4 MPa pressure, an estimated 300–400 L/min flow rate, and a Class D pump. Window/facade cleaning testing using a DJI aircraft with three commercial high-pressure washers and pure water is also planned. We welcome your feedback. | |
| 15:10～15:40 | WeeFeeS LLC | WeeFeeS will conduct flight testing of its technology patented in Japan, China, and the U.S. Sideways propellers suppress reaction force during firefighting water discharge and enable stable flight. Firefighting testing uses a 40 mm fire hose, 0.3–0.4 MPa pressure, an estimated 300–400 L/min flow rate, and a Class D pump. Window/facade cleaning testing using a DJI aircraft with three commercial high-pressure washers and pure water is also planned. We welcome your feedback. | |
| June 4, Thursday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | Overview | |
| 12:10～12:40 | WeeFeeS LLC | WeeFeeS will conduct flight testing of its technology patented in Japan, China, and the U.S. Sideways propellers suppress reaction force during firefighting water discharge and enable stable flight. Firefighting testing uses a 40 mm fire hose, 0.3–0.4 MPa pressure, an estimated 300–400 L/min flow rate, and a Class D pump. Window/facade cleaning testing using a DJI aircraft with three commercial high-pressure washers and pure water is also planned. We welcome your feedback. | |
| 15:10～15:40 | WeeFeeS LLC | WeeFeeS will conduct flight testing of its technology patented in Japan, China, and the U.S. Sideways propellers suppress reaction force during firefighting water discharge and enable stable flight. Firefighting testing uses a 40 mm fire hose, 0.3–0.4 MPa pressure, an estimated 300–400 L/min flow rate, and a Class D pump. Window/facade cleaning testing using a DJI aircraft with three commercial high-pressure washers and pure water is also planned. We welcome your feedback. | |
| 16:10～16:40 | NTT e-Drone Technology | We will conduct an outdoor demonstration using the wildlife damage countermeasure drone “BB102.” The demo showcases how a laser light source can safely and effectively deter animals. This solution contributes to labor savings and provides a sustainable approach to mitigating wildlife damage in agricultural and rural areas. | |
| June 5, Friday | |||
|---|---|---|---|
| Schedule | Exhibitor Name | Overview | |
| 12:10～12:40 | WeeFeeS LLC | WeeFeeS will conduct flight testing of its technology patented in Japan, China, and the U.S. Sideways propellers suppress reaction force during firefighting water discharge and enable stable flight. Firefighting testing uses a 40 mm fire hose, 0.3–0.4 MPa pressure, an estimated 300–400 L/min flow rate, and a Class D pump. Window/facade cleaning testing using a DJI aircraft with three commercial high-pressure washers and pure water is also planned. We welcome your feedback. | |
| 15:10～15:40 | WeeFeeS LLC | WeeFeeS will conduct flight testing of its technology patented in Japan, China, and the U.S. Sideways propellers suppress reaction force during firefighting water discharge and enable stable flight. Firefighting testing uses a 40 mm fire hose, 0.3–0.4 MPa pressure, an estimated 300–400 L/min flow rate, and a Class D pump. Window/facade cleaning testing using a DJI aircraft with three commercial high-pressure washers and pure water is also planned. We welcome your feedback. | |
Underwater demonstration
| June 3, Wednesday | 10:40～11:10 |
|---|---|
| 11:40～12:10 | |
| 12:40～13:10 | |
| 13:40～14:10 | |
| 14:40～15:10 | |
| 15:40～16:10 |
| June 4, Thursday | 10:40～11:10 |
|---|---|
| 11:40～12:10 | |
| 12:40～13:10 | |
| 13:40～14:10 | |
| 14:40～15:10 | |
| 15:40～16:10 |
| June 5, Friday | 10:40～11:10 |
|---|---|
| 11:40～12:10 | |
| 12:40～13:10 | |
| 13:40～14:10 | |
| 14:40～15:10 | |
| 15:40～16:10 |
