Manufacturing and sale of automotive parts and energy-related products

AISIN sees the changes toward achieving carbon neutrality as an opportunity, and is taking on the challenge of expanding and transforming its energy value chain business to deliver new value to customers and society.
To achieve carbon neutrality, we are developing new business models utilizing renewable energy and hydrogen energy, contributing to the resolution of social challenges.

At this exhibition, we will showcase the portable FC generator we developed at a joint booth with SkyDrive, and conduct a demo-flight using SkyDrive’s SkyLift on September 25.
The demo envisions transporting materials to construction sites in mountainous areas. A drone will deliver the portable FC generator and hydrogen tank to a relay point, where charging will take place. From there, materials will be transported to the mountaintop using a relay-style delivery method—offering a glimpse into a near-future logistics solution.

Flying Container・emergency System・transportation school

self flying container which is using as conect with Multi Roter type drone, it's available launch as vertical, and cruising by Fix-wing. save time, save energy.

emergency parachute for lighter one - Maximam 200kg.

Flying school for study drone transport by our Flying container system & also risk controle by our flying knowledge from Hanggliding & paragliding (plan start 2026 in Hanoi Vietnam)

In the more than 170 years since our establishment, we have expanded business by using technologies cultivated through shipbuilding. To date, we have launched four fields of business: Resources, Energy & Environment; Social Infrastructure; Industrial Systems & General-Purpose Machinery; and Aero Engine, Space & Defense.
Aero Engine, Space & Defense business area’s projects include work in the fields of aircraft engines, rocket systems, outer space utilization, and defense equipment systems. As a leading aircraft engine company, we help support the air transport industry, while in the space field we work on developing and producing turbopumps found at the heart of rocket engines, and have worked on next generation rockets such as Epsilon. With demand for aircraft expected to double in the next 20 years, we are working with new materials to develop lighter, quieter engines in order to reduce environmental impact.
At this exhibition, IHI will introduce our research and development of advanced power modules aimed at extending the range and increasing the payload capacity of next-generation air mobility vehicles, including flying cars and eVTOLs. Additionally, IHI Transport Machinery will present our studies on takeoff and landing sites for flying cars.

Community Depot: A Next-Generation Logistics Model to Address Local Challenges

At the EAMS Robotics booth, we will showcase drone models and highlight Fukushima's "Kizuna Special Zone" initiatives, including government support and local businesses. Key exhibits include the disaster-response drone "Rescue K," the Type 1 certification-pending "E600-100," and the Type 2 certified "E6150TC" with customization examples. We'll also present logistics drones and VTOL prototypes under METI's SBIR

Intent Exchange Inc. is a Deep-Tech startup that develops systems enabling safe and efficient operation management in the mobility and logistics industries by utilizing automatic negotiation AI technology.

With automatic negotiation AI at its core, our company drives the digital transformation (DX) of complex coordination tasks in next-generation mobility, such as drones and autonomous vehicles, as well as in the logistics industry, thereby building new transportation and logistics infrastructure.

1. Mobility: Mobility Operation Management Platform

With the rapid increase of new means of transportation such as drones and autonomous vehicles, safe and efficient operation management has become a challenge.

The Mobility Operation Management Platform of Intent Exchange supports a wide range of functions as a one-stop service, including application → planning → route coordination → operation monitoring.

In particular, by incorporating automatic negotiation AI technology between different mobility systems, we prevent traffic congestion and collisions, realizing an innovative operational environment.

In the drone industry, we present the UTM (UAV Traffic Management) system, moving beyond the conventional isolated operating model.
This enables operators to experience a more flexible and collaborative operational environment, while providing the foundation for drones to be utilized in various fields such as logistics, inspection, and disaster response.

2. Logistics: Logistics Coordination Platform

Due to the rapid growth of the e-commerce market and the explosive increase in parcel volumes, logistics sites are being operated inefficiently, resulting in issues such as delivery delays, empty truck operations, and unnecessary waiting times.

Intent Exchange utilizes automatic negotiation AI to support collaboration among multiple logistics companies.
Through this, companies can increase sales by improving efficiency, and customers can receive faster and more reliable delivery services.

In addition, based on the concept of the Physical Internet, we realize a more environmentally friendly and efficient logistics system by consolidating cargo for joint delivery or enabling other companies to transport on behalf.

As a result, we simultaneously achieve shorter delivery times, cost reduction, and decreased CO₂ emissions, realizing both innovation and social value in the logistics industry.

Technology development such as robots/drones, IT/IOT/ICT, etc.

We are developing technologies such as robots/drones, IT/IOT/ICT, etc. In drone development, we are developing engine-powered drones and X-wing fixed-wing electric vertical takeoff and landing aircraft.

Aeronext's mission is "To create a world where prosperity reaches every corner through new social infrastructure in the era of a 100-year lifespan." We are promoting the creation of new and unprecedented value by utilizing low-altitude airspace. To achieve this mission, we are developing a technology licensing business that provides our proprietary airframe structural design technology, 4D GRAVITY®, which optimizes gravity and aerodynamic characteristics to improve the basic performance of industrial drones and the transport performance of logistics-specific drones. We are also engaged in a joint development business for drone-related technologies.

Additionally, through our strategic subsidiary, NEXT DELIVERY, we are expanding the "New Smart Logistics SkyHub® Business," which consolidates and streamlines local logistics, and a drone operations business, driven by a team with Japan's leading expertise and achievements, utilizing cutting-edge technology and skills. The SkyHub® business has already been socially implemented in multiple regions across Japan and is contributing to solving the many challenges faced by local logistics.

At this exhibition, you can experience the convenience of our logistics drones, which are enabled by our unique structural design technology 4D GRAVITY®, as we will be displaying actual drones used in the field. We will also be showcasing feedback from local governments and businesses that have implemented the New Smart Logistics SkyHub®, so we invite you to come and visit us.

Certification Consulting Services, Test Pilot Education Services

1：Survey, research, development and experiment on flying vehicles in general.
2：Support and consulting of aircraft (including UAS) R & D, flight testing, certification, operation.
3：Providing education, guidance and management systems related to aircraft (including UAS) design, SMS, development, etc.
4：Inspection work related to certification of aircraft (including UAS).
5：Education, training and guidance for flight test personnel (Pilots, engineers, etc.).

VTOL flight operations & UAS consulting services

We operate fixed-wing drones to enable high-speed, long-distance logistics, aiming to promote the social implementation and expansion of drone logistics services. For companies and municipalities considering drone adoption, we provide consulting services including risk assessment, solution proposals, and project planning. In addition, we offer operational support such as flight operations, flight waiver applications, and aircraft maintenance, as well as safety management and training programs tailored to corporate needs, providing comprehensive support for drone utilization. At the Drone Summit Exhibition, we will be exhibiting the PW.Orca, a large VTOL aircraft dedicated to logistics and capable of operating in all weather conditions, along with the HEQ Voyager training aircraft, and look forward to welcoming you at our booth.

Drone school, drone sales, inspection surveys (outdoors, small spaces)

Established: September 29, 2017
Operating Company: Aerotech Co., Ltd.
Ministry of Land, Infrastructure, Transport and Tourism-Approved Training Organization: JUAVAC Drone Expert Academy Nagoya
Registered as a Registered Training Institution on December 13, 2022, Business Code: T0073001
Business Description:
● Drone Pilot Training School
・Second-Class Unmanned Aerial Vehicle Pilot Course (Beginners/Experienced)
・Second-Class Skills Certificate Renewal Course
・Basic Surveying Techniques Course (Beginner/Intermediate) [DSERO Accredited School]
・Basic Non-Destructive Testing Techniques Course (Beginner/Intermediate)
・FPV (Micro Drone) Course
・Disaster Mitigation Specialist Training Course
・Zenmuse P1/L2 Course
● Drone Sales (DJI, Mazex)
● Various Inspections, Aerial Photography, and Confined Space Investigations Using Drones

Development of UAV with fixed wing

AirKamuy Inc. is a Japanese startup based in Nagoya Aichi.
We develop UAV with fixed wing that can fly longer and faster.
AirKamuy specialized in defense sector, however our solution like low cost cardboard drone "AirKamuy 150" can fit to civil sectors.

Experience “EveryDrone” — The All-in-One Drone Development Simulator
Directly in your web browser, EveryDrone takes you from sleek 3D exterior modeling to structural and aerodynamic analysis — all in one seamless workflow. With built-in CFD (Computational Fluid Dynamics) simulation and AI-powered development support, turning your drone ideas into reality has never been easier.

Medical MaaS & Drone

“M-aid’s Medical MaaS (Medical Mobility as a Service)” is a next-generation mobile healthcare system designed to deliver medical services directly to local communities and disaster sites. At this exhibition, we present the latest model that integrates Medical MaaS vehicles with drones, showcasing the future of a seamless medical network connecting the sky and the ground.

The Medical MaaS vehicle “MedaaS” functions as a mobile clinic capable of providing online medical consultations, remote medication guidance, and prescription drug delivery in an integrated manner. Equipped with a consultation space, medical devices, and refrigerated storage, it brings the same level of care found in urban hospitals directly to communities. In times of disaster, it can also serve as a primary medical hub, offering emergency power supply and basic inpatient facilities.

Drones further enhance this system. For blood testing using the self-sampling kit “Tasso,” collected specimens are quickly transported by drone to laboratories, dramatically reducing processing times from days to hours. Drones can also deliver prescription drugs and emergency medicines directly to patients or evacuation centers. Together, the vehicle and drones form a complementary model—“a mobile clinic on wheels plus airborne medical logistics.”

The value of this integration is especially clear in disaster scenarios. Even when roads are cut off, drones can deliver medicines and vaccines to isolated areas, while the vehicle provides on-site care for mild cases and online consultations. By combining ground vehicles with drones, the system can cover a wide range of medical needs beyond those handled by DMAT for critical patients, thereby significantly reducing the burden on disaster-area healthcare.

As a business, we are building a Medical MaaS × Drone model that bridges normal times and emergencies, in collaboration with municipalities, corporations, universities, and medical device manufacturers. In peacetime, it supports health management, pre-assignment checkups, and home healthcare; in crises, it transforms into a disaster medicine and regional relief platform. With data utilization powered by large language models (LLMs) and API integrations, this system can further expand into a decentralized medical infrastructure connecting urban and remote areas.

At this exhibition, visitors will experience the full model: from exploring the interior of the Medical MaaS vehicle, to witnessing demonstrations of self-blood collection, drone specimen transport, and remote medical consultations with medication delivery. Together, these showcase the future of medical care where the ground and the sky operate as one.