B2B Medical Delivery
Japan: Securing medical access
for remote islands
32 km
distance
(round trip)
12 min
average flight time
(till delivery)
2,9 kg
average payload
Challenge
Challenge
Challenge
Challenge
Gotō in the Japanese prefecture of Nagasaki consists of 11 inhabited and 52 uninhabited islands. Its infrastructure places significant logistical demands on the timely provision of medical assistance and daily necessities to the remote communities.
ANA HOLDINGS INC. is looking for a way to improve healthcare and local supplies.
The remote island of Pentecost is one of 83 islands in the South Pacific that make up the nation of Vanuatu. The 60 km long island is made up predominantly of mountainous terrain covered in dense jungle. In many cases, the islanders don’t have access to roads, electricity or permanent healthcare facilities.
Providing access to vaccines in the most remote communities involves nurses travelling from health centers, sometimes having to hike for several hours or days, or travel by boat around the island. Even short distances can take long and costly hours in which the heat-sensitive medical supplies are exposed to the tropical heat and arduous travel conditions.
Gotō in the Japanese prefecture of Nagasaki consists of 11 inhabited and 52 uninhabited islands. Its infrastructure places significant logistical demands on the timely provision of medical assistance and daily necessities to the remote communities.
ANA HOLDINGS INC. is looking for a way to improve healthcare and local supplies.
Gotō in the Japanese prefecture of Nagasaki consists of 11 inhabited and 52 uninhabited islands. Its infrastructure places significant logistical demands on the timely provision of medical assistance and daily necessities to the remote communities.
ANA HOLDINGS INC. is looking for a way to improve healthcare and local supplies.
Solution
Solution
Solution
In 2021, ANA partnered with Wingcopter to start conducting comprehensive trials in Gotō to deliver essential medicines and other consumer goods from Fukue Island to Hisaka Island. ANA's ultimate goal is to build and establish a drone delivery network that can meet the needs throughout Japan.
At a later date, ANA and ITOCHU, in collaboration with Tokyo Metropolitan Bokutoh Hospital, successfully tested the transportation of blood derivatives requiring temperature control over long distances using a Wingcopter 198 at the Kawachi drone field in Inashiki-gun, Ibaraki.
In 2021, ANA partnered with Wingcopter to start conducting comprehensive trials in Gotō to deliver essential medicines and other consumer goods from Fukue Island to Hisaka Island. ANA's ultimate goal is to build and establish a drone delivery network that can meet the needs throughout Japan.
At a later date, ANA and ITOCHU, in collaboration with Tokyo Metropolitan Bokutoh Hospital, successfully tested the transportation of blood derivatives requiring temperature control over long distances using a Wingcopter 198 at the Kawachi drone field in Inashiki-gun, Ibaraki.
In 2021, ANA partnered with Wingcopter to start conducting comprehensive trials in Gotō to deliver essential medicines and other consumer goods from Fukue Island to Hisaka Island. ANA's ultimate goal is to build and establish a drone delivery network that can meet the needs throughout Japan.
At a later date, ANA and ITOCHU, in collaboration with Tokyo Metropolitan Bokutoh Hospital, successfully tested the transportation of blood derivatives requiring temperature control over long distances using a Wingcopter 198 at the Kawachi drone field in Inashiki-gun, Ibaraki.
Outcome
Outcome
Outcome
The successful flights have proven that the use of Wingcopter drones can significantly speed up the delivery of vital medicines and blood derivatives in accordance with pharmaceutical delivery guidelines.
This drastically reduces waiting times for patients and ensures medical access in hard-to-reach regions such as the Gotō Islands. The tests also included drone take-offs and landings at airports with scheduled airline flights.
The successful flights have proven that the use of Wingcopter drones can significantly speed up the delivery of vital medicines and blood derivatives in accordance with pharmaceutical delivery guidelines.
This drastically reduces waiting times for patients and ensures medical access in hard-to-reach regions such as the Gotō Islands. The tests also included drone take-offs and landings at airports with scheduled airline flights.
The successful flights have proven that the use of Wingcopter drones can significantly speed up the delivery of vital medicines and blood derivatives in accordance with pharmaceutical delivery guidelines.
This drastically reduces waiting times for patients and ensures medical access in hard-to-reach regions such as the Gotō Islands. The tests also included drone take-offs and landings at airports with scheduled airline flights.
"The ongoing tests of Wingcopter aircraft represent a significant step forward in the creation of a viable drone transportation network.
A functioning drone transportation infrastructure will help improve quality of life in rural areas across Japan."
Tetsuya Kubo Vice President of ANA HD
Impressions
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