eBEEP Launches Next-Gen AI Autonomous Bus Pilot Program at Tokyo German Village

eBEEP Launches AI Autonomous Bus Pilot Program

In an innovative leap for transportation, eBEEP, a forward-thinking company led by President Taku Matsumoto, has teamed up with Tokyo German Village in Chiba Prefecture to initiate a pilot program featuring a next-generation AI autonomous bus, the RoboBus manufactured by Pixel Intelligence. This cutting-edge experiment aims to enhance visitor experience and explore the future of mobility within the theme park environment.

Background and Goals of the Program

Japan is currently facing challenges such as a nationwide labor shortage and an aging population, leading to a pressing need for enhanced mobility solutions. Autonomous driving technology presents exciting opportunities for theme parks and rural cities, where it can improve transportation and security. The pilot program's primary objectives are:

1. To establish an autonomous loop system within the park.
2. To identify and address safety issues related to autonomous transportation.
3. To integrate a nighttime security system through unmanned surveillance, enhancing safety measures after hours.
4. To enhance visitor convenience and satisfaction during their stay.
5. To develop a model for introducing autonomous vehicles in other local theme parks across Japan.

Operational Scenarios of the Pilot Program

The pilot program will test various scenarios to create unique experiences:

1. Park Tour Route

The RoboBus will follow a designated route, connecting the entrance, flower fields, attractions, BBQ areas, and illumination spots, enabling a comfortable and efficient tour. The experience of moving in an autonomous vehicle will itself become a new attraction.

2. Nighttime Illumination Tours

Tying into illumination events, the RoboBus will offer immersive experiences as it navigates through beautifully lit areas, enhanced by audio guides and artistic displays, providing visitors with added value.

3. Nighttime Surveillance

After park hours, the RoboBus will operate autonomously to patrol the grounds, working towards developing a next-generation security system to ensure safety outside of public hours.

About the RoboBus

The pilot will utilize the cutting-edge RoboBus, which features a unique design devoid of a driver's seat, accommodating six passengers and promoting a fully bidirectional capability.

Specifications:

- Seating Capacity: 6 passengers
- Power Unit: 32kWh battery (Range: 100-140 km; fast charging approx. 1 hour, normal charging also supported)
- Maximum Load: 570 kg
- Dimensions: Length 3,820mm, Width 1,900mm, Height 2,260mm
- Design Features: No driver's seat, capable of driving forward and backward

Operational Schedule and Expansion Steps

The pilot program will be implemented in three gradual steps to ensure safety and acceptance:
1. Initial Phase: Night operations where the RoboBus will patrol to confirm the validity of the nighttime surveillance system.
2. Mid-Phase: Daytime operations, capturing operational data while integrating charging protocols (two 1-hour charging sessions are anticipated).
3. Final Phase: Full operations during park hours, offering rides to visitors, alongside nighttime security patrols to ensure continuous safety.