Mobil Listrik 'Autopilot' Buatan Indonesia

Summary

This video introduces a self-driving electric vehicle, the iCor (Intelligent Core), designed specifically for campus shuttle services. Equipped with advanced sensors, such as cameras, GPS, and LIDAR, the vehicle uses AI and IoT technology to navigate and avoid potential collisions, ensuring safety. Though it’s still in the testing phase, it operates with one operator and can be manually controlled in emergencies. The vehicle runs on two shifts, covering 2.6 km with stops every 30 seconds. While it’s a faster alternative to walking, the shuttle’s operational scope is currently limited to campus routes and specific weather conditions.

Takeaways

• 😀 The autonomous car is a shuttle designed for campus use, operating without a driver.
• 😀 The car moves at a speed of 10 km/h, which feels fast to some users, but it is equipped with advanced sensors for safety.
• 😀 The car features sensors like cameras, distance sensors, GPS, and LiDAR for navigation and environmental awareness.
• 😀 The system uses Artificial Intelligence (AI) and the Internet of Things (IoT) to perceive its surroundings and make driving decisions.
• 😀 The vehicle is designed to avoid collisions by detecting objects and adjusting its movement, such as steering away from obstacles.
• 😀 In case of an emergency, passengers can press an emergency button, and the car will stop.
• 😀 The car operates in two shifts: from 10 AM to 11 AM and 2 PM to 3 PM, serving a route with 6 stops.
• 😀 The vehicle has a 5-passenger capacity and operates with one operator monitoring it during its runs.
• 😀 The car's system can switch to manual mode if the steering wheel is touched or the brakes are pressed.
• 😀 The current trial phase of the autonomous car will later expand to include more cars, extended operating hours, and additional routes across the campus.

Q & A

What is the Icor vehicle, and what is its purpose?

Icor is an autonomous electric vehicle designed specifically for shuttle service within a campus environment. It uses advanced technologies like AI, IoT, and various sensors to navigate without a driver.

How fast does the Icor vehicle travel?

The Icor vehicle operates at a speed of 10 km/h, which is faster than walking but slow enough to ensure safety for passengers.

What technologies does the Icor vehicle use for navigation?

The vehicle is equipped with AI, GPS, cameras, and LiDAR sensors to navigate and perceive the environment, ensuring safe operation without a driver.

How does the Icor vehicle ensure passenger safety?

Icor uses advanced sensors to detect potential hazards like obstacles and other vehicles. It can avoid collisions and automatically stop if necessary. The vehicle also has manual intervention options in case of emergencies.

What happens if there is an emergency during the vehicle's operation?

In case of an emergency, passengers can press emergency buttons located in the front and rear of the vehicle, or the operator can intervene. If the manual control is engaged, the vehicle switches from automatic to manual operation.

How many passengers can the Icor vehicle carry?

Icor can carry up to five passengers and one operator.

What are the operating hours of the Icor vehicle?

Icor operates in two shifts: from 10 AM to 11 AM and from 2 PM to 3 PM.

How many stops does the Icor vehicle currently make, and how long does it stop at each?

Currently, the Icor vehicle makes six stops, and it halts for 30 seconds at each stop.

Is the Icor vehicle designed for all weather conditions?

No, the Icor vehicle is not designed for all weather conditions. Its operation is limited to certain environments, particularly within the campus area.

What are the future plans for the Icor vehicle?

The research team plans to expand the number of Icor vehicles, extend operational hours, and add more routes within the campus as part of the ongoing testing and development.