Description
R-2 Autonomous Delivery RobotProduct Manual
The StarJourney DR series is an intelligent autonomous delivery robot. It possesses autonomous navigation and obstacle avoidance capabilities, offering a practical solution to various industries by improving efficiency, reducing costs, enhancing safety, and providing convenience in a wide range of delivery scenarios.
Multiple-sensor fusion in our robot ensures safety through redundancy, adaptability, and accurate obstacle detection
Application of automotive supply chain standards for robust, reliable operations
Using the most advanced autonomous driving technology solution, which has been tested and proven in production vehicles with a scale of ten thousand and a driving mileage of hundreds of millions of kilometers.
Case 1: Daily Delivery in assisted living communities
Background:
Assisted living communities cater to elderly residents who often require assistance with various daily activities, including meal delivery, medication administration, and access to essential supplies. Timely and reliable delivery of these items within the community is crucial for ensuring the well-being and comfort of residents. However, traditional manual delivery methods may have limitations in terms of efficiency and flexibility.
Solution:
Autonomous delivery robots are equipped with advanced technologies, allowing them to navigate the community's hallways, elevators, and outdoor areas independently. They can carry out tasks while ensuring safety, accuracy, and efficiency.
Case 2: Package delivery in Residential Area Background:
In residential areas, package delivery can be challenging due to the high volume of parcels and the need for efficient, secure, and convenient delivery options. Solution: Autonomous delivery robots are being deployed to address these challenges and provide a seamless and contactless delivery experience. These robots are capable of navigating sidewalks, streets, and building complexes to reach their destinations.
Case 3: Delivery of Parts and Documents in a Large Industrial Park Background:
Industrial parks encompass vast areas with various manufacturing units, warehouses, and office spaces. Efficient and timely delivery of materials, components, and documents within the park is essential for optimizing operations. Solution: Autonomous delivery robots, equipped with advanced navigation and safety features, are deployed within the industrial park to handle the efficient distribution of goods and documents.
The StarJourney DR series is an intelligent autonomous delivery robot. It possesses autonomous navigation and obstacle avoidance capabilities, offering a practical solution to various industries by improving efficiency, reducing costs, enhancing safety, and providing convenience in a wide range of delivery scenarios.
Multiple-sensor fusion in our robot ensures safety through redundancy, adaptability, and accurate obstacle detection
|
|
Dark |
Glass |
White Wall
|
Rain Snow |
Traffic Light |
Wilderness Desert |
|
LIDAR |
OK |
NG
|
OK
|
NG
|
NG
|
NG
|
|
Camera |
NG |
NG |
NG |
NG |
OK |
NG |
|
MM-wave Radar |
OK |
OK
|
OK |
OK |
NG
|
NG
|
|
Ultrasonic Radar |
OK |
OK
|
OK |
OK |
NG
|
NG
|
|
StarJ AI Platform
|
OK |
OK |
OK |
OK |
OK |
OK
|
Application of automotive supply chain standards for robust, reliable operations
Using the most advanced autonomous driving technology solution, which has been tested and proven in production vehicles with a scale of ten thousand and a driving mileage of hundreds of millions of kilometers.
Case 1: Daily Delivery in assisted living communities
Background:
Assisted living communities cater to elderly residents who often require assistance with various daily activities, including meal delivery, medication administration, and access to essential supplies. Timely and reliable delivery of these items within the community is crucial for ensuring the well-being and comfort of residents. However, traditional manual delivery methods may have limitations in terms of efficiency and flexibility.
Solution:
Autonomous delivery robots are equipped with advanced technologies, allowing them to navigate the community's hallways, elevators, and outdoor areas independently. They can carry out tasks while ensuring safety, accuracy, and efficiency.
Case 2: Package delivery in Residential Area Background:
In residential areas, package delivery can be challenging due to the high volume of parcels and the need for efficient, secure, and convenient delivery options. Solution: Autonomous delivery robots are being deployed to address these challenges and provide a seamless and contactless delivery experience. These robots are capable of navigating sidewalks, streets, and building complexes to reach their destinations.
Case 3: Delivery of Parts and Documents in a Large Industrial Park Background:
Industrial parks encompass vast areas with various manufacturing units, warehouses, and office spaces. Efficient and timely delivery of materials, components, and documents within the park is essential for optimizing operations. Solution: Autonomous delivery robots, equipped with advanced navigation and safety features, are deployed within the industrial park to handle the efficient distribution of goods and documents.
Specifications
| Vehicle |
|
| Length/Width/Height(mm) | 1079*628*785 |
| Overall weight (kg) | 60 |
| Cargo volume (L) | >100 |
| Electric motor |
|
| Peak power (kw) | 0.35 |
| Peak torque (N.m) | 20 |
| Maximum speed (km/h) | 20 |
| Batteries |
|
| Capacity (kwh) | 2.1 |
| type | lithium iron phosphate |
| Charging Voltage | 220V AC |
| Charging time(H) | 4 |
| Range(KM) | 80 |
| Suspension, braking system |
|
| Driving form | Hub motor rear-drive |
| braking system | electromagnetic brake |
| Suspension Systems | Ackermann Chassis |
| Tire Specification | Vacuum pneumatic road tires |
| Design and equipment |
|
| LED low beam light | √ |
| LED tail light | √ |
| Smart exchange cargo compartment | √ |
| Driving characteristics |
|
| Minimum turning radius (mm) | 1500 |
| Climbing ability(%) | 10 |
| Minimum Ground Clearance (mm) | 200 |
