Kiwibot Kiwibot 4.0 — Specs & Review
Specifications
| Brand | Kiwibot |
|---|---|
| Model | Kiwibot 4.0 |
| Year | 2021 |
| Category | Delivery |
| Autonomy | semi-autonomous |
| Environment | outdoor |
| Weight | 27 kg |
| Dimensions | 58cm L × 48cm W × 50cm H |
| Connectivity | WiFi, Cellular |
| Country of origin | CO |
Key features
- Full-range LiDAR system
- Proximity and cliff sensors
- Detachable 15.6V Li-ion battery
- Dual 4G LTE connectivity
- Operates at 3 km/h
- Average delivery time: 30 minutes
- Delivery fee: $1.99
- Deployed in multiple U.S. cities
What is it?
The Kiwibot 4.0 is a semi-autonomous sidewalk delivery robot designed to transport goods in urban environments, particularly on university campuses and city streets. Launched in 2021, it features a mixed autonomy model, combining autonomous navigation with human oversight to ensure safe and efficient deliveries. (prnewswire.com)
Who is it for?
Kiwibot 4.0 is tailored for businesses and institutions seeking efficient last-mile delivery solutions. Its primary users include:
- University Campuses: Providing students and staff with quick access to food and essentials.
- Urban Areas: Serving city dwellers with convenient delivery options.
- Retailers and Restaurants: Offering a novel method to fulfill customer orders.
Key specs
- Dimensions: Approximately 17 kg in weight. (kiwibot.com)
- Battery: Detachable Li-ion battery with a voltage of 15.6V. (robotatta.com)
- Connectivity: Dual 4G LTE for reliable communication. (robotatta.com)
- Speed: Maximum speed of 3 km/h. (robotatta.com)
- Weather Capability: Operable in rain and low-light conditions. (kiwibot.com)
- Sensors: Equipped with full-range LiDAR, proximity, and cliff sensors for enhanced navigation. (robotatta.com)
How it compares
Kiwibot 4.0 faces competition from several companies in the autonomous delivery sector:
- Serve Robotics: Specializes in sidewalk delivery robots with a focus on urban environments. (owler.com)
- Starship Technologies: Offers autonomous delivery robots operating in various cities worldwide. (owler.com)
- Nuro: Develops small autonomous vehicles for goods transportation, primarily in suburban areas. (owler.com)
While Kiwibot 4.0 emphasizes semi-autonomous operation with human oversight, competitors like Starship and Serve Robotics also utilize similar technologies, focusing on urban deliveries.
Limitations
- Autonomy Level: Semi-autonomous operation may require human intervention in complex scenarios.
- Speed: Limited to 3 km/h, which may not meet the demands of high-speed delivery services.
- Payload Capacity: Designed for small to medium-sized deliveries; not suitable for larger items.
- Infrastructure Dependency: Effectiveness relies on well-maintained sidewalks and urban infrastructure.
FAQ
What is the maximum speed of the Kiwibot 4.0?
The Kiwibot 4.0 operates at a maximum speed of 3 km/h, suitable for urban environments and pedestrian areas.
How long does the Kiwibot 4.0's battery last?
The Kiwibot 4.0 is equipped with a detachable 15.6V Li-ion battery, providing sufficient power for its operational needs; specific battery life details are not publicly disclosed.
In which cities is the Kiwibot 4.0 deployed?
The Kiwibot 4.0 has been deployed in cities such as Santa Monica, San Jose, Miami, Pittsburgh, and Detroit, serving university campuses and city areas.
What is the delivery fee for using Kiwibot 4.0 services?
The average delivery fee for Kiwibot 4.0 services is $1.99 per delivery, with an average delivery time of approximately 30 minutes.
How does Kiwibot 4.0 navigate urban environments?
Kiwibot 4.0 utilizes a full-range LiDAR system, proximity sensors, and cliff sensors to navigate urban environments, ensuring safe and efficient deliveries.