KiwiBot Dimensions & Drawings

Scale illustration of an average KiwiBot with dimensions for height and length compared to a human

Description

The KiwiBot is an autonomous delivery bot by the company, Kiwi. The KiwiBot was specifically designed to deliver food efficiently and originally launched in 2017. It currently delivers food in California in the United States. It is able to connect with vending machines.

The Kiwibot is able to accommodate 2 food orders. It has 3 frontal cameras, a rear wide angle 180-degree camera, and spot lights. The KiwiBot also features various HD cameras, LTE, GPS, as well as sensors that it effectively uses to achieve its job. This delivery bot strives for humans and robots to work together seamlessly.

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Dimensions & Sizes

The KiwiBot has an estimated total length of 22” (55.9 cm), estimated overall width of 17” (43.2 cm), and estimated height of 22” (55.9 cm). The maximum movement speed of the KiwiBot is 1.5 mph (2.4 km/h).

Collection of scaled drawings of KiwiBot with overall dimensions

Description

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Dimensions & Sizes

3D Model

Common Questions

How secure are autonomous delivery vehicles against theft or vandalism?

Autonomous delivery vehicles are generally equipped with security features like cameras, GPS tracking, and alarm systems to deter theft or vandalism. Some also require security codes for package retrieval, ensuring only authorized recipients have access to the contents.

What is the carrying capacity of an average autonomous delivery vehicle?

The carrying capacity of an average autonomous delivery vehicle varies widely, but a typical ground-based model can carry approximately 20-25 pounds (9-11 kilograms) of cargo, whereas larger ones designed for longer routes might hold up to 50-100 pounds (22-45 kilograms) of goods.

How does the law currently regulate the use of autonomous delivery vehicles?

Laws regulating autonomous delivery vehicles vary by region and are still evolving. They often address vehicle operation standards, road safety, and liability in case of accidents or damage. Some areas have specific traffic laws for these vehicles, while others are piloting programs under existing frameworks. Regulatory bodies are actively working to establish comprehensive guidelines as the technology develops.

How secure are autonomous delivery vehicles against theft or vandalism?

What is the carrying capacity of an average autonomous delivery vehicle?

How does the law currently regulate the use of autonomous delivery vehicles?

What is the difference between logistics and commercial transport?

Logistics encompasses the comprehensive planning, coordination, and management of the movement and storage of goods, services, and information from origin to destination. Commercial transport, on the other hand, specifically refers to the actual vehicles and infrastructure used for moving goods or passengers for profit, like trucks, ships, or airplanes.

What mode of commercial transportation is the most expensive?

Air freight is typically the most expensive mode of commercial transportation, especially for long distances. It offers speed and efficiency but incurs high fuel, infrastructure, and operational costs. However, specialized shipments, such as transporting oversized or heavy equipment by road or sea, can also be notably costly due to unique requirements and logistical challenges.

Which form of commercial transportation is the most profitable?

Commercial aviation, particularly on long-haul routes with high occupancy, has traditionally been among the most profitable forms of commercial transportation. Meanwhile, container shipping, due to the sheer volume of global trade, also sees significant profitability. However, profitability can fluctuate based on fuel prices, regulations, and global economic conditions.

What is the difference between logistics and commercial transport?

What mode of commercial transportation is the most expensive?

Which form of commercial transportation is the most profitable?

Under Development

Height:

22” | 55.9 cm (Estimated)

Width:

17” | 43.2 cm (Estimated)

Depth:

Length:

22” | 55.9 cm (Estimated)

Weight:

Area:

Max Speed: 1.5 mph | 2.4 km/h

Designer:

Kiwibot

Year:

2017

Drawings include: 
KiwiBot side elevation, front, back, top, side (open)

Kiwibot
Wikipedia - Kiwi Campus

Wikipedia - Vehicular Automation

2D Downloads

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3D Downloads

For 3D Downloads of this element, upgrade to a Dimensions Pro Membership. Available in 3DM (Rhino), OBJ (NURB), SKP (Sketchup) formats

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