Guangzhou Aobo Information Technology Co., Ltd.

BenBen

Autonomous three-tray indoor delivery robot designed to transport meals and other items using LiDAR navigation, ultrasonic obstacle avoidance and automatic charging.

Model 2

DaBen

Yes · Commercially available / inquiry-based

Autonomous three-tray indoor delivery robot designed to transport food, drinks and other items while navigating dynamically around people and obstacles using LiDAR and ultrasonic sensing.

Model 3

DaJin

Yes · Camera + ultrasonic sensing listed in current exact-model commercial data

Autonomous wheeled humanoid-style reception robot with articulated arms and fingers, designed to greet, guide and interact with visitors using LiDAR navigation, face recognition and voice interaction.

Model 4

DaiBai

Commercially available / inquiry-based · Humanoid-style

Wheeled humanoid-style commercial service robot developed for visitor reception, guided explanations and customer interaction in tourism, retail, government and other public-facing environments.

Model 5

Doctor Robot

Doctor Robot2-2-9 · Supported by the current platform

Autonomous medical reception and guidance robot designed to greet patients, answer health-service questions and escort visitors through healthcare facilities using face recognition, voice interaction and LiDAR-based navigation.

Model 6

HuanHuan

Autonomous wheeled delivery/service robot designed to transport food and other items while independently mapping indoor environments, planning routes and avoiding people and obstacles.

Model 7

KaKa

Supported · Commercially available / inquiry-based

Autonomous wheeled service robot from AOBOROBOT designed for reception, guidance and light item transport, with laser navigation, obstacle avoidance, interactive display and customizable software.

Model 8

LanDou

Full-size autonomous wheeled humanoid reception robot with articulated arms and fingers, designed for visitor greeting, autonomous guidance, business consultation and interactive exhibitions using LiDAR navigation, face recognition and voice interaction.

Articulated · Yes

Model 9

LeLe

Autonomous humanoid-style wheeled delivery robot designed to transport food, drinks and other items between multiple indoor destinations using LiDAR navigation and ultrasonic obstacle avoidance.

35 kg · Yes

Model 10

PaoPao

Autonomous enclosed food-delivery robot with three internal trays, LiDAR navigation, ultrasonic obstacle avoidance and automatic charging, designed for hygienic restaurant and hospitality delivery.

Model 11

PeiPei

Yes · Commercially available / inquiry-based

Autonomous wheeled reception and guidance robot designed to greet, guide and interact with visitors using laser navigation, obstacle avoidance, voice interaction and a touchscreen multimedia interface.

Model 12Education & Training

Robot Chassis

Inquire with AOBOROBOT · Yes

AOBOROBOT Robot Chassis is a customizable mobile robotics platform intended for secondary development, education, research and custom commercial service-robot projects. AOBOROBOT provides SDK support and allows customers to integrate their own upper-body hardware and software solutions. The manufacturer does not currently publish model-specific dimensions, payload, speed, battery or runtime specifications for this chassis.

Model 13

SuanTou

Integrated HD audio · Yes

Autonomous wheeled reception and guidance robot designed to greet, guide and interact with visitors using LiDAR navigation, voice interaction, depth vision and a large touchscreen.

Model 14

XiaoAn

Autonomous wheeled security patrol robot designed for indoor and outdoor surveillance, combining LiDAR navigation, ultrasonic obstacle avoidance, remote monitoring and automatic charging.

Model 15

XiaoAo

Autonomous wheeled humanoid-style reception robot designed to greet, guide and explain to visitors using laser navigation, conversational interaction, face recognition and multimedia presentation.

Supported · Yes

Model 16

YinYin

Autonomous wheeled reception and guidance robot designed for banks, government facilities, hospitals and other public-service environments, combining LiDAR navigation, face recognition, voice interaction and digital self-service functions