HUSSAR

HUSSAR

ROBOT CHASSIS

aireeman project

The Light Cavalry chassis is a general-purpose chassis for mobile robots, with a small and compact body and a solid ability to cross narrow roads. With SLAM 2.0 autonomous positioning and navigation system and laser vision multiple navigation solutions, standardized development software, and hardware interfaces, it can be equipped with different applications according to actual needs and support users’ rapid secondary development.

97%

Customer satisfaction

7+

Years Experience

OPEN sdk platform

Newest modle

features

1

01

Scalable mode

Equipped with LIDAR + v-slam navigation and positioning system, with a mature navigation algorithm for users with development capabilities, providing a standard SDK interface, with good scalability.

2

02

2.4G/5G WIFI CONETION

Robot carpet with LINUX operating system, configuration RK3128 chip, quad-core CORTEX-A7, frequency up to 1.2GHZ, computer motherboard I5 ITX-H45-I526LVER:1A (4300U)

3

03

Precise positioning

Using LIDAR sensors to scan the surrounding environment, centimeter-level accurate map construction (error 5 ~ -5cm), and visualization of virtual wall editing easily achieve indoor autonomous positioning and navigation.

4

04

Auto return charging

When the power level is set to the minimum, it will automatically return to the charging post for charging, no need to think of watching, saving time and effort

5

05

OBSTACLE AVOIDANCE

With a fusion algorithm of laser SLAM and 3D cameras for multiple sensors, provides more accurate navigation and positioning. The laser radar detection range reaches 25 meters, and real-time dynamic information of the surrounding area is displayed. The obstacle avoidance function is more flexible.

6

06

Planning a route

Planning a route is done by humans logging into the robot’s backend on the computer side, marking the location, and creating an automatic planning form route.

Newly Upgraded

Provide rich API interface, reserved long enough connection line, and various development software and hardware interfaces. With full assistance for user development, users can quickly develop robot products according to the actual application scenario requirements.

Autonomous Obstacle Avoidance
AIReeMan’s self-developed laser SLAM navigation and positioning technology, 230° detection angle, accurate identification of surrounding obstacles, autonomous obstacle avoidance, more adaptable to complex environments.
High-Tech Food Delivery!

Time-Saving And Efficient​

Cloud Platform Remote Navigation Deployment

remote control

The ability to control the robot remotely and receive real-time reports on its running conditions is a crucial feature that can greatly enhance the efficiency and accuracy of various tasks. By utilizing this remote control capability, customers can easily direct the robot to navigate through complex environments and collect data for mapping purposes. Moreover, the real-time feedback on the robot’s performance enables users to identify any issues or anomalies promptly, thereby reducing the risk of errors or malfunctions. Overall, this comprehensive solution enables customers to achieve seamless and reliable navigation map construction and helps to streamline their operations in a more cost-effective and productive manner.

hussar

34 kg

Net wright

540mm(L) x 360mm(W) x 360mm(H)

pRODUCT Size

5-6 hours

Battery life

7-Inch,IPS Screen

DISPLAY SIZE

Auto Recharge, DC Direct Charging

Charging Method

User Manual

Product Size Net Weight Display Operating System Hard Drive
540mm(L)x360mm(w)x360(H)
34KG
7-Inch,IPS Screen (16:9)
Android (5.1)
32G
Battery Life Battery Parameters Lidar Speaker Task Configuration
5-6 Hours
Auto Recharge, DC Direct Charging
20m
4Ω/3W Mono Speaker
Customize Task Setting

APPLICABLE SCENE

Widely used in hotels, restaurants, office buildings, KTV, venues, and other catering and entertainment venues.

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