Shenzhen Zhongzhi Guardian Robot Technology Co., Ltd.
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform
  • UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform

UGV-8 Ackermann Steering ROS Open Source Intelligent Vehicle Robot Development Platform

UGV-8 is an Ackermann steering intelligent robot platform powered by ROS, designed for autonomous driving research, algorithm development, and industrial application testing.

  • Dimensions (L×W×H):820 × 572 × 310 mm
  • Minimum Ground Clearance:87 mm
  • Overall Weight:About 43 kg
  • Rated Load:80 kg

USD 1,400

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Product Description


UGV-8 

is a small robot chassis, using lightweight, modular, intelligent design concept to create a mobile robot development platform. It has strong load capacity, stable control performance, a wide range of applications, can be flexible movement on all kinds of typical pavement. Stereo camera, laser radar, GPS, IMU, manipulator and other equipment can choose to be installed on the chassis as an extension application, can be applied to scientific research, distribution, logistics and other fields.


Product Features



It boasts strong load capacity, stable control performance, and a wide range of applications.

It can maneuver flexibly on a variety of typical road surfaces.

Stereo cameras, lidar, GPS, IMU, robotic arms, and other equipment can be optionally installed on the chassis as expansion devices, suitable for applications in scientific research, distribution, logistics, and other fields.







There are anti-collision strips at the front and rear to ensure safety







Suitable for indoor and outdoor autonomous driving scenarios, the chassis adopts wire-controlled brake-by-wire, drive-by-wire, and steer-by-wire structures, opens the CAN protocol, and provides power supply interface and equipment installation interface.

Application Cases

The Application Cases listed for the UGV-8 4WD RC Transportation Framework include:

  • Logistics and Delivery — for carrying goods or materials in warehouses, campuses, or factories.

  • Scientific Research & Education — as a development platform for robotics, AI, and ROS system training.

  • Inspection and Patrol — suitable for outdoor or industrial site monitoring and autonomous patrol tasks.

  • Agriculture & Mapping — adaptable for field surveys, mapping, and light agricultural transport tasks

Technical Parameter

Vehicle Specification

Item

Data

Dimensions (L×W×H)

820 × 572 × 310 mm

Minimum Ground Clearance

87 mm

Overall Weight

About 43 kg

Rated Load

80 kg


Chassis and Performance

Item

Data

Steering

Front Wheel Differential Steering

Brake Form

Anti-drag Braking

Tire Outer Diameter

266 mm

Running Speed

≤ 5 km/h

Driving Range

5–10 km

Braking Distance

0.4 m

Turning Radius

0.5 m

Climbing Angle

≤ 15°

Obstacle Passing

8 cm

Safety Protection

Touch Stop Bar; Emergency Brake Button


Electric Drive

Item

Data

Motor Type

Wheel Hub Motor (Permanent Magnet Synchronous Motor   with Encoder)

Motor Power

300 W × 4

Battery Parameters

48V / 20Ah

Battery Working Temperature

-10 ~ 60 ℃

Charger

AC 220V Independent Charger

Charging Time

≤ 3 h (Quick Charging Customizable)

Protection Class

IP35 (IP66 Customizable)


Controls and Sensors

Item

Data

Communication protocol

Open low-level CAN protocol

Motion control

Vehicle Control Unit (VCU) control

Sensor type

Steering feedback sensor; wheel speed sensor; front and   rear brake feedback sensors


Supplier Information

Company:Shenzhen Zhongzhi Guardian Robot Technology Co., Ltd.

Email:zozirob@ttbridge.com

Tel:0086

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