RoboticsThe equipment and software required for these applications are specified in the quotation.
A patrol system configuration based on D1 Max, with sensing and software selected for the site.
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Availability and configuration are agreed individually.
D1 Max combines rolling on paved routes with legged movement over uneven terrain. The Patrol configuration focuses on site coverage and remote situational assessment, while the Inspection package addresses measurement tasks on specific equipment.
Observation cameras and navigation sensors serve different purposes. Cameras support remote monitoring; LiDAR and positioning systems help the robot navigate. Camera field of view, movement and data connectivity are matched to the patrol route.
System design defines inspection points and expected results. A task is complete only when the robot has arrived and the required image or measurement is usable.
Test the equipped robot on the actual route. This allows battery endurance, network coverage and payload stability to be checked together in the same task.
The front sensor assembly supplies visual and spatial information for navigation.
Front lights and indicators make the robot’s operating state visible.
A side compartment supports additional modules and provides an RTK interface.
Underbody charging contacts connect to an optional automatic charging station.
A rear indicator and ambient-light sensor are located at the other end of the body.
Top-mounted rails for application-specific accessories.
A directly accessible physical emergency-stop button.
An antenna for radio communication.
Two battery modules accessible from the side of the body.
Senses nearby obstacles around the robot.
Upper and lower bumpers protect the end of the body.
Upper and lower leg links terminate in powered wheels, combining stepping and rolling movement.
Known package information and items requiring agreement. Complete data for the associated platform appears in a separate reference section.
Source: AGIBOT ↗
Solution package: sensors, software, licences and services must be agreed item by item alongside the robot. Base-platform specifications below are reference values; payload equipment and site conditions affect complete-system performance.
The table below describes the associated robot platform, not the confirmed equipment of the D1 Max Patrol System. Package contents, total weight, power consumption and capabilities require separate agreement.
Base-platform product page ↗Data from the complete D1 Max manufacturer specification table. The presentation page also states ≥5 / ≥3.5 hours and ≥29 / ≥18 km; the detailed table gives tolerances, and its values are used here. Laboratory measurements do not guarantee performance at every site.
Actual performance depends on the environment, load, software and configuration. Maximum values may reflect different test conditions and may not be achievable simultaneously.
The confirmed quotation itemises the equipment and licences included in the delivery. Illustrations may show optional accessories.
Examples of possible uses. Required development and services are agreed for each project.
Visit inspection points regularly across larger industrial areas.
Observe gates and fence sections after assessing weather and connectivity conditions.
An operator can send the robot to an event location and assess the situation through its camera.
Patrol focuses on covering an area and observing conditions; Inspection focuses on checking specific equipment or measurements. Hardware and software are selected accordingly.
Images illustrate possible configurations. The confirmed item list determines cameras, sensors, computers, communication hardware and licences.
That is not a default capability. Autonomous operation requires suitable sensing, mapping, software and on-site validation, with operating boundaries and supervision defined for the project.
Not necessarily. Payload weight, centre of gravity and power consumption affect mobility and runtime. Base-platform specifications remain a separate reference.
Manufacturer: AGIBOT. Platform data comes from the referenced manufacturer documentation; distributor images illustrate configurations. For custom solution packages, the reference describes the base platform.
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