Core capabilities and practical value for deployment.
Detailed technical data for evaluation and system integration.
| Overall Size | 235 × 173 × 101 mm |
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| Weight | 2.38 kg |
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| Maximum Payload | 12 Kg |
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| Battery Type | Li-ion 6S2P (21000 mAh) |
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| Operating Time | Up to 10 hours |
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| Wireless Connectivity | LoRaWAN EU868 / AS923 / US915 |
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Autonomous mobile sensing platform for precision agriculture, collecting field data and monitoring crop environments across agricultural areas.
Autonomous sensing robot for monitoring livestock environments, barn conditions and animal comfort parameters.
Mobile sensing platform for greenhouse and orchard monitoring, supporting microclimate analysis and crop health management.
Mobile robotic platform designed for agricultural research, field experiments and environmental data validation.
Autonomous mobile platform for georeferenced environmental monitoring and high-resolution field mapping.
ROS-compatible mobile robotics platform for AI research, autonomous navigation and next-generation agricultural robotics.
Configuration-specific availability and pricing.
Standard Sensor Mate Rover configuration including autonomous mobile platform, integrated LoRaWAN communication, rechargeable battery system and mounting interface for agricultural sensors.
EUR 2,490.00Version and hardware compatibility information for supported products.
Provides software resources for autonomous operation, ROS-compatible communication, LoRaWAN data transmission, sensor integration and remote monitoring of the Sensor Mate Rover platform.
Available through technical supportTechnical documentation for sensor integration, communication protocols, data access and software development using the Sensor Mate Rover platform.
Available through technical supportProducts, accessories, gateways and software designed to work with this product.
Sensor Mate Rover can integrate with Sensor Mate Portable sensing modules and share environmental monitoring capabilities through the Adaptive AgroTech IoT ecosystem.
View ProductSensor Mate Rover can operate together with fixed Sensor Pod TriMount stations to combine mobile sensing data with stationary environmental measurements.
View ProductSolar Charging Kit provides renewable power support for extended field deployments and remote agricultural monitoring applications.
View ProductPublisher-hosted papers linked through DOI and publisher URLs.
R. R. Shamshiri, M. Behjati, C. Weltzien
Computers and Electronics in Agriculture, 2026
This research explores the use of autonomous mobile sensing platforms for precision agriculture applications. The study evaluates robotic field monitoring systems capable of collecting environmental data through wireless sensor networks, supporting digital agriculture, remote monitoring and data-driven farming decisions.
Publisher PageSupport for product selection, deployment, integration and continued operation.
Share your application, sensing requirements, environment and expected integration scope with our engineering team.
Contact Adaptive AgroTechYes. Sensor Mate Rover supports modular sensor integration through multiple interfaces including analog, digital, I2C, UART, SPI and CAN. Users can deploy compatible environmental sensors based on their monitoring requirements.
Yes. The rover supports LoRaWAN communication, cloud connectivity and remote data access for continuous monitoring and agricultural research applications.
Add the required product configuration to your cart, then send the complete selection to Adaptive AgroTech sales. Custom sensors, quantities, installation, training and integration requirements can all be included.
Your selected configuration and quantity will be carried into the quotation request automatically.
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