Thermal Drone Camera System

Scientific Camera Positioning — What ‘SC’ Means in Practice

The WIRIS Pro SC is an advanced aerial imaging solution tailored specifically for scientific research, environmental monitoring, and precision analysis. The ‘SC’ designation reflects three capabilities that differentiate it from the WIRIS Pro within the same payload weight class: the 800 × 600 px thermal resolution option — the highest in the entire WIRIS drone camera product line, providing approximately 37% more temperature measurement points per frame than 640×512 at the same flight altitude; the up to 60 Hz thermal frame rate — enabling smooth real-time streaming and high temporal resolution for dynamic thermal phenomena that lower frame rate cameras cannot capture between frames; and the removable SSD storage up to 512 GB, enabling large-volume data collection for extended survey missions without data offload constraints. These three specifications together make the WIRIS Pro SC the preferred WIRIS system for research applications where maximum thermal spatial resolution, maximum temporal resolution, or maximum single-mission data capacity is the primary driver.

800 × 600 px — The Significance of the Highest Thermal Resolution in the WIRIS Range

The 800 × 600 px thermal resolution option provides 480,000 independent temperature measurement points per frame, compared to 327,680 for 640×512 and 86,016 for 336×256. This additional pixel count translates directly into finer spatial resolution in thermal maps: at the same flight altitude, the 800×600 thermal map resolves ground features approximately 15% smaller than 640×512 can resolve. For research applications involving small-scale thermal features — individual plant canopy rows in agricultural research, fine-scale geological thermal anomalies, urban microclimate mapping at street-block scale, small wildlife in ecological studies — the additional pixel count enables detection and characterisation of features that a 640×512 sensor would blur or miss at the same flight altitude and field of view. Alternatively, the higher resolution allows the same thermal map GSD to be achieved from a greater flight altitude, covering more area per flight pass at the research-required spatial resolution.

High-Resolution Radiometric Imaging — Up to 800×600 px

Captures accurate per-pixel absolute temperature data at 640×512 or 800×600 px — the highest thermal resolution available in the Workswell WIRIS drone camera range — ensuring scientific-grade measurements with the finest spatial detail for research applications where resolving small thermal features at survey altitude is critical. The ≤30 mK sensitivity reliably detects subtle temperature differences between adjacent areas at both resolution settings.

Dual-Sensor Design — Thermal and 10× Zoom Visual

Combines LWIR radiometric thermal imaging with Full HD 10× optical zoom RGB imaging in a single ~800 g payload, providing comprehensive dual-channel data for research requiring both quantitative thermal measurements and high-quality visible imagery of the same scene. GPS and gimbal metadata embedded in every frame enable precise co-registration of thermal and RGB data for multi-modal analysis.

Scientific Calibration and Radiometric Accuracy

Precisely calibrated for research-grade accuracy in environmental and industrial studies. Per-pixel absolute temperature measurements are traceable to the camera’s factory radiometric calibration, supporting the quantitative temperature analysis required for publication-quality research results, regulatory monitoring programmes, and comparative experimental datasets where measurement consistency across sessions is essential.

Real-Time Data Output at Up to 60 Hz

Streams live thermal and visual imagery at up to 60 Hz for immediate field analysis and operator situational awareness during data collection flights. The 60 Hz streaming rate provides smooth, video-quality thermal imagery at the ground station, enabling researchers to observe thermal dynamics in real time and identify regions of interest for closer investigation during the mission.

UAV Integration — Lightweight ~800 g, 18–32V DC

Lightweight ~800 g design optimised for DJI M300/M600, Freefly Alta, AceCore Zoe, and compatible professional research UAVs, with an 18–32V DC power supply matched to the higher-voltage power buses of research-grade UAV platforms. The MAVLink interface enables autopilot integration for automated survey mission execution; S.Bus provides gimbal control; CAN provides high-reliability avionics communication; and Ethernet delivers streaming data to the ground station.

Advanced Data Analysis via ThermoLab and SDK

ThermoLab provides advanced scientific thermal analysis including multi-image radiometric analysis, automated anomaly detection, thermal profile extraction, time-series temperature data export to Python/MATLAB/R workflows, and thermal orthomosaic generation from GPS-tagged survey data. The SDK enables custom research application development — custom processing pipelines, automated data analysis, integration with research data management systems — on both the onboard computing environment and ground-side workstations.

Advantages at a Glance

• Provides reliable, calibrated thermal datasets for scientific and academic studies with per-pixel absolute temperature measurements
• Enables non-contact measurement of environmental and industrial parameters from UAV altitude, covering wide areas safely and efficiently
• Improves research efficiency with real-time aerial thermal insights at up to 60 Hz and immediate field data review
• Supports long-term field campaigns with removable 512 GB SSD for extended data collection without mid-mission offload
• Dual-sensor thermal + 10× zoom RGB data enables multi-modal research analysis and enriched thermal map interpretation
• UAV-ready ~800 g design allows coverage of large research areas quickly without manned aircraft cost and safety constraints
• Scientific calibration ensures consistent, repeatable measurement accuracy across sessions and field campaigns
• Widely trusted by universities, research labs, and government science institutions worldwide for applied environmental and industrial research

Environmental Research

Monitors ecosystems, wildlife habitats, and climate parameters with radiometric accuracy and GPS-tagged spatial precision:

• Land surface temperature mapping: geo-referenced thermal maps of land cover at fine spatial resolution for urban heat island research, land use change thermal impact studies, and climate model validation at Indian universities and CSIR/DST research institutions
• Wildlife thermal ecology: aerial thermal detection and counting of wildlife at night or through canopy cover for ecological population assessment and behavioural studies, relevant to Indian wildlife sanctuaries and forest department research programmes
• Coastal and wetland thermal monitoring: temperature mapping of coastal and estuarine ecosystems for thermal pollution assessment, aquatic habitat research, and mangrove ecosystem studies

Agriculture and Forestry

Supports crop health monitoring, irrigation analysis, and forestry management with quantitative canopy temperature data:

• Precision crop water stress mapping: quantitative aerial canopy temperature mapping at fine spatial resolution (800×600) for crop physiology research, irrigation experiment documentation, and ICAR precision agriculture technology development
• Forest fire monitoring and post-fire assessment: aerial thermal mapping of active fire fronts and smouldering hotspots for forest department emergency response, and post-fire thermal assessment of ecosystem recovery
• Plantation health research: aerial thermal survey of large plantation estates (tea, coffee, rubber, oil palm) for disease and water stress pattern identification at individual canopy level

Energy and Utilities

Assists academic and industrial research of renewable energy sites and utility infrastructure:

• Solar PV performance research: calibrated aerial thermal mapping of experimental solar PV installations for academic research into cell degradation mechanisms, soiling effects, and thermal management at Indian renewable energy research institutions
• Grid infrastructure research: aerial thermal survey data collection for power line and substation thermal condition research in collaboration with utility operators and engineering colleges
• Renewable energy site assessment: thermal mapping for wind resource assessment and solar resource characterisation for renewable energy planning research

Geoscience and Mining

Maps geological thermal features, land surface anomalies, and terrain characteristics for scientific research:

• Geological thermal anomaly mapping: aerial radiometric thermal mapping for geothermal resource identification, fault zone thermal expression research, and volcanic thermal activity monitoring
• Mining site environmental monitoring: aerial thermal assessment of mine waste dumps, tailings ponds, and acid drainage areas for environmental impact research and remediation planning
• Soil and terrain research: thermal mapping of soil type boundaries, moisture distribution, and terrain thermal inertia for geomorphological and pedological research

Medical and Biomedical Research

Provides calibrated thermal data for physiology, biothermal, and field diagnostics research:

• Animal thermal physiology: aerial thermal imaging of animals in natural environments for thermoregulation research, stress response studies, and body condition assessment from UAV altitude without handling disturbance
• Crop disease and pathogen research: thermal expression mapping of crop disease outbreaks for plant pathology research, early detection algorithm development, and spatially-explicit disease spread modelling
• Field diagnostics research: aerial thermal data collection for developing and validating non-contact diagnostic methodologies in veterinary and ecological research

Infrastructure Studies

Supports universities and labs in monitoring bridges, roads, and civil structures with aerial thermal data:

• Building and bridge thermal research: aerial radiometric thermal mapping of structural elements for non-destructive assessment research, thermal bridge identification, and materials degradation studies at Indian engineering colleges and research institutions
• Road surface thermal mapping: aerial thermal survey of road surfaces for pavement thermal property research, urban heat island contribution studies, and night-time temperature distribution mapping
• Construction material research: aerial thermal monitoring of construction processes and material thermal performance for civil engineering research programmes

Defence and Security Research

Delivers scientific-grade thermal data for R&D in surveillance, safety, and materials applications:

• Camouflage and signature management research: aerial thermal imaging for defence materials research into thermal signature reduction technologies and IR camouflage effectiveness evaluation
• Sensor fusion and detection algorithm research: thermal data collection for developing and benchmarking multi-sensor fusion and automated target detection algorithms for defence UAV systems
• Environmental safety monitoring research: aerial thermal data for defence establishment environmental monitoring research, including cooling water thermal discharge assessment and site thermal mapping

United Spectrum Instruments is the authorised distributor of the Workswell WIRIS Pro SC Thermal Drone Camera System in India, offering expert solutions specifically tailored for research and academic institutions.

Genuine WIRIS Pro SC Systems with Manufacturer Warranty

Genuine Workswell WIRIS Pro SC systems with full manufacturer warranty and radiometric calibration traceability, ensuring Indian research institutions receive authentic, calibrated scientific-grade thermal drone payloads suitable for publication-quality data collection.

Tailored Consultation for Universities, Research Institutes, and Scientific Labs

Tailored consultation for scientific research procurement, including resolution and frame rate configuration for the specific research application, UAV platform integration design for each institution’s drone, ThermoLab and SDK workflow configuration for the research data pipeline, and formal quotation documentation suitable for DST/SERB/ICAR grant procurement processes.

Pan-India Installation, Integration, and After-Sales Service

Pan-India drone integration support including MAVLink/CAN/S.Bus interface commissioning, gimbal mounting and payload balance for each UAV platform, GPS metadata validation, ThermoLab and CorePlayer training for research teams, SDK development support for custom analysis pipelines, and after-sales technical service from the official Workswell distributor in India.