Micasense RedEdge-P Dual

2,600,000 inc. GST

  • High-Resolution Imaging: 2 cm/pixel for detailed vegetation insights.
  • Broad Spectral Coverage: Matches Landsat 8 and Sentinel-2 spectral bands.
  • Accurate Calibration Tools: Reflectance panel and light sensor for precision.
  • Consistent Time Analysis: Reliable data comparison across different time periods.
  • Wide Application Range: Ideal for agriculture and environmental spectral analysis.
  • Seamless Drone Integration: Compatible with DJI Matrice 300 and others.
  • Extensive Index Support: Utilizes NDVI, NDRE, and more for analysis.

1-Year Warranty     7 days return policy     PAN India Fast Shipping   


Unveiling Precision: The Next Evolution in Dual Camera Agricultural Drone Technology

The Micasense RedEdge-P Dual is a cutting-edge multispectral imaging tool tailored for agriculture and environmental monitoring. It integrates dual cameras to capture images across five spectral bands, enhancing data precision for crop health assessment and resource optimization. Its robust design and global shutter technology ensure consistent, high-quality imagery in varied lighting and conditions, compatible with multiple drones for flexible deployment. With sophisticated analytics software, it enables efficient image processing and analysis, providing immediate insights. This system is ideal for professionals seeking to leverage advanced imaging for improved agricultural productivity and environmental management, setting a new standard in precision and versatility.

Dual Camera System: Incorporates two cutting-edge cameras for superior multispectral imaging, dramatically enhancing the clarity and accuracy of data across five critical spectral bands. This dual setup significantly boosts the system’s capability to provide detailed insights into plant health and stress indicators, enabling precise agricultural practices and environmental monitoring.

Five Narrow Spectral Bands: Utilizes precisely chosen wavelengths to conduct thorough vegetation analysis. These bands are pivotal for identifying various plant health indicators, allowing for the detailed detection of stress, vigor, and overall crop condition. This spectral range is essential for professionals looking to leverage detailed, actionable insights for optimizing agricultural output and environmental conservation.

Global Shutter Technology: Features advanced global shutter sensors that capture images without distortion or motion blur, guaranteeing sharp, consistent imagery across all operational scenarios. This technology is crucial for aerial data capture, offering reliable, high-quality images even under the most challenging flight or environmental conditions.

High-Resolution Imaging: Provides ultra-high-resolution images that make it possible to conduct in-depth analysis at the individual plant level. This level of detail is critical for early problem detection, precise crop monitoring, and informed decision-making, leading to optimized agricultural practices and enhanced environmental management strategies.

Wide Range of Lighting Conditions: Engineered to perform exceptionally across a broad spectrum of lighting conditions, this system guarantees the capture of high-quality, usable data in various environmental settings, from bright, direct sunlight to low-light conditions at dusk or dawn. This adaptability ensures consistent data quality for reliable analysis and decision-making.

Rugged Design: Features a robust construction designed to withstand the rigors of field use in tough environmental conditions. Its durable build is resistant to dust, water, and shock, making it an ideal choice for continuous, reliable operation in demanding agricultural and environmental applications.

Drone and UAV Compatibility: Designed for easy integration with a diverse range of drones and UAVs, this system offers unparalleled flexibility for different operational scales and needs. Whether for small-scale precision agriculture projects or extensive environmental monitoring efforts, it provides the adaptability required for comprehensive data capture.

Advanced Analytics Software: Accompanied by state-of-the-art software that simplifies the processing and analysis of complex multispectral images. This software offers powerful, user-friendly tools for efficient data analysis, enabling users to quickly extract meaningful insights from their imagery, facilitating better-informed decisions for agriculture and environmental management.

Precision Agriculture Applications: Tailored specifically for the nuanced needs of precision agriculture, this system aids in optimizing resource use, detecting diseases early, and improving crop yields through data-driven decisions. Its precision and accuracy in data collection make it indispensable for modern, sustainable agricultural practices that prioritize efficiency and productivity.

Environmental Monitoring Capability: Offers invaluable support for environmental conservation projects, including detailed vegetation mapping, habitat analysis, and the monitoring of ecosystem changes over time. This tool is crucial for conservationists and environmental scientists committed to understanding and preserving biodiversity, managing natural resources wisely, and ensuring sustainable land use practices.

Micasense RedEdge-P Dual

Ten multispectral bands

The RedEdge-P dual bands cover Landsat 8 and Sentinel-2 satellite bands at an enhanced spatial resolution.

Micasense RedEdge-P Dual
Micasense RedEdge-P Dual
  • Aim to obtain ultra-high-resolution images surpassing the clarity and detail available from satellite data sources like Landsat and Sentinel, crucial for precise environmental and geographical analysis.
  • Specialize in monitoring shallow water environments utilizing the coastal blue band for exceptional clarity, conducting thorough analyses on chlorophyll efficiency, and accurately identifying various weed species for aquatic ecosystem management.
  • Implement robust, reliable time series analysis capable of adapting to fluctuating light conditions, alongside deploying advanced machine learning and AI applications tailored for precise early-stage crop counting and agricultural forecasting.
  • Harness sophisticated technology to generate invaluable insights invisible to the naked eye, utilizing a comprehensive suite of results and indices such as RGB, NDVI, NDRE, OSAVI, NIT, CIR, DSM for multifaceted environmental and agricultural research.
  • Ensure seamless integration and compatibility with existing equipment, specifically the DJI Matrice 300 drone, alongside supporting a diverse range of post-processing and flight planning software platforms, to maintain a streamlined and efficient workflow in data collection and analysis processes.
  • Correlate drone and satellite data: RedEdge-P’s dual bands cover the Landsat 8 and Sentinel-2 satellite bands (~10 m / 32 ft per pixel) with an improved spatial resolution of 2 cm / 0.8 in. Many indices already created by satellites can be used.
  • Performance of time series analysis: The RedEdge-P kit features a calibrated reflectance panel and downward light sensor for radiometric calibration, adjusting for varying weather and light, ensuring reliable time series analysis and consistent result comparison over time.
  • AI applications: Radiometric calibration tools adjust for diverse weather and lighting, offering data that support dependable time series analysis and consistent comparison of outcomes across different periods, enhancing the reliability of longitudinal studies.
Micasense RedEdge-P Dual

RedEdge-P Dual connected to DJI M300

Micasense RedEdge-P Dual

Fully connected Dual Camera Configuration on a DJI M300

Micasense RedEdge-P Dual

Connection between Dual Camera System Mount, RedEdge-P Red and RedEdge-P Blue



745 g / 26.2 oz (two sensors, mounting h Weight ardware, DLS2, and cable)


13.2 cm x 8.8 cm x 9.67 cm / 5.1 in x 3.1 in x 3.5 in

External power

7.0 V – 25.2 V

Power input

11/14.0/20W (standby, average, peak)

Spectral bands

Coastal blue 444(28)*, Blue 475(32), Green 531(14)*, Green 560(27), Red 650(16)*, Red 668(14), Red Edge 705(10)*, Red Edge 717(12), Near-IR 740(18)*, Near-IR 842(57)

RGB output

5.1 MP** (global shutter, aligned with all bands)

Sensor Resolution

1456 x 1088 (1.6 MP per multispectral band)
2464 x 2056 (5.1 MP panchromatic band)

Ground sample distance

7.7 cm / 3 in per pixel (per multispectral band) at 120 m / ~400 ft AGL

3.98 cm / 1.5 in per pixel (panchromatic band) at 120 m / ~400 ft AGL

Capture rate

Up to 3 images per second raw DNG


CFexpress card


Three configurable GPIO: select from trigger input, PPS input, PPS output, and top of frame signals. Host virtual button. USB 2.0 port for WiFi. Serial. 10/100/1000 Ethernet.

Field of view

50° HFOV x 38° VFOV (multispectral), 44° HFOV x 38° VFOV (panchromatic)


Ambient without airflow: 0-40 °C / 0-104 °F. Ambient with airflow >0.5 meter per second / >1.1 mph: 0-50 °C / 0-122 °F

FAQs about Micasense RedEdge-P Dual

  1. What is the primary use of the MicaSense RedEdge-P Dual?
    • The MicaSense RedEdge-P Dual is primarily used for agricultural and environmental monitoring. It provides detailed multispectral images for crop health assessment, stress detection, and precision farming practices, helping users make informed decisions to improve yield and reduce input costs.
  2. Can the RedEdge-P Dual be used with any drone?
    • Yes, the RedEdge-P Dual is designed to be compatible with a wide range of unmanned aerial vehicles (UAVs). Its versatile mounting options and integration capabilities make it suitable for most commercial drones used in agriculture and research.
  3. What makes the RedEdge-P Dual different from other multispectral cameras?
    • The RedEdge-P Dual stands out for its dual camera system that captures both multispectral and high-resolution RGB images simultaneously, its enhanced calibration for accurate data across various light conditions, and its tailored software for advanced data analysis.
  4. How does the camera’s calibration work?
    • The RedEdge-P Dual includes a radiometric calibration target and onboard sensors that measure environmental conditions, such as light intensity. These features ensure the camera’s output is consistently accurate, allowing for reliable comparison over time and under different lighting conditions.
  5. What resolution can I expect from the images?
    • Each of the five spectral bands captured by the RedEdge-P Dual has a resolution of 5 megapixels, providing high-resolution imagery for detailed analysis and monitoring of crop health and environmental conditions.
  6. How are the captured images processed?
    • MicaSense offers specialized data processing software that enables users to process, analyze, and visualize the multispectral data. The software supports various vegetation indices and provides tools for detailed crop health assessment and management.
  7. Is it difficult to integrate the RedEdge-P Dual with my drone?
    • Integration is designed to be straightforward, with MicaSense providing guidance and support. The camera system is engineered for easy mounting and compatibility with many UAV platforms, facilitating quick setup and integration.
  8. Can the RedEdge-P Dual operate in challenging lighting conditions?
    • Yes, the camera is equipped with advanced calibration capabilities, including a radiometric calibration target and environmental sensors, to ensure accurate data collection in a wide range of lighting conditions, from bright sunlight to cloudy days.
  9. What type of support does MicaSense offer for RedEdge-P Dual users?
    • MicaSense provides comprehensive support, including detailed documentation, online resources, and customer service for technical inquiries. They also offer training materials and workshops for users to get the most out of their multispectral imaging system.
  10. What applications can benefit from the RedEdge-P Dual’s data?
    • Beyond agriculture, the RedEdge-P Dual’s detailed multispectral imagery can benefit environmental monitoring, forestry management, water resources management, and research applications. Its precise imaging capabilities enable users to monitor vegetation health, detect stress early, and manage resources more efficiently.

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