2 Axis Parrot Sequoia+ Micro NDVI Skyport Brushless Gimbal for DJI Matrice 210 M210

Parrot Sequoia

• Identify problem areas in a field that need attention and further scouting
• Refine fertilization by detecting nutrient deficiencies symptoms
• Optimize pesticide input through early detection of biotic stress
• Control crop irrigation by identifying areas where water stress is suspected
• Estimate crop yield by processing and exploiting agronomic indices.

Featuring excellent precision, flexible integration, and small size and weight. The Parrot Sequoia sensor is designed to fit most drones including fixed wing and multi-rotor drones, with or without gimbals.

Powerful imaging in a miniature package: Parrot Sequoia ™ is our smallest and most cost-effective remote sensing solution. This sensor allows easy integration with any multi-rotor or fixed-wing platform.

Weighing only 107 grams, Sequoia is a powerful sensor in a remarkably small package. This camera features four narrow band filters optimized for analysing crop health. Also featured is a 16 MP RGB imager for easy digital scouting. Sequoia’s irradiance sensor and integrated GPS make it an accurate and calibrated tool for precision agriculture.

DJI Matrice 200 V2 – the future of drones in industry.

The new DJI Matrice 200 V2 has taken drones for industry to a whole new level. With three configurations, you can tailor this drone to suit your application.

Dual batteries are a standard feature on the Matrice 200 and with 2x TB55 batteries you can fly for up to 38mins depending on payload and weather conditions.

DJI AirSense

With 20 internal sensors, including dual IMUs, and a dual-redundant battery system that automatically heats batteries when flying in sub-zero temperatures.
The new DJI AirSense technology directly integrated into the drone. The M200 Series is the first commercially available drone with an ADS-B receiver. This module enhances airspace safety by automatically providing the operator with real-time information about nearby manned aircraft. This enables safety during operations where teams rely on mixed aircraft.

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