Drones for Agriculture Novadrone
DRONES FOR AGRICULTURE
Defining problems, then providing decision-making systems, are the keys to integrated farm management. This enables farmers to optimize their returns on investment and conserve natural resources.
Novadrone focuses on providing farmers with professional tools that improve production, reduce cost and risk, and enable them to focus on what they do best: running their businesses.
The Nomad maximizes area coverage whilst providing superior results each time you fly. It has a high capacity payload which can be integrated with any sensor(s) you need, be it RGB, multispectral, infrared or thermal.
The acquisition of high-precision aerial imagery in multi-spectral bands via UAV technology is the 21st Century way to optimize cultivation techniques, maximize resources, reduce costs, increase production and improve quality.
HOW IT WORKS
Select the area you want to survey then plan and simulate your mission and tasks
Capture aerial images from your crop with our drones.
Process acquired images with our software solutions and convert them to index maps such as NDVIs, DVIs, SAVI, etc.
Analyze acquired information and provide conclusions.
THE NOMAD® PERFECTLY TEAMED WITH YOUR TRACTOR
Cameras and sensors
Our engineers can work with your team to integrate the sensor(s) optimal for your application.
Interchangeable POD. Being able to carry one or more cameras at the same time means your possibilities are endless. Combine RGB + THERMAL + MULTISPECTRAL cameras per application requirements. The Nomad POD is fully manufactured using advanced composites. The camera supports are manufactured using aluminum and/or 3D printed PLA + Carbon Fiber parts. All our camera supports include anti-vibration systems to obtain perfect images.
Learn more about the Nomad POD >
Drone tasks by season
Pre-harvest: dry down and observe stand consistency
Post-harvest: analyze soils, tillage and topography.
Perform early soil analysis
Analyze tile drainage
Observe growth variability
Observe and assess nitrogen needs
Monitor crop stages to optimally time applications
Assess input and machinery performance
The main goals of precision farming are to increase crop production, optimize crop quality and manage pests effectively. These functions all support sustainable agriculture.
Soil property & moisture analysis
Disease & pest severity
Crop health and stress analysis
Plant physiology analysis
Deliver impressive results to your customers employing industry standard formats: Inpho, LPS, Global Mapper, ArcGIS, Quantum GIS, AutoCAD, MicroStation, Rhino, 3Ds max, Quick Terrain Reader, VRMesh, Meshlab, Google Earth, Google Maps, Farm Works, Blender, Meshmixer, LASTools, Sketchfab, Mapbox, VLC, Windows Media Player, etc.
3D Point Cloud
Industry standard laser scanner quality 3D points.
3D textured models
Full triangulated 3D mesh models with photorealistic texturing.
High resolution orthorectified imagery tiles.
Our drone technology can help you or your agronomist optimize input usage and maximize yields.