Sentera’s industry-leading agriculture sensors are designed to capture precise, radiometrically accurate plant-level vegetative indices.
Our sensors are fully customizable, allowing you to leverage visual-band imagery as well as NDVI, NDRE, and multispectral data that is meaningful to your operation.
The Sentera 6X Multispectral Sensor delivers science-grade multi-band and high resolution visual band image products via a streamlined, easy-to-use, data processing workflow.
Designed to meet the most demanding research and data sciences requirements, the 6X features 5 simultaneously-triggered, precision-filtered 3.2MP global-shutter imagers, and one 20.1MP RGB imager, each with a dedicated, high-quality optical path. All together, the sensor produces 8 channels of image data, with fast frame rate performance and high radiometric accuracy.
The 6X multispectral sensor leverages technology used in Sentera’s advanced enterprise-class sensors, with a custom processor tailored to efficiently handle massive data throughput requirements while maintaining extremely tight synchronization across channels, and to perform onboard machine learning and computer vision computations. 6X users have the option to equip the sensor with a customized variant of the incident light sensor product used on Sentera enterprise equipment.
View the 6X multispectral sensor data sheet
View the 6X video
Patent Pending
The Sentera Double 4K is a small, robust, and fully customizable twin-imager sensor.
Fitting in the footprint of a GoPro® HERO 4, the rugged, high-throughput Double 4K Sensor is designed for use in harsh environments with configuration options that make it ideal for use in agriculture and infrastructure inspection applications.
Both cameras are capable of capturing high-megapixel color stills, near-infrared (NIR), and normalized difference vegetation index (NDVI) data, and 4K video.
The multispectral Double 4K sensor variant offers five spectral bands: blue, green, red, red edge, and NIR. Using patent-pending technology, Sentera’s Multispectral Double 4K sensor helps agronomists, crop consultants, and growers identify issues with their crops earlier and with greater precision.
SHOP: Double 4K Ag Sensor for DJI Inspire
SHOP: Double 4K Ag Sensor for DJI Phantom
SHOP: Double 4K Ag Sensor for DJI Mavic 2 Pro
View the Double 4K agriculture sensor data sheet
View the Double 4K NDVI & NDRE sensor data sheet
View the Multispectral Double 4K agriculture sensor data sheet
Patent Pending
The innovative Sentera Double 4K Sensor seamlessly integrates onto the robust, high-endurance DJI Inspire 2 and Inspire 1 drones using lock & go technology. With advanced stabilizing gimbal technology, you can easily swap payloads and choose from a variety of sensors to augment your operation.
With this gimbal technology, users can collect visual band (RGB) imagery as well as vegetation indices based on the addition of NIR or Red Edge, including normalized difference vegetation index (NDVI) or normalized difference vegetation red edge (NDRE) data.
Sentera’s Double 4K sensor helps agronomists, crop consultants, and other ag professionals identify crop health issues earlier and with greater precision.
SHOP: Double 4K Lock & Go Ag Sensor
View the Lock & Go sensor data sheet
Patent Pending
Integrating onto DJI Matrice 200 Series drones, the AGX710 sensor provides you with exceptional crop health insights.
Using plug-and-play and stabilizing gimbal technology, the AGX710 allows you to easily swap payloads and choose from a variety of sensors to augment your operation. The result: you can quickly capture crop data, developing high-precision spectral index measurements and run deep learning algorithms.
All AGX710 data is compatible with Sentera’s FieldAgent software, allowing you to produce QuickTile crop health maps, stitch your data, run analytics, and push shapefiles (.SHP) to in-field equipment — no internet connection is required!
Learn More SHOP: AGX710 sensor
View the AGX710 data sheet
Elegantly engineered, the high-precision Single sensors are specifically designed to monitor crop health through NIR, NDVI, and NDRE (red edge) data collection.
The High-Precision NDVI Single and High-Precision NDRE Single utilize patent-pending technology to improve spectral band separation and generate more accurate vegetation index measurements. The High-Precision Single sensor is available in two variants: normalized difference vegetation index (NDVI) and normalized difference red edge (NDRE).
The Single is unmatched in its performance due to its global shutter, tiny size and lightweight. It’s the world’s best tool for those who want to collect the highest quality NDVI or NDRE data. The High-Precision Single sensors integrate onto any drone, helping agronomists, consultants, and producers identify growth issues earlier and with greater precision.
The sensors are available pre-installed on DJI Phantom 4 Pro V2.0 and Mavic equipment or as dealer-installed upgrades to customer-owned drones.
SHOP: DJI Phantom Series NDVI / NDRE Upgrade
SHOP: DJI Mavic NDVI / NDRE Upgrade
View the Sentera High Precision Single data sheet
Review the Quantum Efficiency Curves
Patent Pending
The Sentera Quad Sensor is the latest in precision agriculture drone cameras. With four fully-customizable multispectral imagers, the innovative sensor offers standard Normalized Difference Vegetation Index (NDVI), Green NDVI, Normalized Difference Red Edge (NDRE), and high-resolution color capture – all in a single flight. The Quad sensor can measure key indicators of chlorophyll in crops.
The intelligence provided by this sensor makes it ideal for universities, researchers, large growers, and advisors to provide high-precision, low-distortion vegetative health data tailored for unique applications.
SHOP: Gimbaled Quad Sensor for Inspire
View the Quad sensor data sheet
For several years, Sentera’s research customers have been using Sentera’s Incident Light Sensor (ILS) to measure the color spectrum of incident light from the sun.
Now, these capabilities have been seamlessly integrated into Sentera’s single sensor and will be available for the 2018 growing season in North America. Agronomists, crop consultants, and growers will accurately compare images of the same area, captured over time, to get a true understanding of how their decisions are affecting their intended outcome.
Calculating absolute vegetative health, regardless of cloud cover or timing, enables focusing on results and making better in-field decisions using more accurate data.