Dragonette-1

Medium resolution 5.30 m hyperspectral satellite imagery, acquired worldwide with a revisit rate of 2 days. The collection contains data from 2023 to the present.


Overview

Dragonette-1 hyperspectral images are acquired by a medium resolution optical satellite every 2 days anywhere on the globe.

A Dragonette-1 hyperspectral image of Barrax (Spain)

Data products

Data productSpectral bands combinationOrder link
Custom

Bundle: 1 panchromatic and 23 multispectral bands (RG, yellow, red edge, and NIR)

API name and ID: dragonette-1-tasking | 3749ee16-5518-4399-b413-55528ac75254
Data productSpectral bands combinationOrder link
Level 1B

Bundle: 1 panchromatic and 23 multispectral bands (RG, yellow, red edge, and NIR)

API name and ID: Not integrated

Specifications

General

Specification Description
Provider Wyvern
Collection type

Tasking from 800 credits per km2

Catalog from 200 credits per km2

Product type Optical
System type Satellite

Data

SpecificationDescription
Resolution5.30 m
Bit depth per pixelAcquired as 12-bit and delivered as 32-bit in imagery
Delivery format

A ZIP file containing the following files:

  • Data (GeoTIFF)
  • Metadata (JSON)
  • Masks (GeoTIFF)
  • Overviews (PNG)
  • Thumbnails (PNG)
Masks

Cloud

Transparency

NoData value-9999

Processing levels

System

SpecificationDescription
Acquisition modeMono
Incidence angleFrom 0° to 20°
Off-nadir angleFrom 0° to 20°
Tasking priorityStandard
OrbitSun-synchronous, at 500 km
Number of satellites1
Revisit rateEvery 2 days
Swath width20 km

Band data

SpecificationDescription
Spectral bands

Green:

  • 480–520 nm
  • 490–530 nm
  • 499–541 nm
  • 514–566 nm
  • 528–572 nm
  • 547–593 nm

Yellow:

  • 562–608 nm
  • 576–641 nm
  • 590–640 nm

Red:

  • 610–660 nm
  • 624–676 nm
  • 634–686 nm
  • 643–697 nm
  • 653–707 nm
  • 662–718 nm
  • 672–728 nm

Red edge:

  • 684–740 nm
  • 693–751 nm
  • 706–764 nm
  • 720–780 nm
  • 734–796 nm
  • 751–813 nm

Near-infrared: 768–832 nm

Geographic reference

SpecificationDescription
Coordinate reference systemGeographic-WGS84
Positional accuracyLocation-dependent, from 25 m to 100 m CE90 absolute

Conditions

SpecificationDescription
Limitations

Input: AOI at least 5 km wide

Cloud coverage: 20–100%

Output: AOI-clipped imagery

Minimum chargeAs per 100 km2
SpecificationDescription
Limitations

Input: AOI at least 5 km wide

Availability: From 2023

Output: AOI-clipped imagery

Minimum chargeAs per 400 km2

Geographic coverage

The geographic coverage is global.


Last updated: