Other Satellites

Dubisat-2 is a high performance remote sensing satellite, which provides 1 m GSD panchromatic image and 4 m GSD multi-spectral image data for various applications. DubaiSat-2 is an electro-optical Earth Observation Satellite built by MBRSC(Mohammed Bin Rashid Space Centre) under an agreement with Satrec Initiative(a parent company of SI Imaging Services). DubaiSat-2, A remote sensing satellite project and is a joint development program between EIAST (Emirates Institution for Advanced Science and Technology) and Satrec Initiative. The mission objectives are to develop and implement new technologies and to provide electro-optical imagery which can be commercialized.
Specification and technical information
Product resolution
PAN : 1 m / MS : 4 m
@ altitude 600 km (nadir)
Launch date
November 21, 2013
Orbit
Sun synchronous orbit
Altitude
600 km
Inclination
97.79 deg.
LTDN
10:30 (local time)
Swath width
12.2 km (nadir)

The Mohammed bin Rashid Space Centre (MBRSC) is integral to the strategic initiative put in place by the Dubai government to inspire scientific innovation, technological advancement, and to advance sustainable development in the UAE. The UAE’s wise leadership has entrusted MBRSC with the Emirates Mars Mission to launch Hope Probe to the Red Planet in 2021, coinciding with the 50th anniversary of the founding of the UAE.

Specification and technical information
Product resolution
PAN : 1 m / MS : 4 m
@ altitude 620 km (nadir)
Date of launch
June 19, 2014
Spectral bands
PAN : 450-900 nm
MS1(B) : 420-510 nm
MS2(G) : 510-580 nm
MS3(R) : 600-720 nm
MS4(N) : 760-890 nm
Orbit
Sun synchronous orbit
Altitude
620km
MLTAN
10:30 (local time)
Swath width
12 km (nadir)
Inclination
98 deg.

GeoSat is a geoinformation company unlocking earth observation’s full potential to understand our planet and transform it for the better. GeoSat owns and operates two satellites, GeoSat 1 and GeoSat 2. The company work with their partners, using their high-quality imagery and analytics expertise to extract insights that help you make the right decisions. Their accurate, scientific-quality imagery forms the foundation of the best-in-class services. They bring imagery to life by applying analytics to extract insights that matter to you.

Specification and technical information
Product resolution
PAN : 1.0 m
@ altitude 550 km (nadir)
Band
PAN : 500~ 900 nm
Mean revisit time
12 ~ 16 hours
Orbit
Near equatorial orbit
Altitude
550 km
Inclination
15 deg.
Swath width
12 km (nadir)
Launch date
December 16, 2015
Location accuracy
100 m CE90

TeLEOS-1 Coverage regions


Sustainability empowers the economies of tomorrow. The satellites in GHGSat constellation can detect and measure sources of methane emissions at high-resolution enabling industries to improve operations and reduce emissions. GHG satellites – each the size of a microwave oven and weigh just 15 kg (33 lbs) – combine resolution with low-set detection threshold for optimal industrial asset monitoring. GHGSat constellation detects smaller emissions than other technologies in space.
The patented Wide-Angle Fabry Perot (WAF-P) imaging spectrometer on board the satellites measures the absorption of sunlight by methane at very high spectral resolution. GHGSat sensor provides accurate methane concentration values for over 200,000 pixels in each image.
Specification and technical information
Data service platform
Product resolution
GHGSat-D: 50M x 50M
GHGSat-C1: 25M x 25M
GHGSat-C2: 25M x 25M
Launch date
GHGSat-D: 22 June 2016
GHGSat-C1: 2 September 2020
GHGSat-C2: 24 January 2021
Orbit
Sun synchronous orbit
Altitude
500 km
Swath width
12 km
Orbits per day
15
Target
Unique facilities to year-round monitoring
PULSE
PULSE is a unique interactive tool using cutting-edge technology to reveal methane concentrations around the world–in the highest resolution ever.

SPECTRA
The analytic service SPECTRA delivers monitoring data services and insights using proprietary aggregation algorithms, combining high-resolution data with industry and satellite datasets.
