Asian Surveying & Mapping
Breaking News
PLD Space increases investment in its Launch Complex at the Guiana Space Centre (CSG) to €35M, strengthening Europe’s sovereign space infrastructure
The investment is expected to generate approximately €21 million...
India seeks Singapore capital to fuel its ambitious private space sector
India aims to grow its space economy to US$44...
China conducts surprise launch of Long March 12B, delivers Qianfan satellites on debut flight
HELSINKI — China conducted the maiden launch of its...
ISRO to launch first unmanned Gaganyaan mission by year’s end
The Chairman of ISRO, Somnath said that the efforts...
ORF- RSIS Special Report Launch | India and Southeast Asia: Mapping Strategic Convergence in an Era of Great-Power Competition
In 2014, Prime Minister Narendra Modi announced India’s shift...
Israel defense ecosystem meets to accelerate fieldable counter‑drone tech
Sparked by a message from the frontlines, CET Sandbox...
Chinese startup Mega Engine advances reusable staged-combustion rocket engine
HELSINKI — A new Chinese commercial rocket engine startup...
Haryana wins Geospatial Excellence Award for agricultural innovation in Netherlands
Haryana has been internationally recognised for its technological innovation...
South Korean, Singaporean Entities Partner To Support Space Startup Expansion
SINGAPORE—BlueTide Capital and Singapore Space and Technology Think Tank...
Japan space startups to train engineers from India, Philippines, Indonesia
JICA program to coach professionals on satellite manufacturing, data...

August 9th, 2016
Philippines’ First Microsatellite Relaying Test Images

Imagery from Diwata-1 are expected to make it easier to identify areas affected by disasters such as floods and fires.

Imagery from Diwata-1 are expected to make it easier to identify areas affected by disasters such as floods and fires.

Diwata-1, the Philippines’ first microsatellite, collected and returned test images of some portions of Dumingag town in Zamboanga del Sur, a mountainous area in Mindanao, according to an attached agency of the country’s Department of Science and Technology. The images were taken by the high-precision telescope (HPT), one of four cameras onboard Diwata-1.

The Advanced Science and Technology Institute (ASTI) and the University of the Philippines Diliman noted that the images have a ground resolution of three meters at nadir (lowest point), which is the highest resolution attained by a microsatellite in the 50-kilogram class.

ASTI and UPD are coordinating with Japan’s Hokkaido and Tohoku Universities, which currently handle Diwata-1’s operation.

Click here for more information.