Space

India's Chandrayaan-3 mission deploys lunar mini-rover

India's Chandrayaan-3 mission deploys lunar mini-rover
The landing area as seen by the Vikram lander
The landing area as seen by the Vikram lander
View 5 Images
Diagram show
1/5
Diagram showing the deployment of the rover
Diagram of the lander
2/5
Diagram of the lander
The landing site as seen from the lander
3/5
The landing site as seen from the lander
The landing area as seen by the Vikram lander
4/5
The landing area as seen by the Vikram lander
Diagram of
5/5
Diagram of Pragyan with solar panel stowed (L) and deployed (R)
View gallery - 5 images

India's Chandrayaan-3 Moon mission's Vikram lander has deployed its Pragyan lunar rover as it begins its exploration of the Moon's south polar region. On August 24, the 60-lb (27-kg) robotic rover rolled down a ramp and charged its solar batteries before beginning surface operations.

Today's roll-out of Pragyan comes fast on the heels of Chandrayaan-3's historic landing on August 23, which made India the fourth nation to safely land on the Moon and the first to do so in the lunar polar regions. In addition to demonstrating to the world India's capability to make good its ambitions to become a first-tier space-faring power, the purpose of the mission is to seek out water ice that could be used to support a future crewed outpost.

Running on six wheels powered by a 50-watt solar power system, Pragyan isn't the largest rover ever deployed, measuring only 3 ft (90 cm) long. It's intended to only go about 1,600 ft (500 m) from the lander at a blazing speed of one centimeter (0.39 in) per second. Like the lander, it lacks a nuclear heating system, so it will only be able to operate for the remainder of the 14-day lunar day before the intense cold of the lunar night destroys it.

Onboard the rover is an Alpha Particle X-ray Spectrometer (APXS) for studying the composition of the lunar surface and two one-megapixel cameras for creating 3D maps of the exploration area.

Source: ISRO

View gallery - 5 images
3 comments
3 comments
nigeltech
A great achievement, congratulations to the team.
jerryd
They couldn't charge it up before launch? Nuke generators for these are cheap simple old tech and can keep the unit warm to survive.
Obviously the solar isn't for propulsion at that speed rate, wouldn't take a wthr/day and get laughed at as so slow. Mostly to run the electronics it seems.
JohnH
Great job for a country that has only been in space for a short time compared with the USA, USSR and China. Well done.