NASA showcases mid-size lunar lander for future missions

The video tutorial explains the design and functionality of a Lunar Lander capable of carrying up to 300 kg of payloads to the moon's polar regions. It covers the payload components, including scientific instruments and a robotic rover. The Lander features a thermal control system, electrical power subsystem, and a navigation system. It is equipped with a solid rocket motor and a liquid propulsion system for landing. The journey to the moon takes three to six days via a commercial launch vehicle. Solar panels power the Lander's batteries, enabling the rover to explore the lunar surface for up to six hours.

What is the maximum weight of payloads the Lunar Lander can carry to the moon's polar regions?

• 400 kilograms

• 100 kilograms

• 200 kilograms

• 300 kilograms

Which system is NOT included in the Lunar Lander?

• Thermal control system

• Electrical power subsystem

• Navigation system

• Communication system

What type of propulsion system does the Lander use to facilitate landing on the moon?

• Ion propulsion system

• Liquid propulsion system

• Hybrid propulsion system

• Nuclear propulsion system

How long will it take for the Lander to reach the moon?

• Eleven to fourteen days

• Seven to ten days

• Three to six days

• One to two days

For how many hours can the rover explore the lunar environment once the Lander has descended?

• Six hours

• Eight hours

• Four hours

• Two hours