Heat shield installed on the Orion Spacecraft

The video tutorial explains the construction and function of the Orion spacecraft's heat shield. It details the materials used, such as titanium truss and carbon fiber composites, and the application of Avcoat and ablative materials. The Orion spacecraft's mission to travel 40,000 miles beyond the moon and return to Earth is highlighted. The tutorial also covers the reentry process, where the heat shield must withstand temperatures up to 5000 degrees Fahrenheit, with the ablative material wearing away to protect the spacecraft.

What is the base structure of the heat shield made of?

• Copper

• Aluminum

• Titanium Truss

• Steel

What material is used to cover the titanium truss in the heat shield?

• Wood

• Glass

• Carbon Fiber

• Plastic

What is bonded onto the shield surface to protect the spacecraft?

• Plastic

• Glass

• Avcoat and ablative material

• Rubber

How far will the Orion spacecraft travel beyond the moon?

• 10,000 miles

• 20,000 miles

• 40,000 miles

• 30,000 miles

What temperature must the heat shield withstand during reentry?

• 3000 degrees Fahrenheit

• 4000 degrees Fahrenheit

• 5000 degrees Fahrenheit

• 6000 degrees Fahrenheit