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Launchpad: Pumping Up the Volume
Launchpad: Apollo 11 - Challenges of Landing on the Moon
Launchpad: Apollo 11 - History in the Making
Launchpad: Astrobiology
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Launchpad: Bernoulli's Principle On-Board the International Space Station
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Launchpad: Cryogenics - The Cold Hard Facts
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Launchpad: Curiosity Goes to Mars
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Launchpad: Descent and Landing - It's a Matter of Control
Launchpad: Engineering Design to Support Scientific Discovery
Launchpad: Fluid Dynamics - What a Drag!
Launchpad: Food Availability for the Mission to Mars
Launchpad: Food for Thought
Launchpad: Gigapan
Launchpad: History, Benefits, and Safety of Radioisotope Power Systems
Launchpad: ICESat-2 - Next Generation Technology
Launchpad: Infrared Astronomy on Mauna Kea
Launchpad: Kepler
Launchpad: Life Cycle of a Star
Launchpad: Light Detection and Ranging
Launchpad: Mapping the Boundaries of Our Solar System
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Launchpad: Mission Infusion - A Look at What's Ahead
Launchpad: Moon Magic
Launchpad: NASA and Biosphere 2
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Launchpad: NASA Technologies Used to Treat Acne and Orthodontics
Launchpad: NASA's History of Winter Program
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Launchpad: Neon Lights - Spectroscopy in Action
Launchpad: New Horizons Covers the Distance
Launchpad: New Horizons Heads Towards Pluto
Launchpad: Newton's Laws On-Board the International Space Station
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Launchpad: Phase Diagrams and Why You Cannot Make a Snowball on Mars
Launchpad: Pumping Up the Volume
Launchpad: SAGE III Goes to the International Space Station
Launchpad: Solar Eclipses
Launchpad: Space Age Technologies Measure Soil Moisture
Launchpad: Spinoffs - Technology Benefits For All
Launchpad: Surface Tension On-Board the International Space Station
Launchpad: Systems Science
Launchpad: The Fermi Gamma Ray Space Telescope
Launchpad: The Heat Is On!
Launchpad: The Lighter Side
Launchpad: The Search for Exoplanets
Launchpad: The Shuttle Experience
Launchpad: Thin Ice - Looking at Birefringence
Launchpad: Transits
Launchpad: Using Technology to Make Discoveries on Mars
Launchpad: Wave Motion
Launchpad: What Are Radioisotope Power Systems?
Launchpad: Aurora Lights: Why They Exist and What Causes Them

Launchpad: Pumping Up the Volume

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Description

Learn how Hypersonic Inflatable Aerodynamic Decelerators, or HIAD, use the diameter of an inflatable vehicle to increase drag and land larger payloads on new destinations. See how NASA engineers use design and complex testing to get the inflatable to make and keep the effective blunt-body shape.

Published on: October 26, 2012

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NASA, NIA, eClips, Launchpad, high school, video, education, mathematics, technology, science, engineering, HIAD, exploration, inflatable, hypersonic, heat shield, innovation, STEM, drag, area, diameter, shroud, nitrogen, Kevlar, room temperature vulcanizi