Space shuttle missions have catalyzed numerous technological breakthroughs that have been adapted for use on Earth. These "spinoffs" span medical, industrial, and consumer sectors, often stemming from the extreme engineering requirements of the Space Transportation System (STS).

Medical & Health Advancements
Artificial Heart Pump: Technology from the Space Shuttle's fuel pumps led to the development of a miniaturized ventricular assist device (VAD) by NASA and Dr. Michael DeBakey, serving as a bridge for patients awaiting heart transplants.
Infrared Ear Thermometers: Originally designed to measure the temperature of stars and planets, this infrared sensor technology was adapted into the handheld ear thermometers used in hospitals and homes today.
Cancer Treatment (LEDs): Light-emitting diodes (LEDs) first used for plant-growth experiments on the shuttle are now used in photodynamic therapy to treat brain tumors in children and other cancerous cells.
Prosthetic Materials: The foam insulation used to protect the shuttle's external tank was adapted as a lightweight, durable replacement for plaster in creating master molds for artificial limbs.


Safety & Industrial Tools
Rescue "Jaws of Life": A handheld rescue tool used by firefighters to extract accident victims from wreckage uses a miniature version of the explosive charges that separate the shuttle from its boosters.
Landmine Removal: Leftover shuttle rocket fuel is used in a flare device that safely burns through the casing of buried landmines, destroying the explosives without a dangerous detonation.
Fire-Resistant Materials: Heat-shielding materials from the shuttle's thermal protection system are used in NASCAR racing cars and firefighter suits to protect against extreme temperatures.
Precision Welding: The Variable Polarity Plasma Arc welding technique, developed to join large sections of the shuttle's external tank, is now used by companies like Whirlpool to manufacture household appliances.


Computing & Engineering
Digital Fly-By-Wire: The shuttle's complex digital flight control system—which handled everything from launch to landing—paved the way for modern aircraft controls and automotive features like electronic stability control.
Seismic Shock Absorbers: Large fluidic dampers designed to manage the fuel and electrical lines during shuttle launches are now used to protect high-rise buildings and bridges from earthquake damage.
Joystick Controllers: High-precision joysticks used in computer gaming and flight simulators were modeled after the controls used by astronauts to practice shuttle landings.
Product Labeling: The 2D data-matrix symbols developed to track the thousands of individual heat-shield tiles on the shuttle are now a standard for marking electronic parts and pharmaceuticals