HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: HAPTIC cue stick

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: HAPTIC cue stick

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: Shown is Heather Smith with headgear and controls

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: Shown is Heather Smith with headgear and controls

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: system stand

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: Shown is Heather Smith with headgear and controls

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: joystick control

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: Shown is Heather Smith with headgear and controls

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: joystick control

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: Postmovement VR Displays

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: Premovement VR display

HAPTIC Cueing Research Study (p.i.: Steve Ellis) Virtual environments: Shown is Heather Smith with headgear and controls

Harold Goldstein (R) and Dan Leiser (L) discuss bone implant development in the the Shuttle Tile Laboratory N-242. A spin-off of Ames research on both bone density in microgravity and on thermal protection foams is the bone-growth implant shown in 1993.