A look into strap-down guidance design. I.
Strap-down inertial navigation system compared with gimbaled system, noting methods of attitude reference and angular readout
ATTITUDE INDICATOR↗
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Results for “INERTIAL GUIDANCE”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Venus swingby trajectories, estimation of inertial platform errors, interplanetary navigation and guidance analysis
Trajectory calculations for Venus swingby trajectories, interplanetary navigation and guidance analysis, and inertial platform errors
Source record↗
Flight test experiments to evaluate aided- inertial system performance for terminal guidance
Flight test experiments for H-19 helicopter to evaluate aided inertial system performance for terminal guidance
Madigan, R. J.↗
Flight test experiments to evaluate aided- inertial system performance for terminal guidance
Flight test experiments for H-19 helicopter to evaluate aided inertial system performance for terminal guidance
Madigan, R. J.↗
Lunar excursion module mission and related guidance and control functions.
Navigation, guidance and control systems to meet basic trajectory and crew safety requirements of LEM
LUNAR EXCURSION MODULE /LEM/↗
Guidance-and-control system sterilization
Sterilization of guidance and control systems and components
STERILIZATION↗
A METHOD OF DETERMINING THE SOURCE OF ERRORS IN GUIDANCE MEASUREMENTS AND THE RESULTANT ERRORS IN EARTH-FIXED COMPONENTS
Analysis of guidance system errors resulting from initial misalignments of both the accelerometer and stabilizing gyros, the drift of the stabilized element during flight and errors in measuring the vehicle motions
GUIDANCE (MOTION)↗
Guidance - Basic principles
Navigation and guidance principles and requirements - component technology, gyroscope application, inertial systems, specific force receivers, and geometrical aspects
INERTIAL GUIDANCE↗
Control, guidance, and navigation for advanced manned missions. Volume 1 - Systems Final report
Advanced computer, radiation, and inertial subsystem guidance and navigation requirements of interplanetary manned space flight missions
Source record↗
Development of the iterative guidance mode with its application to various vehicles and missions.
Iterative guidance mode with application to three- dimensional upper stage vacuum flight
INERTIAL GUIDANCE↗
Control, guidance, and navigation for advanced manned missions. Volume 4 - Inertial subsystems Final report
Application and evaluation of strapdown inertial systems for control, guidance, and navigation of advanced manned missions
Source record↗
Development of the iterative guidance mode with its application to various vehicles and missions.
Iterative guidance mode with application to three- dimensional upper stage vacuum flight
EARTH-MOON TRAJECTORY↗
THE EXPLOITATION OF INERTIAL COUPLING IN PASSIVE GRAVITYGRADIENT STABILIZED SATELLITES
Parameters selected by analysis of passive damping techniques to facilitate optimum performance for an inertially coupled gravity gradient stabilized satellite
INERTIAL GUIDANCE↗
Inertial rotation sensor.
Inertial rotation sensor device mechanism based on frequency shift
FREQUENCY SHIFT↗
An optical-inertial space navigation system.
Optical-inertial space navigation system combining gyros, image tube tracker, electrostatic accelerometer and advanced computer
SPACE NAVIGATION↗
Measuring rotational motion with linear accelerometers.
Vehicle angular velocity determined, using configurations with only linear accelerometers and no gyroscopes for inertial navigation systems
LINEAR ACCELERATOR↗
Damping gimballess inertial navigation systems.
Error damping procedures for gimballess inertial navigational systems
ERROR CORRECTING DEVICE↗