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Gyros
measure or maintain a single distance in relation to an object, regardless of shift in angle.
See Also: Accelerometers, Navigation
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MEMS Gyroscopes
Safran designs and manufactures high-precision tactical grade MEMSMicroElectroMechanical System. See also gyro sensors for demanding applications. We serve a global customer base in the Defense, Industrial, Aerospace and Commercial markets with ITAR-free solutions utilized in a wide range of applications. Our miniature MEMS gyro modules offer our customers compact and cost effective solutions while maintaining high performance and accuracy requirements.
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Standard Directional Gyroscopes
4000B-series
The 4000B is our standard air-driven directional gyro. As the aircraft turns left or right, gears on the sensing unit and dial shaft translate this rotation into rotation of the instrument’s vertical dial. Left turns produce clockwise dial rotation and right turns produce counter-clockwise rotation. The gyro is controlled by a heading selector knob located on the lower left of the instrument. Pressing and turning the knob first disengages the dial shaft and then resets the dial to a new heading, which results in a new course indication. Releasing the selector knob re-engages the dial shaft. The on-course position of the pointer is always at the top of the azimuth circle (0° on the dial with the aircraft headed north).
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XYZ Bootstrap Directional Gyroscopes
4000H-series
Sigma Tek's Directional Gyro with heading synchro output provides a cost effective link to "bootstrap" other instruments requiring heading information for: display orientation to aircraft heading, heading stabilization functions, and other navigational calculations and/or solutions. Specific applications include: Argus Moving Map Display®, L-3 Avionics Stormscope®, and Insight Strike Finder®.
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DG Test Panel for C-14/A/D Gyros
TA-14
C-14 Gyro Series DG panel. This special test panel does include a FV simulator for a more complete solution to stand alone gyro testing.
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Flight Instruments & Gyro Department
Aero Instruments & Avionics, Inc.
The Flight Instruments & Gyro Department offers complete functional testing, repair and overhaul of most instruments & gauges located within the aircraft cockpit, and the associated computers that control them.
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SparkFun Triple Axis Accelerometer And Gyro Breakout
MPU-6050
The MPU-6050 is a serious little piece of motion processing tech! By combining a MEMS 3-axis gyroscope and a 3-axis accelerometer on the same silicon die together with an onboard Digital Motion Processor™ (DMP™) capable of processing complex 9-axis MotionFusion algorithms, the MPU-6050 does away with the cross-axis alignment problems that can creep up on discrete parts.
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Gyro Simulator for Aircraft or Bench Use
TA-256A
This is a transformer isolated gyro simulator that can substitute for the KI256 attitude indicator and thus eliminate the requirement to remove that gyro to a remote stand and route a vacuum or pressure source out to the aircraft.
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Accelerometer & Platform Test Bench
mS 1115
Platform Test Bench used to test the Digital Inputs, Accelerometer Count Reading, High and Low Gyro Torque control of Platform. It also performs Real Time Test for single negative pulse, checks Roll Axis, Pitch Axis, Azimuth Axis. Software package is available to test the Accelerometer.
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MEMS Gyro Sensors For Consumers
Panasonic Industrial Devices Sales Company of America
MEMS Gyro Sensors For Consumers
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Autopilot Attitude Gyroscopes
5000E/L-series
The 5000E air-driven attitude gyro is another variation of our standard 5000B model. It includes inductive pickoffs that generate the signals necessaryto drive an autopilot. The intuitive display has a moving horizon mask that indicates the position of the aircraft’s wings in relation to the natural horizon. This attitude information is passed along to the autopilot system.
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Ring Laser Inertial Navigation and Weapon Stabilization System for Defense Applications
MK31 INS
The MK31 is a ring laser gyro (RLG) inertial navigation system that provides accurate heading, attitude and positional data for a wide range of naval vessels including frigates, patrol vessels and submarines. It is ideal for customers seeking a cost-effective and reliable solution for navigation and control of onboard radar, weapon, and satellite systems.
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Noise Board
332D-11 VG
This printed circuit board was designed to original specifications and contains OEM specified parts. This board is required for testing the 332D-11 series gyros. Also contained on board is the Method A type calibration and sample and hold circuits required to perform the calibration of the noise circuits.
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KMD540 Series and RDR2000/2100 Panel
TA-3C
The TA-3C test fixture is a combination of the KMD540 testing requirements and the RDR-2000/2100 weather radar interface requirements. This panel allows the technician to test the KMD540 MFD as a stand alone item (with external simulators) or together with a radar sensor for a dynamic real time test. The panel includes the required switching for sensor alignment and KMD testing along with input jacks for the required data inputs. Also built into the fixture is an analog gyro simulator for checking the stabilization functions of the sensor. The full enclosure comes in standard panel width.
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Electric Attitude Gyroscopes
5000EG-series
The 5000EG gyro is based on our air-driven 5000B model, whose proven reliability has made it the industry standard for many years. There are two models available: 14 and 28 VDC. The rotor is precisely machined from a heavy-metal tungsten alloy, which has a higher mass than brass, contributing to the instrument’s demonstrated stability. The electric motor is driven by a built-in power inverter, and has an integrated air-erection mechanism. A warning flag is deployed upon loss of primary power. During acrobatic flights or short stops, the gyro’s mechanism can be caged whenever the knob is pulled.
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Instrument Test Unit
Instrument Test Unit For Advanced Inertial Sensors (INTU) is used for testing and evaluation of Ring Laser Gyro (used in GSLV/PSLV launch vehicles), that detects the angular displacement during rotation. The INTU receives displacement signals from the sensor (RLG) to evaluate the sensor characteristics and also generates signals required towards initiating the action of the sensor.
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DGS-65 Test Panel with FV Simulator / Bed of Nails
TA-650
The TA-650 is a new test fixture that will give any instrument shop the ability to conduct more detailed testing of the Collins DGS-65 directional gyro then was previously available.
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ESI(Electronics Systems Integration Unit)
MS 2004
The ESI subsystem provides platform interfaces like Gyro and on board Radar Blanking. This unit receives Analog and Digital GYRO inputs from ship and pre- trigger pulses from on board radars of the ship. This unit measures and provides the ship heading data to VARUNA ESM system. It also provides Heading, Roll and Pitch data to the ECM system. This unit also generates band wise composite ESM Rx. Blanking gates and provides all the required interfaces to ESM receiver, ECM System and System Controller units.
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Next Generation Subsea Inertial Navigation Systems
TOGSINS
The new TOGSINS builds on core TSS fibre optic gyro technology by incorporating inertial navigation (INS) capability. As with TOGS, it is available in three standard heading accuracy variants: 0.1° (TOGSINS1), 0.3° (TOGSINS3) and 0.5° (TOGSINS5), all rated for operational depths to 4,000m or 6,000m giving you a range for all your needs.Inertial position data is produced using an INS algorithm, within the firmware framework of TOGS, whilst attitude data is delivered via accurate roll/pitch measurement of 0.01° (TOGSINS1) and 0.05° (TOGSINS3 and TOGSINS5), and a heave performance of 5cm or 5%.
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Gyro Sensors (Automotive Only)
Panasonic Industrial Devices Sales Company of America
Panasonic offers Gyro Sensors (Automotive Only) for navigation, navigation inclined detection and rollover detection.
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PMA’d Mechanical Gyro Suction Gauge
Is designed to save space in cockpit panels. It utilizes an internal diaphragm to read directly from the source for accuracy and reliability.
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Gyro Test Panel
TA-256
Designed to test the KI256 / KI258 panel mounted Flight Director gyros. The panel contains a power supply, the special manufacturers recommended rate board required by SA-103 to properly verify outputs As well as all other electronics required to support by the book testing.
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VG Test Panel
TA-300
This panel has many additional features that also allow testing of the VG-206 series gyros. Dedicated API connectors are provided for both pitch and roll outputs. This Panel includes a TA-900 API. This panel is designed to allow by the book testing.
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High Accuracy Fibre Optic Inertial Navigation System
SATURN INS
SATURN INS, from Teledyne TSS, is a world leading surface navigation system which offers enhanced unparalleled INS performance which builds on the TSS fibre optic gyro system by adding inertial navigation (INS) capability.As with SATURN, it is available in three standard heading accuracy variants; 0.1° sec lat (SATURN10INS), 0.3° sec lat (SATURN30INS) and 0.5° sec lat (SATURN50INS).
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Heading Reference Directional Gyroscopes
4000HR-series
The 4000HR air-driven directional gyro offers some of the best features of our other popular models. It inherited all of the functionality and reliability of the industry standard 4000B upon which it’s based, and it picked up a heading reference bug from the 4000C autopilot model.
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Laboratory Centrifuges
Centrifuge systems are designed for the development, test, evaluation and calibration of accelerometers and a variety of inertial devices. Centrifuges provide a cost-effective solution for simulating high-"G" environments in the laboratory. They support testing of devices such as MEMS-based Inertial Measurement Units (IMUs), low-cost quartz or silicon sensors, Ring Laser Gyros (RLGs), Fiber-Optic Gyros (FOGs), fuzes and crash sensors.
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Gyro Evaluation & Test Equipment
MS 1113
The automatic test bench for gyros (ATP) is used to carry out the final acceptance test for the gyros in the stand-alone mode. It is a PC based test set up incorporating standard and custom built test and measuring instruments interfaced by GPIB bus. The gyros are installed on the platform, which is used to provide information pertaining to the angle at which aircraft is flying.
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Gyro Sensors For General-Purpose
Panasonic Industrial Devices Sales Company of America
Gyro Sensors For General-Purpose
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Fiber Optic Navigation Systems
SATURN
SATURN, from Teldyne TSS, is a world leading marine navigation system for surface applications. Built on TSS core fibre optic gyro technology giving unparalleled attitude and heading reference system (AHRS) performance. SATURN offers a fast alignment time of only 10 minutes, from switch-on.It has been designed to address a market need for cost-effective products with competitive specifications for surface use including survey vessels, workboats and commercial shipping vessels. Based on proven FOG technology, and with no moving parts, SATURN is maintenance-free with high MTBF. It is available in three standard heading accuracy variants; 0.1° sec lat (SATURN10), 0.3° sec lat (SATURN30) and 0.5° sec lat (SATURN50).
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Standard Attitude Gyroscopes
5000B-series
The 5000B is an air-driven gyro that has a pictorial horizon mask and fixed airplane. The mask moves to indicate climb, dive, and bank. Bank and pitch attitudes are displayed so that the pilot’s sensing of the gyro indication is the same as the interpretation of the relation between the wings of the aircraft and the natural horizon during visual flight.
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Cageable Attitude Gyroscopes
5000M-series
The 5000M is an air-driven gyro that has a pictorial horizon mask and fixed airplane. The mask moves to indicate climb, dive, and bank. Bank and pitch attitudes are displayed so that the pilot’s sensing of the gyro indication is the same as the interpretation of the relation between the wings of the aircraft and the natural horizon during visual flight.
