Gyroscope vehicle stabilization

Gyroscopic stabilisation of unstable vehicles

vehicle development among the research grew to become an inspiration for the design for and indication of the capability of gyroscopes in providing vehicle stabilization. Figure 4: C-1 X-Ray View Figure 5: C-1 Double Gyroscope Assebmbly 4. Dynamic Equations The dynamic equations of a gyroscopic system can be modeled using two approaches: th Gyroscopic Effects On a Four Wheel VehicleWatch More Videos at: https://www.tutorialspoint.com/videotutorials/index.htmLecture By: Mr. Er. Himanshu Vasishta,.. Mini Gyro Module for RC Cars Drift Drive, Control Gyro for Cars, R484 Sensitivity Adjustable Analog SMM System Mini RC Car Gyro Stabilizer 4-6V for WPL D12 3.8 out of 5 stars 18 $13.99 $ 13 . 9 One early stabilization technology is the anti-rolling gyro, or gyroscopic stabilization.The World War I transport USS Henderson, completed in 1917, was the first large ship with gyro stabilizers.It had two 25-ton, 9-foot diameter flywheels mounted near the center of the ship, spun at 1100 RPM by 75 HP AC motors. The gyroscopes' cases were mounted on vertical bearings Gyroscopic Stabilization of an Unmanned Bicycle Harun Yetkin†, Simon Kalouche‡, Michael Vernier†, Gregory Colvin‡, Keith Redmill† and Umit Ozguner† Abstract—There are two theoretical methods by which a two wheeled vehicle oriented in tandem can be stabilized: dynamic stabilization and control moment gyroscope (CMG) stabilization

EP2820378A1 - Gyroscope stabilization in two-wheeled

All gyroscopes are the basis of the process of sending a signal to move the gun against the direction which is supposed to move the body of the gun itself. Thus, the gyro-stabilization makes it possible for the item to keep orientation in space (taken from the sample - gun laws) There are two theoretical methods by which a two wheeled vehicle oriented in tandem can be stabilized: dynamic stabilization and control moment gyroscope (CMG) stabilization. Dynamic stabilization utilizes tactical steering techniques to trigger a lean in the vehicle in the intended direction for balancing, while CMG stabilization employs the reactive precession torque of a high speed flywheel.

Gyroscopic Stabilization of Unstable Vehicles Hackaday

Gyro-Stabilized Cars / Motorcycles -- Articles, videos

  1. Gyro sensors come in a variety of types. Here, different types are plotted by size and performance. In recent years vibration gyro sensors have found their way into camera-shake detection systems for compact video and still cameras, motion sensing for video games, and vehicle electronic stability control (anti-skid) systems, among other things
  2. Gyro Stabilization for PTZ Cameras. Stabilization is a necessary requirement for many long-range PTZ camera applications, since the effects of camera shake are multiplied in long-range images. The need for a high-end stabilization solution is directly related to the field-of-view of the camera being used and how much camera shake it will likely.
  3. A gyroscope (from Ancient Greek γῦρος gûros, circle and σκοπέω skopéō, to look) is a device used for measuring or maintaining orientation and angular velocity. It is a spinning wheel or disc in which the axis of rotation (spin axis) is free to assume any orientation by itself. When rotating, the orientation of this axis is unaffected by tilting or rotation of the mounting.
  4. Gyroscopes for Stabilization. The gyroscope is used to account for the pan and tilt model used by RWS. Spherical data (theta, phi, and the range - rho) is key to be able to stabilize this system because of the nature of the application. Angle theta is used to stabilize the tilt motor, angle phi is used to direct the pan motor and rho (distance.
  5. In this study, double-gyroscope stabilization as a vehicle balancer system is going to be discussed. Double-gyroscope with a double flywheel direction of rotation on different directions will add greater precession torque compared with the single-gyroscope. The gyroscopic phenomenon with a double-gyroscope will show the effect of the rotation.
  6. g and targeting, where the vehicle may also be subjected to high shocks during systems discharge, InnaLabs® CVG Gyroscopes provide motion tracking, image and line-of-sight stabilisation to counteract vibration and platform motion inland, marine and airborne applications
  7. Accessories 3Axis Gyro KBAR V2 5.3.4PRO K8 Flybarless Gyro Stabilization System for Mikado VBAR Align T-REX 450 500 550 600 RC Helicopter - (Color: Bluetooth Module) $36.89 $ 36 . 89 FREE Shippin

we want to enhance the gyroscopic effect (for stabilization, energy accumulation). Stabilization effect is mainly used for two-wheeled vehicles. It can be also used on ships and boats, where big wheel is rotating and preventing the boat to overturn. Gyroscopic effects can help with energy accumulation. The bigger rotating spee With the development of handheld video capturing devices, video stabilization becomes increasingly important. The gyroscope-based video stabilization methods perform promising ability, since they can return more reliable three-dimensional (3D) camera rotation estimation, especially when there are many moving objects in scenes or there are serious motion blur or illumination changes

Gyros are also found in very complex mechanisms such as those used for satellite attitude and large ship anti-roll systems. Recent gyro studies have shown tremendous promise for providing unparalleled capabilities in stabilization and maneuverability for both on and off-road vehicle applications We consider active gyroscopic stabilization of unstable bodies such as two-wheeled monorails, twowheeled cars, or unmanned bicycles. It has been speculated that gyroscopically stabilized monorail cars would have economic advantages with respect to birail cars, enabling the cars to take sharper curves and traverse steeper terrain, with lower installation and maintenance costs. A two-wheeled. For Gyroscopic Stabilization of Unstable Vehicles. The car model is simplified in a box shape with zero forward speed. A gimbal is attached to the bodywork, so the vehicle and gyroscope are considered to be two separate rigid bodies which are dynamically limited. In addition, only the rolling motion in the YZ plane is considered and the. claims and to be republished in the event of receipt of fornia 94085 (US). amendments (Rule 48.2(h)) (54) Title: GYROSCOPE STABILIZATION IN TWO-WHEELED VEHICLES 204 = 222 - 222 FIG. 2A 212 (57) Abstract: In embodiments of the invention, a vehicle stabilization control unit may determine a control moment value for one or more gyroscopes coupled to a vehicle frame to exert for stabilization of.

Applications of gyroscopes include inertial navigation systems where magnetic compasses would not work (as in the Hubble telescope) or would not be precise enough (as in ICBMs), or for the stabilization of flying vehicles like radio-controlled helicopters or unmanned aerial vehicles. Stabilizers using gyroscopic flywheels can be found aboard. By tilting the gyroscope with an actuator, and orienting the gyroscope correctly, gyroscopic precession can be used for stabilization. This is known as a control moment gyroscope The flywheel motor-generator may function to transfer energy to and from a flywheel included in a gyroscope-stabilizer of the vehicle, while the capacitor bank, which includes a battery, may function to transfer energy to and from a drive wheel of the vehicle. Latest Lit Motors Corporation Patents Abstract—Stabilization of a two wheeled vehicle plays a vital role in the complex transportation system. Gyroscopes can deliver a major contribution towards stabilization of two wheeler vehicle. It has been speculated that gyroscopically stabilized vehicles would have higher safety with respect to normal two wheelers Gyroscope is derived from Greek words '' gyro'' meaning to view and scope means to view''. It is a sensor that measure rate of rotation of object. It is used for inertial navigation, image stabilization and auto motive classical control n rollover direction. Gyroscopes are designed to sense rotation, which they do by taking advantage of th

Hot Tags: gyroscope stabilization long range PTZ, China, manufacturers, factory, customized, Forest Long Range PTZ Camera, Day Night IR Speed Dome, Law Enforcement Vehicle Mounted Ptz, 2 Axis Gyro Stabilization PTZ, Video Conference Dome Camera, Body Temperature Detect Termina Advantages of gyro stabilization include enhanced stabilization due to movement information from the gyro sensor and getting the stabilized output written directly in the camera. Drawbacks of gyro stabilization include reduced field of view (similar to sw stabilization), battery drain, possible resolution change and effects of image quality Gyroscopic Stabilization of a two-­‐wheeled vehicle is considered for various gyroscopic system designs, including both vertical and horizontal spin-­‐axis orientations and a system containing one or two gyroscopes in the vertical orientation

A gyroscope is a device that uses Earth's gravity to help determine orientation. Its design consists of a freely-rotating disk called a rotor, mounted onto a spinning axis in the center of a. • Line-of-Sight stabilization • Tactical missile and torpedo guidance/navigation • Ground vehicle navigation • Electro-optical/infrared cameras (EO/IR) • Targeting and pointing • Gun/turret stabilization Advantages The two-axis G-2000 gyroscope offers superior performance, high Mean Time Between Failure (MTBF) Stabilization systems consist of some kind of sensor, something to interpret the signals from that sensor (usually a small microprocessor), and a way to mix those signals into the physical controls of whatever is being stabilized. These parts work together to measure changes in motion and position in, for example, an RC aircraft The gyroscopic precession effect of high-speed gyroscopic rotor effectively provides a large torque to realize stable equilibrium of the new inverted pendulum system. Non-disturbance and disturbance balance experiments of the physical prototype and application of the stabilizing device to posture stabilization of bicycle vehicle are presented.

Gyroscopic Stabilization of Unstable Vehicles - UFSC - YouTub

  1. The only thing I want to install on vehicle is a gyroscope that is controlled by a servo to get it to balance. Any ideas on how to approach this? I could not find much online about people doing this. Gyroscopic stabilization. Projects & Topics. Robotics. ben_meyer January 4, 2019,.
  2. Gyroscopic stabilization has been validated in this configuration and has led to further study in multiple degree of freedom situations. The implementation of a vehicle which utilizes this technology can generate safer and more maneuverable vehicles for the public, military, and recreational users
  3. In this vehicle the gyro-stabilization mechanism is automatically positioned laterally in the underframe whenever uneven loading occurs. The gyros prevent any deviation from the exact vertical orientation of the car. Sensors react to all unbalancing forces and the mechanisms instantly make the adjustments necessary to keep the car erect and.

Gyroscope Sensors are used for versatile applications. Ring laser Gyros are used in Aircraft and Source shuttles whereas Fiber optic Gyros are used in racecars and motorboats. Vibration Gyroscope sensors are used in the car navigation systems, Electronic stability control systems of vehicles, motion sensing for mobile games, camera-shake. Gyroscopic Couple Basic -'Gyre' is a Greek word, meaning 'circular motion' and Gyration means the whirling motion. A gyroscope is a spatial mechanism which is generally employed for the study of precessional motion of a rotary body. Gyroscope finds applications in gyrocompass, used in aircraft, naval ship, control system of missiles and. The gyroscope in mobiles can also be used for image stabilization and GPS-inertial navigation. Gyroscope Sensor Mobile App Using these apps, the mobile phone will be automatically able to detect different types of motion, and based on that; it will perform the necessary actions Antenna Stabilization. EMCORE's Systron Donner Inertial compact and lightweight high-performance Quartz MEMS SDG1400 and QRS116 gyroscopes, and SDI505 Tactical IMU, along with EMCORE-Hawkeye TM series Fiber Optic Gyros (FOG) and EN-300 FOG IMUs provide outstanding bias stability, exceptionally low noise and high vibration with unprecedented low random angle walk values This work discusses the use of a mini gyroscope with three degrees of freedom to control or remote control an unmanned aerial mini‐vehicle (mini‐UAV). The gyroscope determines the reference system for the navigation of the UAV. The algorithm of the gyroscope control moments and the law of deflection of the UAV surface control are presented

  1. Active gyroscope stabilization can be accomplished by using a pan-tilt to counteract the movement detected by the gyroscope, thereby reducing the perceived jitter and vibration, thereby maintaining image stability. General applications include drones, vehicle-mounted systems, and ship systems. Key Feature
  2. Gyroscopic Effect. The Gyroscopic Effect is a very important physical effect in a motorcycle. Because of effect of the law of angular momentum conservation, a body rotating around its own axis tends to maintain its own direction. That means that it could freely shifts over a plane perpendicular to the rotation axis, just like a motorcycle's.
  3. Stabilization and Anti-Roll Systems. The Three Axis Gyroscope is an ideal stabilization and anti-roll solution in both static and dynamic applications. In the aerospace industry the TAG-300 is ideal for gimballed rocket engines to vector thrust in different directions
  4. Camera Stabilization. EMCORE's Systron Donner Inertial's Quartz MEMS technology used in our SDG1400 and QRS116 inertial gyros, and SDI510 Tactical IMU, and EMCORE's Fiber Optic Gyro (FOG) technology used in our EMCORE-Hawkeye TM series FOGs and EN-300 FOG IMU, exhibit unprecedented low random angle walk values. They precisely control the camera platform preventing errors to provide.
  5. In this master thesis the gyroscopic stabilization of a two-wheeled amphibious concept vehicle is investigated. The key idea is to neutralize external torques applied on the vehicle by the counter torque produced from the two gyroscopes attached on the vehicle. Here the gyroscopes are used as actuators, not as sensors
  6. Abstract. To stabilize a single-wheel vehicle, it is necessary to know the angle of gradient of the platform with respect to the horizontal axis and also the movement of the vehicle. This can be detected in several ways. Accelerometers and gyroscopes are small, accurate and energy-saving today. They provide analog or digital output

Since the cost of the vehicles as well as the expense of at-sea operations is quite high, a sensor package is necessary that can reliably transmit accurate data on the attitude of the sub. Remotely operating a submersible requires a full attitude gyro sensor. Heading data is necessary to navigate the vehicle to its destination Usually gyroscopes take the form of a disc shaped object but can be any object that produces an effective gyroscopic behavior. Most of the gyroscopes mass should be as far away from the center as possible. This often results in a disc with a large heavy rim. When the gyroscope isn't rotating it behaves like any other object, however when the. For example, if the IP camera is mounted on a moving vehicle or ship at sea. An active stabilization platform is used in this case. The video camera is attached to a pan-tilt platform that provides the stabilization. The system uses a gyro and special processing circuits to keep the camera pointed at the target

China Customized 2 Axis Gyro Stabilization PTZ

sta b ilizer s include to ships and o cea n vehicles, as discussed in [5, 6], and rob otics [8, 9, 10]. Ma thema tica l an alysis of the tw o-wheeled vehicle gyr osco pic sta biliza tion p roblem Þr st ap p ears in [14], an d m ore recen tly in [12], w ith ou t d erivation , or in [13], w h ere th e d erivation is b y u se of b on d grap h s. The Cineflex 512 is an optimized stabilized platform option for smaller, broadcast payloads. With six axis of movement in an extremely small package, this gimbal only weighs 35 lbs (17 kg) without payload making it lightweight and versatile! System Features. Advanced fiber optic gyro-stabilization. VectorSteeringTM sixth axis look-down with no. Surging demand for autonomous vehicles is spurring the sales of fiber optic gyroscopes. Rising adoption of automation in industries and homes is driving the growth of the market. Key Restraint The Inertial Labs Two and Three Axis Gyroscopes (TAG-200 and TAG-300) are developed for Electro-Optical Systems, Gimbals, Line-of-Sight and Pan & Tilt Platforms for stabilization and pointing applications. These devices utilize advanced, tactical-grade MEMS sensitive of which size, power consumption, reliability and performance are ideal for accomplishing complex tasks requiring accurate.

Created Date: 4/2/2008 12:11:28 P

Hunting motion, gyroscopic damper, vehicle wheelset, self-excited oscillation, stabilization control Laurant, G. and Stepan, R. , 1996 , The role of non-linearities in the dynamics of a single railway wheelset , Machine Vibration 5, 18 — 26 The M2-D Gyro stabilized Mini Gimbal ball provides superior image quality both during day and night times, outstanding gyro stabilization, and low power consumption. It incorporates top-of-the-line components: a sensitive thermal FLIR sensor, high-end motors, hardened/coated optics, all at an affordable SWaP package So far, Kim and his team have developed an operating model of the C-1's flywheel-based stabilization system, along with a full-scale fiberglass mock-up of the vehicle itself DUBAI, U.A.E, July 13, 2021 /PRNewswire/ -- The global fiber optic gyroscope market demand outlook remains positive, as FMI forecasts its valuation to surpass US$ 1,413 million by the end of 2021. The Gyroscopic Stabilization of Land Vehicles. By Dr. J. F. S. Ross. Pp. vii + 172. (London: Edward Arnold and Co., 1933.) 14s. net

Gyroscopic Effects On a Four Wheel Vehicle - YouTub

The gyroscopes which are conventionally used in airplanes and ships mainly for stabilization purpose can be effectively used for self-stabilization of a two wheeled vehicle. The prototype mentioned above was thus designed and fabricated to validate the same point VEHICLE AND MOBILE SURVEILLANCE. Silent Sentinel has a wide range of solutions designed to meet the rapid response surveillance challenges that vehicle and mobile surveillance users encounter. Our two-axis gyro stabiliser ensures clear and steady images in the roughest of situations. The gyro allows you to have a continuous view of a target. Keywords: Gyroscope, Self-stabilizing, Enclosed Bike, Control Moment Gyro etc. -----***-----1. INTRODUCTION Bikes are mostly used for transportation within the same city and these are the most widely used and preferred way for transportation for short distance movement. There seems to be more scope for development in the field of Modeling and.

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Gyroscopic Platform Stabilization Using a Hexapod 6-DOF Multi-Axis System and Matlab. Play. Stabilization - H-811 miniature hexapod with gyroscope mounted on H-840 hexapod. The H-840 is controlled by the C-887.52 controller's integrated waveform generator. A Matlab program reads the output from the gyroscope on the H-811 platform and sends. Reaction wheels or Control Moment Gyroscopes for vehicle stabilization. Close. Vote. Posted by 5 minutes ago. Reaction wheels or Control Moment Gyroscopes for vehicle stabilization. My dad and I are racing double decker cars at Perris Auto Speedway. (Here's what it looks like in case you are wondering Space, Air & Stabilization. KebNi Inertial Sensing develops and manufacture high end (high accuracy) IMU solutions and related INS, accelerometer, gyroscope and navigation supporting products to a range of vehicles. These demanding applications often include stabilizing and/or navigation functionalities. Requirements are often high accuarcy and.

Stabilizer (ship) - Wikipedi

Active gyro stabilization is when information from a gyroscope is used to mechanically stabilize a PTZ camera system. This is done by using the pan/tilt head to counteract movements detected by the gyroscope, reducing the perceived shake and vibration to keep the image stabilized. Common applications are UAVs, vehicle-mounted systems, vessel. Introduction. There's now a FRENCH translation of this article in PDF.Thanks to Daniel Le Guern! This guide is intended to everyone interested in inertial MEMS (Micro-Electro-Mechanical Systems) sensors, in particular Accelerometers and Gyroscopes as well as combination IMU devices (Inertial Measurement Unit).Example IMU unit: Acc_Gyro_6DOF on top of MCU processing unit UsbThumb providing. Gyro Stabilized Platform. The Gyro Stabilized Platform is optimized for use in extreme mobile environments such as: vehicles, boats, and aircraft. The high speed gyros effectively mitigate recoil while also providing precise aiming regardless of erratic movement from the mobile mount. *DDTC ITAR Controlled. Download GSP Flyer

Gyroscopic stabilization of unstable vehicle

Applications of gyroscopes include inertial navigation systems where magnetic compasses would not work (as in the Hubble telescope) or would not be precise enough, or for the stabilization of flying vehicles like radio-controlled helicopters or unmanned aerial vehicles and camera mounts used for photographic surveys and studies The G-2000 gyro offers proven high performance, small size, excellent reliability and low cost. The commercial-off-the-shelf G-2000 gyroscope and integrated product family are only subject to Export Administration Regulation (EAR) for export control. The G-2000 provides high accuracy for platform/gimbal stabilization and targeting applications gyroscope(s) follow the LOS and directly measure the disturbances normal to it. In a general feed—forward system, the gyroscopes are fixed in the vehicle, and thus the measured angular rates are independent of LOS pointing. Rodden presents a method of finding the stabilization equations for a genera Micro-electro-mechanical (MEMS) gyros. Ring laser gyros (RLG) Today, Honeywell's GG1320 digital ring laser gyro (RLG) is the industry standard for precision rotation measurement. It is an affordable high performance inertial sensor with the electronics, power supply and sense element packaged into an easy-to-use compact unit

Gyroscope Physics - Real World Physics Problem

vehicle that satisfies people's requirements. However, everything has two sides. Slender shape and high centre of gravity will result in instability. When NEWT runs in low speed, it easily gets rolled over. In order to make up for its drawback, gyro-stabilizer has been applied to the vehicle. By tilting the rotational gyro, i Gyroscopic stabilization. Ability to hover at zero speed. Greatly improved safety in cornering. Our gyro system maintains a fixed plane in space and can be adapted to stabilize other land vehicles as well as hovercraft, watercraft, and helicopters Gyroscopes are integrated circuits used to measure the angular velocity of an object to which they are attached. They are used in applications including: robotics movement, gesture-based user interfaces, mobile phones, vehicle chassis rollover sensing, inertial measurement and platform stabilization Figure 2. Industrial camera inspection system. The most applicable motion control technique for this type of system is known as image stabilization.Early image stabilization systems used gyroscope-based feedback systems to drive servo motors, which adjust the orientation of the image sensor during the time that the shutter is open Proceedings of the 17th World Congress The International Federation of Automatic Control Seoul, Korea, July 6-11, 2008 Gyro-Bias Estimation Filter Design for the Stabilization Accuracy Enhancement of Two Axes Gimbaled Sighting Systems Özgür Atesoglu, Volkan Nalbantoglu, Burak Seymen Aselsan Inc. Microelectronics, Guidance and Electro-Optics Division, Ankara, 06750, TURKEY (Tel: 90-312.

Adeept 2-Wheel Self-Balancing Upright Car Robot Kit for

gyroscope for stability of marine and air vehicles is proposed to be inculcated in the stabilization of the two wheeled vehicle in this paper. Stabilization of two wheeled vehicles is the need of the hour to provide utmost level of safety and revolutionize the maneuverability of the vehicle The increase of collision cases experienced by two-wheeled vehicle occurs due to its unstable characteristic. In this study, double-gyroscope stabilization as a vehicle balancer system is going to be discussed. Double-gyroscope with a double flywheel direction of rotation on different directions will add greater precession torque compared with the single-gyroscope The 20BM range was designed for high-precision stabilization, on equipment such as large caliber guns, gyro-stabilized gimbals, naval and land turrets or optical sights. As part of the extensive panel of inertial systems designed and manufactured by Safran Electronics & Defense, this dynamically tuned gyroscope (DTG) offers the best compromise between precision required for stabilization.

I3G4250D. 3-axis gyroscope for industrial applications, digital output, extended operating temperature range. L3GD20H. 3-axis gyroscope, I2C/SPI digital output, low-power 3-axis angular rate sensor. L2G2IS. 2-axis gyroscope for gaming and optical image stabilization (OIS) A3G4250D. 3-axis digital gyroscope for automotive telematics, navigation. The main difference between a 3 axis and 6 axis gyro is that the latter has 3 accelerometers in addition to the three standard orientation sensors. The pitch, yaw and roll sensors will navigate your 3 axis copter well, but the added feature makes the 6 axis more resistant to altitude displacement. The accelerometers compensate for any unwanted.

2-axis Gyroscope for Motion Applications. DS: IDG-2030U : OIS EOL: Small, Low-Profile XY Gyroscope Optimized for Optical Image Stabilization. Resistant to Damage from Ultrasonic Wash, Typically Used During Camera Module Manufacturing. (EOL) D ABSTRACT The project is about a vehicle that proves active gyroscopic stabilization by gyroscopic precession. Precession is a change in the orientation of the spin axis of a rotating body, when an external torque is applied. A flywheel rotates in enclosure acts as a gyroscope APOLLOEXPERIENCEREPORT GUIDAPdCE AND CONTROL SYSTEPdS: LUNAR MODULE STABILIZATION AND CONTROL SYSTEM By D. Harold Shelton Lyndon 9. Johnson Space Center SUMMARY The lunar module stabilization and control system , which is part of the lunar module guidance , navigation , and control system , is designed to control vehicle attitude and translation about or along all axes during a lunar module.

Inertial Measurement Units, AHRS, Vertical GyrosMinuteman Missile Guidance SystemLoad Indicator System – Sweden 3DM-GX5-25™ - LoadThe Application of Gyro in Vehicle Angle MeasurementTanaka Shuji MEMS Lab

• Accurate Location for Vehicle to Vehicle and Infrastructure • 360º View Camera Stabilization and Vision Systems • Head-up display (HUD) and augmented reality HUD • Telematics and Car Alarm • Insurance Vehicle Tracking ORDERING INFORMATION PART AXES TEMP RANGE PACKAGE MSL* IAM-20680HP† X,Y,Z -40°C to +105°C 16-Pin LGA Gyroscopic Stabilization of Unstable Vehicles . By Temitope Akinlua, Dmitry Dryga, Adam Gunnet, Jon Montague and Elobuike Oji. Abstract. ME450 Capstone Design and Manufacturing Experience: Winter 2007The purpose of this project is to design and build a cart that will demonstrate gyroscopic stabilization. The gyroscope will balance the vehicle. The gyro units come as a kit or in a hermetically-sealed box with up to 3 axes, depending on customer requirements. The Quapason sensor is a highly robust resonating gyroscope. The gyros are dedicated to sights and optical systems, RCWS, small and medium-caliber guns, feed forward gyro for more precise stabilization, as well IMU in civil.