Gremsy T3V2 Manual

• 01. Introduction

  Inherit the dominant technologies of Gremsy T1, we created a lightweight gimbal ready to fly with almost mirrorless, DSLR camera setups. The T3 features the ease of use and freedom to move thanks to its smart design of Hyper Quick Release and 360-continuous pan rotation ability. Altogether, plus Canlink seamlessly integrated, bring out the most outstanding footages with no horizon drift, excel every aerial filmmaker’s expectation.

• 02. Features
  Hyper Quick Release

  New mechanical and electrical integration quick release features spring contacts and ability to get power directly from drone to convert to a 12V power supply.

  

   

   

  PLUG & PLAY

  Say goodbye to complex setups and time consuming process. The T3 provides an easy one step plug and play installation that takes only 5 seconds to complete.

  

   

   

  NEW I/O DESIGN

  Intuitive hardware interface including variety of ports has relocated on QR to quickly interface with multiple devices such as 3rd party flight controller, remote control, auxiliary I/O and power your ideal system of cameras/accessories.

  

   

   

  Heated & Temperature Controlled IMU

  Heated and temperature controlled IMU sensor with advanced 6-point calibration allows reliable performance even in extreme weather. Temperature is maintained within 0.2 degrees Celsius accuracy.

  

   

   

  High Performance Gimbal Controller

  gMotion Controller, designed and made by Gremsy based on a 32 bit high performance ARM microprocessor providing fast response and accurate calculation. Sensor data and motors correction are updated as fast as 2000 times per second to enable incredibly smooth footage.

  

   

   

  CLEAN DESIGN - INTERNAL WIRING

  No exterior wires, more solid. This clean design helps the T3 overcome wind resistance with ease to bring out the best video quality while staying agile.

  

   

   

  BUILT FOR AERIAL WORK

  The T3 has a lot of nice features that enable users to apply it not only for aerial inspection and mapping but also for high end aerial cinematography.

  

   

   
• 03. Specifications

  Product Name	GREMSY T3
  System Type	3-Axis Digital Gyro-Stabilized
  Weight	2.42 lbs / 1100 g
  Camera Cage (Standard) (W X L X H)	152mm x 100mm x 120mm
  Construction	All Aluminum
  Input Voltage	12 – 52V
  Working Current	Static Current 300mA @12V Dynamic Current 600mA @12V Locked Motor Current Max 3.5A @12V
  Connection	USB, CAN, UART, WIFI (Optional)
  Payload	3.75lbs/1700g
  OS Platform Supported	Windows / Mac / iOS / Android
  Single Operator	Follow Mode
  Dual Operator	SBUS / Spektrum / PPM
  Pan Range	360 degree continuous
  Tilt Range	+ 90 degree to -135 degree
  Roll Range	+/- 45 degree

   
• 04. Mechanical Components
  

  • 01. Hyper quick release
  • 02. Pan motor
  • 03. Pan adjustment
  • 04. Roll motor
  • 05. Gimbal controller
  • 06. Roll adjustment
  • 07. Tilt motor
  • 08. Tilt top bar
  • 09. Camera plate
  • 10. Tilt front- back adjustment
  • 11. Tilt vertical adjustment
  • 12. Top camera screw

   
• 05. GREMSY T3 I/O Connectors
  Hyper Quick Release Connectors & Pinouts

  POWER: to get power directly from external batteries of the drone or other power supply. Voltage input range from 12V to 52V and is down converted to a stable 12V by the internal circuit to provide power to gimbal and accessories.

  Connector type: Molex Microfit 3.0 2 pin

  

   

   

  CAN: to interface with CAN bus on DJI Flight controller or another module that uses CAN bus.

  Connector type: JST SM04B-ZESS-TB

  

   

   

  COM2: to interface with Pixhawk or Pixhawk 2 via Mavlink protocol or other modules that use serial protocol (UART), this port is internally connected to COM2 port on the gimbal controller.

  Connector type: JST SM04B-ZESS-TB

  

   

   

  SBUS: To interface with SBUS receive. This port is internally connected to COM2 port on the gimbal controller.

  

   

   

  AUX: Provide 12 V output (2A max) to power camera and accessories and there are S1, S2, S3 optional signal (1A max) for users to connect to other devices such as AV signal or camera trigger...This port is internally connected to AUX port on the camera tray.

  Connector type: JST SM05B-ZESS-TB

  

   

   

  GIMBAL CONTROLLER CONNECTORS & PINOUTS

  USB: to interface with computer or upgrading firmware.

  Connector type: Micro USB type B

  

   

   

  COM2: to interface with other modules that use serial protocol (UART), this port is internally connected to COM2 port on the hyper quick release.

  Connector type: JST SM04B-GHS-TB

  

   

   

  COM3: to interface with other modules that use serial protocol (UART).

  Connector type: JST SM04B-GHS-TB

  

   

   

  COM1 (WIFI): to interface with optional WIFI module to enable wireless communication between gimbal and smartphone or computer.

  Connector type: JST SM04B-GHS-TB

  

   

   

  SBUS: to interface with SBUS receiver, this port is internally connected to SBUS port on the quick release.

  PPM: to interface with receiver that supports PPM output

  

   

   

  JR: to interface with JR/SPEKTRUM satellite receiver.

  Connector type: JST S3B-ZR

  

   

   

  CAMERA TRAY CONNECTOR & PINOUT

  AUX: Provide 12V output (2A max) to power camera and accessories and there are S1, S2, S3 optional signal (1A max) for users to connect to other devices such as AV signal or camera trigger...This port is internally connected to AUX port on the Hyper Quick Release.

  Connector type: JST SM05B-ZESS-TB

  

   

   

  PAN ARM CONNECTOR & PINOUT

  CAN: Provide 12V output (max 2A) to power accesorries like Amimon Connex… and also allow CAN communication with other devices.

  Connector type: JST SM06B-GHS-TB

  

   

   
• 06. Electronic Diagram
  

   

   

   
• 07. What's in the box
  

  • 01. GREMSY T3 GIMBAL
  • 02. HYPER QUICK RELEASE
  • 03. SLIDE CAMERA & CAMERA SCREW
  • 04. HOTSHOE EXTENSION
  • 05. GREMSY T3 CABLES & TOOLS

    • A. Micro USB Cable (x1)

    • B. Power Supply Cable (x1)

    • C. Canlink Cable For Pixhawk (x1)

    • D. Canlink Cable For DJI A3/N3 (x1)

    • E. Sbus Cable (x1)

    • F. Auxiliary Cable (x2)

    • G. Canlink Cable For DJI A2/ Naza V2 / Wookong (x1)

    • H. Allen Key Set (x1)

   

   

   
• 08. Hyper Quick Release
  Mounting Hyper Quick Release

  Using 32mm square M3 pattern to mount the top part onto the frame or damping isolator.

  

   

   

  Connect

  STEP 1: The marks on the top part and bottom part must be aligned. The button on the ring should be aligned with the unlocked icon as shown in the first picture.

  STEP 2: Keep everything aligned and attach the bottom part to the top part.

  STEP 3: Rotate the ring clockwise until hearing a snap, the button should be automatically popped out and aligned with locked icon.

  

   

   

  Disconnect

  STEP 1: Press and hold the button.

  STEP 2: Rotate the ring counterclockwise.

  STEP 3: When the button aligns the unlock icon, the T3 can be detached from the top part of Hyper Quick Release.

  

   

   

   
• 09. Powering Up The GREMSY T3

  After connecting to the power supply, the gimbal will perform series of alignments, self tests, which last about 5 seconds and will determine the status of the gimbal, indicated by the Status LED color. During this time, don’t touch the gimbal or camera.

  

  Always start the gimbal with a balanced camera set up otherwise after initialization the controller will return an error followed by a red color indicator.

   

  Step 1

  Make sure the Hyper Quick Release is mounted to the drone and its power port is already connected to the power supply correctly. Next, let’s mount the gimbal to the Hyper Quick Release, it will be automatically powered up.

   

  Step 2

  Wait about 5 seconds, do not touch the gimbal or camera.

   

  Step 3

  If the status LED is blinking green, the gimbal is ready for use. By default, the gimbal is in Follow mode if the motors are turned ON by the Function Button. Pan and tilt will hold the last orientation during turning on motor in follow mode so Tilt axis can be positioned to preferred orientation by hands.

   

  

  If the status LED is solid red, something is wrong with the gimbal and motors can not start. Connect to the software/apps to check details of the error message.

   

  Read “LED STATUS INDICATOR” in next section for more information.

   

   

   
• 10. Status LED Indicator

  STATE	LED STATUS	DESCRIPTION
  01	Blink	Low Battery
  02	Solid	System Error (Motor or IMU)
  03	Blink	Calibrating
  04	Solid	System Boot
  05	Blink	System Ready
  06	Blink	Lock Mode
  07	Solid	Follow Mode
  08	Blink	Remote with Lock Mode
  09	Solid	Remote with Follow Mode
  10	Blink	Auto-tuning in process
  11	Blink	Canlink with Lock Mode
  12	Solid	Canlink with Follow Mode

   

   
• 11. Operation Modes
  GREMSY T3 HAS 2 OPERATION MODES

  LOCK MODE: is a stabilization mode where the camera maintains orientation independently of the rest of the gimbal and the orientation can be changed by an external control signal from remote control.

  FOLLOW MODE: in this mode, the camera will mimic the operator’s movement and allows one person to control camera tilt and pan without using an external device like a remote control.

   

   

  GREMSY T3 Supports

  SINGLE OPERATOR: using FOLLOW mode.

  DUAL OPERATOR: a second operator can use a Remote Controller (SBUS, SPEKTRUM, PPM) to control gimbal’s movement.

   

   

  Working Operation

   

  GREMSY T3 has 2 working operations: Normal and Inverted.

  

   

  After powering up the gimbal , it will automatically detect if the gimbal is in inverted operation or normal operation based on pan motor position.

  

  During working, switching to other working operation made easy by changing pan motor position, the gimbal will automatically detect new type of working operation.

   

   

   

  Swithing Between Modes

  Using function button

  PRESS TIMES	MODES
  Once time	Turn motors ON
  2 times	Lock mode
  3 times	Follow mode
  Hold 3 seconds	Turn motor OFF
  4 times	Calibrate Gyros

  

   

   

  Using mode channel on remote control

  POSITIONS	MODES
  High	Follow mode Motors ON
  Midle	Lock mode Motors ON
  Low	Motors OFF

   

   

   

  Using software/application

  

  

  If there is a remote control signal, changing modes or turning motors on/off by other methods such as using the function button or software will not take effect because the remote control signal has the highest priority and override the command.

   

   
• 12. Installing Software/ App

  Mobile apps are available in App Store and Google Play

  App name: gTune

  Searching: “gremsy gtune”

   

  Desktop software

  Download at:
  www.gremsy.com -> Support -> Product Support -> GREMSY T3

   

   
• 13. Using USB/ WIFI Connection
  To configure and monitor data of Gremsy software/app either USB/Wi-fi connection is required.

   

   

  USING USB CONNECTION

  

  Make sure the Silab USB driver is already installed. The driver can be found at:
  www.gremsy.com -> Support -> Product Support -> GREMSY T3

   

  STEPS TO CONNECT:

  • 1 - Power ON the GREMSY T3.
  • 2 - Connect USB cable from gimbal controller to Mac/PC.
  • 3 - Run the gTuneDesktop software.
  • 4 - On Connection Tab, select the Serial option.
  • 5 - Select the correct COM port in the list.
  • 6 - Click on the “Connect” button.

  

   

   

  USING WI-FI CONNECTION

  ON MAC/PC

  STEPS TO CONNECT:

  • 1 - Select the wifi network named gStabi_xxxx
  • 2 - Enter the default wifi password: gremsygstabi
  • 3 - Run the gTuneDesktop software.
  • 4 - On Connection tab, select WIFI option.
  • 5 - Click on the “Connect” button.

  

  ON MOBILE APP

  STEPS TO CONNECT:

  • 1 - Check device’s setting and turn OFF mobile data if it’s available.
  • 2 - Select the wifi network named with gStabi_xxxx
  • 3 - Enter the default wifi password: gremsygstabi
  • 4 - Start gTune app. Once again, the app reminds users to turn OFF mobile data, if mobile data is OFF already, press OK to ignore and then press Connect button.

  

   

   
• 14. Balancing
  To achieve the best performance from the T3, proper balancing is necessary. Accurate balance is critical in shots where the gimbal will be subjected to extreme movements or accelerations. There are 3 axes that need to be precisely balanced prior to powering up the gimbal.
• 15. Mounting The Camera
  Use a 1/4”-20 screw to secure the camera to the camera tray, then put the camera to the gimbal and tighten the top bar screw.

  

   

   
• 16. Mounting The Hot Shoe Adapter
  Use a provided hotshoe adapter to mount it onto hotshoe of the camera.

  

  

  For short cameras like Sony A6000/A6300 , hotshoe extension block shoud be used to increase the height

   

   

   
• 17. Tilt Axis Front-Back Balance
  When the proper front-back balance is achieved, the camera will stay level when you remove your hands.

  

  1. Loosen the thumbscrew underneath the camera tray and the top bar screw. Then, gently slide the camera forward or backward until the tilt axis remains level.

  

  2. Tighten the thumbscrews to lock the camera and camera tray in position.

   

   
• 18. Tilt Axis Vertical Balance
  When the proper vertical balance is achieved, you can rotate the camera in any angle and it will stay at that position.

  

  1. Rotate the tilt axis so that the lens is pointing upward.Then, loosen both vertical adjustment thumbscrews, gently slide the camera mount crossbar and the top bar forward and backward until the camera remains pointing upward when released.

  

  2. Tighten the thumbscrews. Check the number markings on both vertical rods are the same. Sometimes, the vertical balance could not be achieved, the front-back balance should be rechecked in this case.

   

   
• 19. Roll Axis Balance
  When the proper left-right roll balance is achieved, the camera will stay level when you remove your hands.

  

  1. Loosen the thumbscrew underneath the roll bar, then gently slide the roll bar left or right until roll axis remains level.

  

  2. Tighten the thumbscrew to lock the roll bar in position.

   

   
• 20. Pan Axis Balance
  Tilt the gimbal about 20 degrees from the verticality, identify if the gimbal is front heavy or back heavy. Slide the pan axis slider until the camera does not swing.

  

  1. Loosen the thumbscrew, then gently slide the pan axis slider backward/ forward until it doesn’t swing and stay at any given position when released.

  

  2. Tighten the thumbscrew to make sure pan axis slider is locked in position.

   

   
• 21. Software - Tuning
  After the camera is balanced on the Gremsy, it’s time to fine tune some parameters for best performance.

   
• 22. Stiffness Tuning
  Stiffness setting has a significant impact on the performance of the T3. This setting adjusts the degrees to which the gimbal tries to correct for unwanted camera movement and hold the camera stable. The higher you can run the setting without vibration or oscillation, the better.

   

   

  General Method

  Start with a low value of 20 for all axes then turn motors ON. Slowly increase this setting until you feel an oscillation in each axis, then reduce it until the oscillation subsides. You can touch the camera to feel the oscillation during tuning. Increase the stiffness setting 5-10 points at a time until oscillation appears then reduce 5 points until oscillation subsides.

  

   

   

  Step 01 - Tilt Stiffness

  Slowly increase this setting until you feel an oscillation in the tilt axis, then reduce the setting until the oscillation subsides. Make sure there is no vibration when tilting the camera up and down and when moving the gimbal in any orientation.

   

   

  Step 02 - Roll Stiffness

  Slowly increase this setting until you feel an oscillation in the roll axis, then reduce the setting until the oscillation subsides. Pick the T3 up and make sure there is no vibration when you move the gimbal around.

   

   

  Step 03 - Pan Stiffness

  Slowly increase this setting until you feel an oscillation in the pan axis, then reduce the setting until the oscillation subsides. Tilt the T3 about 20 degrees from the verticality and make sure that no vibrations are presented.

   

   

   
• 23. Filter

  The purpose of the filters is to eliminate noise and vibration due to structural resonances in the camera, lens, or gimbal.

  Setting the filters too high or too low can cause signal disturbances that can reduce the overall stabilization.

   

   

  Gyro Filter

  Defines the strength of the filter applied to Gyro sensor output. If the gimbal has oscillations that cannot be corrected by adjusting stiffness settings, the Gyro Filter is used to further tune the gimbal and remove the oscillation.

   

   

  Output Filter

  Defines the strength of the filter applied to motors output. If the gimbal has oscillations that cannot be corrected by adjusting stiffness settings, the Output Filter is used to further tune the gimbal and remove the oscillation.

  1. If the gimbal is vibrating at a high frequency after tuning, increase the filter values.

  2. If the gimbal is oscillating or rocking at a low frequency after tuning, decrease the filter values.

   

   

  Default Values

  Gyro Filter	2
  Output Filter	3

   

   

   
• 24. Expert / Advanced Settings

  There are some expert parameters that normally do not need to be adjusted. Leave these parameters at default settings unless they are required for troubleshooting.

   

   

  Hold Strength

  If “Auto power adjustment” is enabled, “Hold strength” will be the minimum power level required for the corresponding axis. The controller will automatically adjust power level from minimum to maximum level depending on the displacement between current angle and commanded angle.

  If “Auto power adjustment” is not selected “Hold strength” will be constant power level provided to the corresponding axis and should be adjusted manually. This option is only recommended for advanced users.

  

  For heavy cameras, it’s suggested to increase hold strength for each axis around 10% than the default value. If “Auto power adjustment” is not selected “Hold strength” will be fixed power level provided to the corresponding axis and should be adjusted manually. This option is only recommended for advanced users.

   

   

   

  Gain

  Defines how fast each axis will return to commanded position. To reload default expert settings just press “Default” in the expert menu.

  

   

   

  Default Settings

  HOLD STRENGTH	TILT	ROLL	PAN
  	40	40	40
  GAIN	120
  AUTO POWER ADJUSTMENT: ENABLED

   

   

   
• 25. Follow Mode Settings

  The most widely used mode of single operation is Follow mode where the gimbal operator controls to pan and tilt of the camera. The camera movement will mimic the user’s input from the top-mount while the footage remains stable. The follow mode can be configured to be either very linear and robotic, or smooth and cinematic.

  Follow mode settings is available for Tilt axis and Pan axis.

   

   

  Speed

  Defines how fast camera will follow the movement.

   

  Smooth

  Smooth out the camera movement by adjusting this parameter. The higher the value is the smoother camera moves but at the expense of more delay in following the movements

   

  Window

  When the movement is out of the window zone, the camera starts to move. Within the window zone, the camera maintains its direction.

   

  Tilt Lock

  If this option is selected, the tilt axis will maintain its angle and only be controlled by remote control.

   

  AIRBORNE

  This feature is not available on the T3.

  

   

   

   
• 26. Rotation Limit
  Travel of Tilt and Roll axis can be limited using UP LIMIT and DOWN LIMIT. The Pan axis keeps the ability to pan 360 degrees itself.

  

   

   

  UP LIMIT

  Set the up limit for Tilt or Roll axis (in 1 degree unit). The default values are -90 for Tilt and -45 for Roll.

   

   

  DOWN LIMIT

  Set the down limit for Tilt or Roll axis (in 1 degree unit). The default values are 90 for Tilt and 45 for Roll.

   

   

  ROLL OFFSET

  Set the Roll offset (in 0.1 degree unit) is only applicable when there is no remote control signal since remote control will override the roll angle. This is useful to fine trim the horizon. The default value is 0.

   

   
• 27. IMU Sensor

  The IMU sensor used in the T3 is a combination of a high precision 3 axis gyroscope sensor and a 3 axis accelerometer sensor.

  IMU board is enclosed in a weather proof case and being heated where the temperature inside is controlled around 50°C with 0.2°C accuracy. Thanks to this feature, gyro calibration is no longer required in most situations.

  In order to provide extra high precision data output, the IMU is performed 6-point calibration at Gremsy factory.

  

  The T3 controller has a special algorithm to provide attitude estimation based on input data from the IMU sensor. This attitude estimation helps the controller to command motor output to compensate for camera movement.

   

   

  Gypro Calibration

  Thanks to temperature controlled and heated IMU, gyro calibration is not necessary as the gyro was calibrated at the factory and the temperature inside IMU remains constant around 50 degrees. However, if you notice drift during operation in extreme weather (below -20C or above 50C) please re-calibrate the gyro.

  CALIB AT STARTUP: this feature is not necessary on the T3

  

  After Gyro Calibration, Gyro Offset X, Y, Z will change to a new value depending on the temperature.

  

   

   

  Accelerometter Calibration

  

  Do not use this function, please contact Gremsy Support Engineers. Accelerometer sensor was calibrated properly at the factory to achieve accurate horizon level with special and precise equipment. Users do not need to do this unless it’s required for troubleshooting.

   

  

   

   

   
• 28. Remote Control

  T3 supports SBUS , SPEKTRUM and PPM receivers. There are some parameters to be aware of before assigning channels to the receiver.

  SMOOTH: increasing this number will smooth out the movement of the corresponding axis but will also cause a delay.

  SPEED MODE: when speed mode is selected, the speed of the corresponding axis will depend on how far the stick position is from the neutral position. It is recommended that TILT and PAN channels should be set to speed mode.

  ANGLE MODE: when angle mode is selected, the corresponding axis will move to the angle set by current stick/knob position. It’s recommended ROLL channel should be set to angle mode.

   
• 29. SBUS/PPM Settings
  Receiver Connection

  SBUS port is located on the Hyper Quick release and the gimbal controller. PPM port is located in the Roll housing.

  

  

  

  The receiver must be connected to correct wires order. The SBUS/ PPM port has 5V output to power the receiver, please do not use external power supply to power the receiver at the same time. Doing so may damage the electronic inside the gimbal.

   

   

   

  Channel Setting

  There are 6 channels to assign: MODE, TILT, ROLL, PAN, TILT SPEED, PAN SPEED.

  Assign MODE channel first then follow the order above because MODE channel is used to change operating modes of the gimbal and should be assigned to a 3-position switch as follows:

  • Switch at high position: FOLLOW MODE , MOTORS ON
  • Switch at middle position: LOCK MODE , MOTORS ON
  • Switch at low position: MOTORS OFF

  TILT and PAN channel should be in speed mode and ROLL channel in angle mode.

  TILT SPEED or PAN SPEED could be assigned to the same channel and should be assigned to throttle stick, dial, or other non-centering control on the transmitter.

  Below is an example of channel assignment to the Futaba T8FG.

  	CHANNEL	CONTROL	NOTE
  MODE	5	SC	3 positions switch
  TILT	2	J2	Speed mode
  ROLL	4	T4	Angle mode
  PAN	1	J1	Speed mode
  TILT SPEED	3	J3
  PAN SPEED	6	RD

   

   

   
• 30. JR/SPEKTRUM Settings
  JR/SPECKTRUM SATELLITE Receiver Connection

  Connect satellite receiver to the JR port on the gimbal controller as shown in the picture. Make sure satellite receiver is already bound to the transmitter (RED led is solid).

  

   

   

   

  Channel Setting

  Choose 10 bit or 11 bit type resolution on the software and assign proper channels as per SBUS settings.

  

   

   

   
• 31. Upgrading Firmware

  Only USB connection allows upgrading firmware. Refer to Section “01. GETTING STARTED” for USB connection.

  

  Make sure Silab USB driver is already installed. The driver can be found at:
  www.gremsy.com -> supports -> product support -> GREMSY T3

   

   
• 32. How To Upgrade
  • 01 - Power on the GREMSY T3.
  • 02 - Connect USB cable from GREMSY T3 controller to Mac/PC.
  • 03 - Run the gTune Desktop software.
  • 04 - In the software, select “Serial” option on “connection” tab.
  • 05 - Select the port in the list.
  • 06 - Click on the “Connect” button.
  • 07 - Go to “Upgrade” tab.
  • 08 - “Browse” to firmware file from your computer.
  • 09 - Make sure the RF receiver (if available) is already removed.
  • 10 - Click “Upgrade” button. The process will take about 2 minutes. When the firmware is upgraded successfully, the T3 will be restarted automatically.

  

   
• 33. TroubleShooting

  PROBLEM	POSSIBLE CAUSES	SOLUTION
  Status LED is blinking red	Low battery	Recharge battery
  Status LED is solid red during startup	Camera is not balanced well or not installed	Check camera balancing
  	IMU cable is loose	Check in software for IMU sensor error, re-seat IMU sensor connector
  	Tilt motor cable or encoder cable is loose	Check in software for Tilt error, re-seat tilt motor connector and encoder connector
  	Roll motor cable or encoder cable is loose	Check in software for Roll error, re-connect roll motor connector and encoder cable
  	Pan motor cable or encoder cable is loose	Check in software for Pan error, re-connect pan motor connector and encoder cable
  Status LED is solid red during operation	IMU sensor cable is loose	Re-seat IMU sensor connector
  Status LED is solid white after start up	Excessive gyro drift	Re-calibrate
  Gremsy T3 has oscillation in one or more axes	Stiffness setting is too high	Reduce stiffness
  	Thumbscrew/top bar nut is not tightened	Check tightening
  	Camera mounting is not stiff enough	Check camera mounting
  	Filters settings are incorrect: Gyro and output filter should only be changed if other methods of reducing oscillation have failed	Please read more in manual about Gyro filter and output filter (Advanced settings)
  Gremsy gimbal seems to be drifting	Gyro sensor is drifting too much	Re-calibrate gyro
  Motors seem to be weak	Stiffness is too low	Increase stiffness
  	Auto-power adjustment is not enabled	Check in Expert menu if Auto-power adjustment is enabled or not
  Footage appears to wobble side to side or up and down	Camera is not properly balanced	Check camera balance
  	Stiffness setting is low	Increase stiffness settings, start with the axis which is poorly stabilized. Higher Stiffness will achieve better stabilization. The tuning process is described in the user manual.