How to use the Turtle Beach VelocityOne Flightstick
This article will show you how to use the VelocityOne Flightstick joystick, released by Turtle Beach, with Microsoft Flight Simulator.
- Introducing the Turtle Beach VelocityOne Flightstick
- Switching between PC/XBOX modes: Configuring various settings
- Setting with smartphone app: Firmware update
- Updating the firmware using your PC
- Flight Management Display (FMD): Using the Timer
- Calibration Procedure
- Assigning functions to the stick
- Function mapping default values in MSFS2020
- Adjusting the spring tension of the stick
- Controller for flight simulator
-
Turtle Beach VelocityOne Flightstick Universal Simulation Controller
TURTLE BEACH November 17, 2022 USD129.96
High-Precision, Non-Contact Main Axes. Customizable, Multi-Function Throttle & Flap Levers. Compatible with Xbox Series X|S, Xbox One & PC. 27 Programmable Buttons, 8 Axes, POV Hat & Rapid-Fire Trigger. Integrated, OLED Flight Management Display. Intuitive Flight Configuration Wheel.
(US)
(UK)
Introducing the Turtle Beach VelocityOne Flightstick
It comes in a box like this.
We recommend that you first read the
Quick Start Guide (PDF)
that can be downloaded from the official website.
Below are some official related pages for this product. We recommend that you check these pages as well.
Here is a photo of what is included.
In the center are the stick, a USB Type-C to Type-A cable, and three 5mm screws for fixing the stick to a stand or similar.
The paper on the left is the "VelocityOne Flightstick Regulatory Compliance Statement," a URL introducing pages such as product registration, and a Turtle Beach logo sticker.
The paper on the right is the "Quick Flight Guide" (in English and Chinese).
Viewed from the front.
The stick features two sliders on the left and right.
Despite its compact size, the two sliders allow you to control the throttle and flaps.
When piloting a helicopter or MV-22 Osprey, assign the left slider to the throttle, and when piloting a passenger plane, assign the right slider to the throttle to enjoy a more realistic atmosphere.
The knob on the tip of the slider can be removed by simply pulling it, allowing you to swap the left and right sides.
When connected to a computer with the included USB Type-C - Type-A cable, the power turns on, the blue and orange LED lights light up, and the computer recognizes it.
The tip of the stick is equipped with digital (left) and analog (right) hat switches, a push switch, and a potentiometer (trim wheel).
The button with a red icon above the potentiometer is a touch panel.
You can use this to move the mouse cursor.
Above the hat switches is the Flight Management Display (FMD), where you can check various settings.
However, when trying to operate the analog hat switches, you often end up clicking the B17 button below it, which seems unusable.
There are switches compatible with XBOX controllers at the bottom of the front of the body.
You can access various functions of the XBOX controller even when connected to a computer.
And there is a 3.5mm audio connector on the right edge. If you specify the audio output destination on your computer as "Headset Earphones VelocityOne Flightstick", you can use the headphones connected here. If you do not want to use this, change the audio output destination on your computer.
There are three USB Type-C connectors on the back of the body.
The leftmost one is the connector (upstream) for connecting to a computer.
The two on the right act as USB hubs (downstream).
If you connect other USB devices, they can be accessed from the computer.
There is a trigger on the back of the stick.
The wrist rest can be attached in different directions (right/left) and at different heights.
If you frequently use hat switches at the end of the stick, it is best to move the wrist rest to the top.
The three screw holes marked "M5" on the back of the unit are for attaching the stick to a stand, etc.
There are also rubber feet attached to the four corners.
Switching between PC/XBOX modes: Configuring various settings
To switch between PC/XBOX modes and make other settings, use the silver ring (configuration wheel) indicated by the arrow.
Turning this ring will show setting items on the Flight Management Display (FMD) at the end of the stick.
The right side of the ring (the side with the check mark) and the left side (the side with the back mark) act as switches.
Pressing this part of the ring means "confirm" or "cancel."
With the setting item "Input mode" displayed, press "Confirm" to switch between PC/XBOX mode.
Turn the ring to select [PC] or [XBOX], then press "Confirm" again to switch modes.
| Function | Description |
|---|---|
| HOME SCREEN | This gives you an overview of your current stick settings. It shows your current input mode, stick response profile, trim values, and direction (right hand/left hand) settings. It also shows a chronometer for timing flight waypoints. Right-clicking on the configuration wheel will start/stop the timer, while left-clicking will reset it. |
| INPUT MODE | Change input mode to PC/Xbox. In PC mode, you can use the touchpad to control the mouse cursor. Clicking the touchpad will input a left mouse click. In Xbox mode, you can use the stick buttons to operate the Xbox system. |
| STICK PERFORMANCE | The test screen captures and displays live feedback from the stick. The profile screen allows you to choose from three stick response curves: STANDARD, PRECISION, and FAST. |
| AUDIO | Adjust your game volume, chat mix (Xbox consoles only), mic monitoring, and mic status without pausing your flight. The EQ MODE menu also lets you choose from one of five Turtle Beach Audio Hub preset equalizer settings, including Superhuman Hearing. |
| TRIM WHEEL | The Indicator screen captures and displays live feedback from your trim wheel. The Response Options screen allows you to choose the functionality of your trim wheel between "Analogue Axis" or "Digital Buttons". Analogue Axis allows for more precise control in aircraft that use a wheel for trim control. When Digital Buttons is selected, the wheel outputs two types of button pulses (UP/DOWN) depending on the direction you move it. Ideal for aircraft that use button-based trim control. |
| RUDDER LOCK | Disables rudder input, which can be entered by twisting the stick. Set this if you do not need yaw control or if you are using separate rudder pedals. |
| PRO-AIM | The Pro-Aim function temporarily reduces the sensitivity of the sticks. This is useful when making important adjustments in flight or when aiming at enemy fighters. In the Button Settings screen, assign this function to one of the programmable buttons. To use this function, press and hold the assigned button. Note that any functions already assigned to programmable buttons will also be output at the same time as the Pro-Aim function. In the Level Settings screen, adjust the amount of sensitivity reduction while Pro-Aim is active. The higher the setting, the greater the sensitivity reduction. |
| ORIENTATION | This can be set depending on whether you are right-handed or left-handed. By default, the product is set for right-handed use. When set for left-handed use, the button and stick mappings will be swapped. You can also switch the wrist rest orientation to right or left. |
| TOUCHPAD SENSITIVITY | You can adjust the sensitivity of the touchpad. |
| LIGHTING | You can choose the color of the LED light from the color themes. You can also adjust the brightness of the LED and FMD. |
| BLUETOOTH | Connect Flightstick to your smart device via Bluetooth and use the companion app to customize product features in real time. Requires a smart device running Android 8.0 or iOS 15.4 or later. |
Setting with smartphone app: Firmware update
Once you connect your smartphone and VelocityOne Flightstick via Bluetooth, you can use the smartphone app to configure various settings. First, install the VelocityOne Flightstick app on your smartphone or tablet.-
VelocityOne Flightstick
Turtle Beach Controllers Entertainment free
The VelocityOneFlightstick app allows you to customize settings such as axis response, deadzones, lighting, orientation and more with just the touch of your mobile device.
Learn more(App Store)
Use the configuration wheel to check the Bluetooth connection status.
Turn the wheel to select “BLUETOOTH” on the Flight Management Display (FMD).
Click the right side of the wheel and select "CONNECTION STATUS."
When not connected to Bluetooth, "NOT CONNECTED" is displayed.
When you open the Bluetooth settings screen on your smartphone, you will see a device called "V1 FlightStick" in the "Other devices" column.
Tap on it.
You will then see the screen on the right.
Tap "Pairing".
If "Connected" appears on the right side of the "V1 FlightStick" column, the connection is successful.
"CONNECTED" will also be displayed on the "BLUETOOTH" screen of the Flight Management Display (FMD).
When you open the
(VelocityOne Flightstick) app
on your smartphone, you will see the screen on the right. Tap "Allow."
This will open the home screen of the
(VelocityOne Flightstick) app
, which displays the current settings for "Lighting (LED light color)", "Response", "Orientation", and "EQ Mode (audio equalizer)".
When you tap the hamburger menu in the top left of the screen, a menu like this will appear.
Tap each item to set it.
Or, swipe upwards on the screen to turn the pages.
The first is the setting page for the deadzones (unresponsive areas) for the stick and two levers.
Tapping [+] will expand the deadzone, and tapping [-] will narrow it.
If the input value vibrates (jitter occurs) when the stick is in the center or the lever is in the zero position (when you release your finger), you can ignore it.
Next is the Lighting (LED light color) settings page.
You can choose Off or one of six color combinations, C1 to C6.
You can also change the brightness by tapping [+] or [-] at the bottom of the screen.
Next is the stick response (reaction curve) settings page.
"STANDARD" provides a linear response.
"PRECISION" provides a slower response when you start moving the stick (near zero), allowing for more delicate control.
"FAST" provides a steeper response when you start moving the stick (near zero).
Next is the orientation (right/left handed) settings page.
By default it is set to right handed.
Setting it to left handed will swap the button and axis mappings.
Next is the EQ mode (audio equalizer) settings page.
You can choose from five presets.
You can add an equalizer effect to the sound of headphones connected to the stick's 3.5mm audio jack.
The last page is the firmware settings page.
You can check the firmware version here. You can also update the firmware here.
Updating the firmware using your PC
Firmware updates can also be performed on your computer.
To update the firmware on your computer, use a dedicated app.
Click the "Download" button on the
Turtle Beach VelocityOne Flightstick (Microsoft Store)
page...
You can download a program called "Turtle Beach VelocityOne Flightstick Installer.exe."
Double-click it to install the tool.
Once the tool launches, you'll see a screen like this.
Select VelocityOne Flightstick.
Next you'll see a screen like this.
Connect the stick to your computer.
There was no update this time.
There is no way to end this app with a button or anything.
Please kill it from the task manager (lol)
Flight Management Display (FMD): Using the Timer
The home screen of the Flight Management Display (FMD) attached to the tip of the stick displays the information shown in the right figure.
In the "AXIS" column, you can check the stick response (reaction curve) setting.
In the "TRIM" column, you can check the current value of the trim wheel.
In the "CHRONO" column, you can check the current value of the chronometer (timer). This stick is equipped with an independent chronometer (timer) to measure elapsed time. When the display is at the home screen, the timer starts/stops each time you click "confirm" on the right side of the configuration wheel. Clicking "cancel" on the left side of the configuration wheel resets the timer to zero. It can be used to measure flight time when approaching an airport using basic turns.
Calibration Procedure
You can read the instructions for calibrating the stick, lever, and analog POV buttons on the following page on the official website. Basically, press and hold the left B button and right Y button simultaneously for 5 seconds to switch to calibration mode, then operate the stick, lever, and analog POV buttons through their full range of motion. Then press the left A button and right Y button simultaneously to save the calibration results.Assigning functions to the stick
MSFS2024
For some reason, many features are unassigned in MSFS2024. Please manually assign the features you need before using them.
Click on the
(Settings)
icon in the top right corner of the main screen to open settings screen.
On the settings screen, select the [Controls] menu.
Then select "VelocityOne Flightstick" from the controllers lined up on the left side of the screen.
Next, in the center of the screen, find the function you want to assign a control to and click the black box to the right of the function name.
In this image, we are trying to set the "flap axis."
A black box will then display the message "Scanning." Now, on your controller, move the stick, lever, or button you want to assign an action to.
When you move an assignable stick, lever, or button, its name will appear in a black box.
You have now completed assigning one function.
Once you have assigned all the required functions, click [Back] - [Save and Return] at the bottom left of the screen to complete the setup.
MSFS2020
In MSFS2020, the major controllers are assigned appropriate functions by default. Assign them manually only if you want to change the default values.
From the main screen, select [OPTIONS] - [CONTROLS OPTION].
Select "VelocityOne Flightstick" from the controllers lined up at the top of the screen.
Next, in the center of the screen, find the function you want to assign a control to and click the black box to the right of the function name.
In this image, we are trying to set the "flap axis."
A dialog box like the one on the right will then appear.
Click where it says "START SCANNING."
Next, move the stick, lever, or button on your controller to which you want to assign an operation.
When you move an assignable stick, lever, or button, its name will appear in a black box.
Click "VALIDATE" to execute the assignment.
You've now completed assigning one function.
Once you have assigned all the required functions, click [Back] - [Save and Return] at the bottom left of the screen to complete the setup.
Function mapping default values in MSFS2020
| Name | Meaning |
|---|---|
| JOYSTICK POV | Digital hat switch on the left side of the stick tip |
| JOYSTICK R-AXIS(X,Y) | Analog hat switch on the right side of the stick tip |
| JOYSTICK R-AXIS(Z) | The lever on the left side of the stick |
| JOYSTICK L-AXIS | The stick |
| JOYSTICK SLIDER X | A potentiometer (trim wheel) located in the center of the tip of the stick |
| JOYSTICK SLIDER Y | The lever on the right side of the stick |
| JOYSTICK BUTTON 9/10 | Pulling the left lever all the way forward functions as button 10, and pushing it all the way back functions as button 9. |
| JOYSTICK BUTTON 11/12 | Pulling the right lever all the way forward functions as button 12, and pushing it all the way back functions as button 11. |
| JOYSTICK BUTTON 19 | Pressing the center of the analog hat switch acts as button 19. |
| JOYSTICK BUTTON 21 | The View button to the left of the XBOX button in the center of the pedestal |
| JOYSTICK BUTTON 23 | The Menu button to the right of the XBOX button in the center of the pedestal |
| Menu1 | Menu2 | Settings |
|---|---|---|
| COCKPIT CAMERA | RESET COCKPIT VIEW | JOYSTICK BUTTON 19 |
| PREVIOUS PILOT POSITION | JOYSTICK POV DOWN | |
| NEXT PILOT POSITION | JOYSTICK POV UP | |
| COCKPIT VIEW YAW AXIS | JOYSTICK R-AXIS X (REVERSE AXIS) | |
| COCKPIT VIEW PITCH AXIS | JOYSTICK R-AXIS Y | |
| COCKPIT QUICKVIEW RIGHT | JOYSTICK POV RIGHT | |
| COCKPIT QUICKVIEW LEFT | JOYSTICK POV LEFT | |
| EXTERNAL CAMERA | RESET EXTERNAL VIEW | JOYSTICK BUTTON 19 |
| EXTERNAL VIEW LOOK UP | JOYSTICK R-AXIS Y+ | |
| EXTERNAL VIEW LOOK RIGHT | JOYSTICK R-AXIS X+ | |
| EXTERNAL VIEW LOOK LEFT | JOYSTICK R-AXIS X- | |
| EXTERNAL VIEW LOOK DOWN | JOYSTICK R-AXIS Y- | |
| EXTERNAL QUICKVIEW TOP | JOYSTICK POV DOWN | |
| EXTERNAL QUICKVIEW RIGHT | JOYSTICK POV LEFT | |
| EXTERNAL QUICKVIEW REAR | JOYSTICK POV UP | |
| EXTERNAL QUICKVIEW LEFT | JOYSTICK POV RIGHT | |
| CAMERA MODE SWITCHES | COCKPIT/EXTERNAL VIEW MODE | JOYSTICK BUTTON 21 |
| Menu | Settings |
|---|---|
| TOGGLE PAUSE | JOYSTICK BUTTON 23 |
| SEE SPECIFICATIONS | JOYSTICK BUTTON 4 |
| RESTART FREE FLIGHT | JOYSTICK BUTTON 3 |
| RESTART ACTIVITY | JOYSTICK BUTTON 3 |
| FLY | JOYSTICK BUTTON 1 |
| DISPLAY CHECKLIST | JOYSTICK BUTTON 5 |
| CLOSE MENU | JOYSTICK BUTTON 2 |
| CHANGE AIRCRAFT | JOYSTICK BUTTON 3 |
| BACK TO MAIN MENU | JOYSTICK BUTTON 4 |
| Menu | Settings |
|---|---|
| DISPLAY ATC | JOYSTICK BUTTON 6 |
| Menu1 | Settings |
|---|---|
| TOGGLE PUSHBACK | JOYSTICK BUTTON 3 |
| SET PAUSE OFF | JOYSTICK BUTTON 23 / JOYSTICK BUTTON 2 |
| INTERACTION UNLOCK | JOYSTICK BUTTON 2 |
| INTERACTION LOCK | JOYSTICK BUTTON 1 |
| DISPLAY NAVLOG | JOYSTICK BUTTON 7 |
| CURSOR TOGGLE | JOYSTICK BUTTON 17 |
| Menu1 | Menu2 | Settings |
|---|---|---|
| ENGINE INSTRUMENTS | TOGGLE AFTERBURNER | JOYSTICK BUTTON 9 |
| AUTO START ENGINE | JOYSTICK BUTTON 1 |
| Menu1 | Menu2 | Settings |
|---|---|---|
| PRIMARY CONTROL SURFACES | RUDDER AXIS | JOYSTICK L-AXIS Z (REVERSE AXIS) |
| ELEVATOR AXIS | JOYSTICK L-AXIS Y (REVERSE AXIS) | |
| AILERONS AXIS | JOYSTICK L-AXIS X (REVERSE AXIS) | |
| CONTROLL TRIMMING SURFACES | ELEVATOR TRIM UP (NOSE UP) | JOYSTICK BUTTON 14 |
| ELEVATOR TRIM DOWN (NOSE DOWN) | JOYSTICK BUTTON 13 | |
| ELEVATOR TRIM AXIS(-100 TO 100%) | JOYSTICK SLIDER X | |
| SECONDARY CONTROLL SURFACES | RETRACT FLAPS | JOYSTICK BUTTON 11 |
| FLAPS AXIS | JOYSTICK SLIDER Y (REVERSE AXIS) | |
| EXTEND FLAPS | JOYSTICK BUTTON 12 |
| Menu1 | Menu2 | Settings |
|---|---|---|
| - | TOGGLE LIGHTS | JOYSTICK BUTTON 8 |
| INTERIOR LIGHTS | TOGGLE PEDESTAL LIGHTS | JOYSTICK BUTTON 8 |
| Menu1 | Settings |
|---|---|
| TOGGLE PARKING BRAKES | JOYSTICK BUTTON 2 |
| BRAKES | JOYSTICK BUTTON 18 |
| Menu1 | Settings |
|---|---|
| TOGGLE AUTOPILOT MASTER | JOYSTICK BUTTON 16 |
| Menu1 | Menu2 | Settings |
|---|---|---|
| THROTTLE | THROTTLE CUT | JOYSTICK BUTTON 10 |
| THROTTLE AXIS | JOYSTICK R-AXIS Z | |
| DECREASE THROTTLE | JOYSTICK BUTTON 10 |
| Menu1 | Settings |
|---|---|
| TOGGLE LANDING GEAR | JOYSTICK BUTTON 4 |
Adjusting the spring tension of the stick
This stick has a very strong spring tension, so when you try to perform delicate operations such as landing a helicopter on a helipad or slipping a light aircraft between buildings, your arms get tired and you can't control it as you want.
Modifications to adjust the spring tension are required.
First remove the 8 screws indicated by the arrows. All the screws are the same size (3x12mm). 4 of them are inside the rubber feet.
This will remove the back cover.
The USB connector will be caught in the back cover, but you can remove the back cover by pushing the USB connector in.
Then remove the four screws indicated by the arrows. They are also the same size (3x12mm).
You can then remove the part with the spring attached, as shown in this photo.
The spring indicated by the arrow determines the tension of the stick.
Ideally, you would replace this spring with a weaker one, but suitable springs are difficult to obtain.
Therefore, you can adjust the spring tension by installing this part "floating".
To solve this problem, I prepared the following parts.
Four long screws (3x20mm) and a silicone tube with an inner diameter of 3mm.
I cut the silicone tube to a length of about 6mm.
This time, I happened to have some spare silicone tubing on hand, so I used that, but I think a metal washer or pipe would also work instead.
The longer the length of silicone tubing, the weaker the tension.
Use silicone tubing to "float" the parts as shown in the picture.
This will greatly reduce the spring tension, allowing for more delicate control.
However, the spring tension of the rudder (twist) remains the same. For the rudder, I recommend purchasing separate foot-operated rudder pedals.
With this modification method, the parts will protrude from the bottom of the main body, so the back cover will not be able to close.
However, if you tighten just the four screws at the front of the main body, you will be able to use it for now.
The back of the main body will be completely open, as shown in the picture, but this will not interfere with control.
To make it look better, you could drill a square hole in the back cover to allow for the protruding parts.
How to enjoy Microsoft Flight Simulator
Controller for flight simulator
Flight simulators can be operated using a keyboard, mouse, or game controller, but they are difficult to operate and the experience is completely different from the feeling of actually flying an airplane. To enjoy a more intuitive and realistic control feeling, a dedicated controller is required.-
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OFFICIAL MICROSOFT FLIGHT SIMULATOR LICENSE: Official Microsoft Flight Simulator license for Xbox Series X|S and PC. COMPLETE FLIGHT EQUIPMENT: 10-bit precision with 5 axes (including Z axis) , 14 buttons, 1 rapid trigger and 1 multidirectional hat switch. DETACHABLE THROTTLE: playable on your lap in sitting position or on the desk if you separate the joystick from your throttle. DUAL RUDDER SYSTEM: The aircraft can be maneuvered laterally using the Z axis of the joystick or via the tilting lever on the detachable throttle. ADAPTED TO ALL TYPES OF FLIGHTS: ergonomic locations of buttons with adjustable resistance of the joystick to use all types of aircrafts. ECOSYSTEM: Compatible with the Thrustmaster TFRP (sold separately): the first rudder ever to feature the S.M.A.R.T. slide rails system, for smooth steering.
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Turtle Beach VelocityOne Flight Universal Control System
TURTLE BEACH 2023-10-11 USD329.95
Universal, all-in-one design including throttle quadrant, trim wheel & yoke. True to life 180° yoke handle rotation with non-contact hall effect sensor. Modular throttle quadrant with customizable lever handles and buttons. Integrated rudder and brake controls at your fingertips. Full color flight management display to learn and configure the system. Authentic Status Indicator Panel for PC.
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Turtle Beach VelocityOne Flight Universal Rudder Pedals
TURTLE BEACH October 31, 2022 USD269.99
Ultra-Smooth Rudder Axis with Swappable Springs. Differential Brakes. Adjustable Pedal Width. Non-Contact Hall Effect Sensor in All Axes. Two Sets of Swappable Pedals. Stable, Non-Slip Base.
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Turtle Beach VelocityOne Flightstick Universal Simulation Controller
TURTLE BEACH November 17, 2022 USD129.96
High-Precision, Non-Contact Main Axes. Customizable, Multi-Function Throttle & Flap Levers. Compatible with Xbox Series X|S, Xbox One & PC. 27 Programmable Buttons, 8 Axes, POV Hat & Rapid-Fire Trigger. Integrated, OLED Flight Management Display. Intuitive Flight Configuration Wheel.
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The Thrustmaster TFRP adds an innovative new product to Thrustmaster’s wide range of joysticks and other related flight-themed controllers. Long range of travel on rudder axis for precise maneuvers. Self-centering rudder axis: The perfect balance between smoothness and resistance for re-centering, for the most accurate maneuvers.
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Logitech G PRO Flight Yoke System
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POV Hat, 14 button controls, and 3-position mode switch. Stainless steel yoke shaft and 2-position clamp. Comes with separate three axis lever throttle. Integrated 1-USB 2.0 Port 20 Hub ; LCD Display: Yes. Windows 10 or later, Windows 8.1, Windows 7, XP/XP64, and Vista compatible. POV Hat, 14 button controls, and 3-position mode switch. Stainless steel yoke shaft and 2-position clamp.
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CH Products Flight Sim Yoke USB
CH Products April 7, 2003 USD159.95
You, too, can make your wings take flight. CH Products 200-615 Flight Sim Yoke USB Game Controller offers the best possible control and performance with Microsoft or virtually any compatible simulator. Command the skies with the king of flight simulator controls, the Flight Sim Yoke USB. This one-of-a-kind yoke offers features that will allow you to fly with the greatest sense of realism.
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