Tag: 9 pin joystick

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BlueCube USB Gamepad Adapter for Amiga, Atari ST & C64

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BlueCube USB Gamepad & Joystick Adapter: Use Modern USB Controllers on Amiga, Atari ST & Commodore 64

Want to use a modern USB gamepad with your classic Amiga, Atari ST or Commodore 64? Meet BlueCube — the USB Gamepad & Joystick Adapter designed to bring modern USB controller compatibility to classic computers with a compatible 9-pin Atari-style joystick port.

Featuring plug-and-play operation, broad compatibility with standard USB HID game controllers and a unique controller-learning mode, BlueCube gives retro gaming enthusiasts more freedom to choose how they play their favourite classic games.

But what really makes BlueCube stand out is its ability to learn the controls of compatible USB gamepads it doesn’t initially recognise. Combined with three fire functions, including a dedicated jump-button option for classic platform games, BlueCube offers more than a conventional joystick adapter.

Whether you’re revisiting legendary Amiga games, enjoying Atari ST classics or returning to the 8-bit era of the Commodore 64, BlueCube is designed to make your retro gaming setup more flexible.

What Is the BlueCube USB Gamepad & Joystick Adapter?

BlueCube is a USB game controller adapter that allows compatible standard USB HID gamepads to work with classic computers that use a compatible 9-pin Atari-style joystick interface.

Supported systems include:

  • Commodore Amiga — enjoy classic 16-bit games with compatible USB gamepads.
  • Atari ST — bring alternative controller options to your Atari gaming setup.
  • Commodore 64 — explore new controller possibilities for classic 8-bit gaming.
  • Other compatible systems — use supported USB controllers with computers featuring compatible 9-pin Atari-style joystick ports.

Rather than being restricted to original joysticks or a single controller model, BlueCube lets you use many standard USB HID game controllers, giving you more choice over the way you play.

And thanks to its unique learning mode, BlueCube can learn the required inputs of compatible controllers that it doesn’t initially recognise.

Unique Controller-Learning Mode — Teach BlueCube to Recognise Your Gamepad

One of BlueCube’s biggest selling points is its unique ability to learn the controls of an unrecognised compatible USB game controller.

Many joystick adapters rely on predefined mappings or a limited selection of supported controllers. BlueCube takes a more flexible approach by allowing you to teach it the controls of a compatible USB HID gamepad using a simple sequence of directional and fire-button inputs.

This means you aren’t necessarily limited to controllers that BlueCube recognises straight out of the box.

How Does BlueCube’s Learning Mode Work?

BlueCube uses a straightforward learning sequence. When learning mode is activated the LED will light and stay on , the cube is waiting for the following sequence, if you make a mistake turn off and start again, once all 7 presses have been made the cube will flash to show config is now been saved – the cube can store upto 5 controllers, if you lean another controller it will overwrite the oldest controller settings.

Up → Down → Left → Right → Fire 1 → Fire 2 → Fire 3

By entering this sequence, you teach BlueCube which controls correspond to the required joystick directions and fire functions.

Once the compatible controller has been learned, you can use it with your classic computer, making it easier to experiment with different standard USB gamepads and their button layouts.

The learning mode is especially useful for retro gamers who already own several USB controllers or want the freedom to choose a gamepad that feels comfortable in their hands.

Why Is the Learning Mode Such a Big Advantage?

USB game controllers come in many shapes and sizes. Button layouts vary between manufacturers, and some controllers may not be recognised using a conventional fixed mapping.

BlueCube’s learning mode is designed to make controller compatibility more flexible and also allows the use to choose the best buttom mapping

  • Learn unfamiliar controllers: Teach BlueCube the required inputs of compatible USB HID gamepads it doesn’t initially recognise.
  • Choose your preferred gamepad: Enjoy greater freedom to use a controller that suits your hands and playing style.
  • Configure three fire functions: Identify the controls used for primary fire, secondary fire and the additional Up/jump function.
  • Get more from your retro setup: Explore a wider range of compatible USB controllers instead of relying exclusively on a predetermined selection.

This makes BlueCube particularly appealing to enthusiasts who enjoy experimenting with different hardware and finding the ideal controller for their favourite games.

Controller learning does not guarantee that every USB device will work, however. Compatibility still depends on the controller and its USB HID implementation.

Three mapped buttons for More Flexible Retro Gaming + Autofire

BlueCube supports three distinct fire functions, helping you get more from compatible USB gamepads when playing classic computer games.

Fire 1 — Primary Fire

Fire 1 is mapped to the primary fire button used for shooting, attacking and other main actions in games.

It’s the essential control for countless classic arcade games, shooters and action titles.

Fire 2 — Secondary Fire

Fire 2 is mapped to a secondary fire input for games that support an additional action button.

This is particularly useful for compatible games such as Turrican on the Amiga, where a secondary action can be an important part of gameplay.

If your game supports a second fire input, BlueCube provides a dedicated control for it.

Auto-Fire Mode for Shoot ’Em Ups

BlueCube also features a handy Auto-Fire mode for the primary fire button, making it ideal for classic shoot ’em ups and other action-packed retro games. To toggle Auto-Fire on or off, simply hold down Fire 1 and Fire 2 together for approximately 4 seconds. The blue LED will flash to indicate that Auto-Fire mode has been enabled. Once active, Auto-Fire repeatedly triggers the primary fire input, letting you keep firing without having to repeatedly press the button. It’s a great way to take on waves of enemies in classic Amiga, Atari ST and other compatible retro games while giving your fire button a well-earned rest!

Fire 3 — A Dedicated Button for Up and Jump

One of BlueCube’s most useful features for platform gaming is its additional Up/jump function.

Many classic 8-bit and 16-bit platform games use the joystick’s Up direction to make the character jump. Although this control scheme works, pressing Up to jump can feel less natural than using a dedicated button.

BlueCube maps Fire 3 to a secondary Up/jump function, allowing you to jump using a button on your compatible gamepad.

This can make platform games more comfortable to play, particularly when quick reactions and precise jumps are essential.

Instead of moving your thumb to the directional controls every time you need to jump, you can use a dedicated button for the action.

It’s a small improvement that can make a noticeable difference to the way certain classic games feel.

Plug and Play — Simple Setup for Classic Computers

BlueCube is designed to make using compatible USB gamepads with classic computers straightforward.

Connect BlueCube to a compatible 9-pin joystick port, connect a supported USB HID game controller, and get ready to play. Compatible standard gamepads offer plug-and-play operation, while the learning mode provides additional flexibility when the controller’s inputs need to be identified.

This combination of straightforward setup and flexible controller learning makes BlueCube an appealing choice for retro gamers who want to spend more time playing and less time configuring their equipment.

Whether you’re setting up a dedicated Amiga gaming station or adding another accessory to your vintage computer collection, BlueCube is designed to make the process simple.

A Compact Cube Design with a Blue LED Mode Indicator

Why the name BlueCube?

The name comes from two distinctive design features: its cube-shaped case and internal blue LED.

The blue LED is more than a decorative touch. It serves as a mode indicator, helping identify the adapter’s current operating mode.

The compact cube-shaped enclosure gives BlueCube a distinctive appearance among retro gaming accessories while keeping the focus on its practical purpose.

It’s a small accessory designed to bridge the gap between classic computer hardware and modern USB game controllers.

Why Choose BlueCube for Your Amiga, Atari ST or Commodore 64?

If you’re looking for a USB gamepad adapter for a classic computer, BlueCube combines several useful features in one compact device.

  • Unique controller-learning mode: Teach BlueCube the required controls of compatible USB HID gamepads it doesn’t initially recognise.
  • Broad controller compatibility: Designed to work with many standard USB HID game controllers.
  • Three fire functions: Primary fire, secondary fire and a secondary Up/jump function.
  • Better platform-game controls: Use a button to jump in games where Up is traditionally used.
  • Plug-and-play operation: Straightforward setup with compatible standard gamepads.
  • Blue LED mode indicator: A practical indicator built into the distinctive cube-shaped design.
  • Classic computer support: Designed for compatible Amiga, Atari ST, Commodore 64 and other Atari-style 9-pin joystick-port systems.

The combination of controller learning and three fire functions is what makes BlueCube stand out. Rather than simply converting USB input into joystick signals, it offers additional flexibility for choosing and configuring a compatible gamepad for classic gaming.

BlueCube Compatibility: Which Controllers Work?

BlueCube is designed for broad compatibility with standard USB HID game controllers, but not every USB gamepad is supported.

Designed for

  • Classic computers with a compatible 9-pin Atari-style joystick interface.
  • Standard USB HID game controllers supported by the adapter.
  • Compatible gamepads whose directional and fire inputs can be identified using the learning mode.

Important compatibility limitations

BlueCube does not work with Xbox One controllers or modern PlayStation DualSense controllers or wireless controllers

The learning mode helps BlueCube identify unfamiliar controls on compatible devices, but it cannot overcome the power limit on vintage machines like the Commodore Amiga

If you have a specific USB controller in mind, check its compatibility before purchasing, but most standard USB wired PC joysticks and gamepads and ALL RetroGames LTD Controllers are supported

Frequently Asked Questions About BlueCube

Can I use a USB gamepad with my Amiga?

Yes. BlueCube is designed to connect many standard USB HID game controllers to compatible Amiga computers with a compatible 9-pin joystick interface.

Does BlueCube work with the Atari ST?

BlueCube is designed for compatible Atari ST systems that use the supported 9-pin Atari-style joystick interface. Controller compatibility depends on the USB gamepad used, for STFM and STE models with the joystick port on the underside you may need a joystick extension cable depending on the size of the USB plug on your controller

Can I use BlueCube with a Commodore 64?

BlueCube is designed for the Commodore 64 and other compatible classic computers with an appropriate 9-pin Atari-style joystick port. Check the compatibility of your particular setup and USB controller.

What makes BlueCube different from other USB joystick adapters?

Its unique controller-learning mode is a key differentiator. It allows you to teach BlueCube the required inputs of compatible USB HID controllers that it doesn’t initially recognise. It also provides three fire functions, including a secondary Up/jump function.

How does the controller-learning mode work?

When learning mode is activated, you enter the sequence Up, Down, Left, Right, Fire 1, Fire 2 and Fire 3 on the compatible USB gamepad. BlueCube uses this sequence to learn the controller’s required inputs.

What are Fire 1, Fire 2 and Fire 3 used for?

Fire 1 is the primary fire button. Fire 2 provides secondary fire for supported games, such as Turrican on the Amiga. Fire 3 provides a secondary Up/jump function, allowing a button to be used for jumping in compatible platform games.

Does BlueCube work with Xbox One controllers?

No. Xbox One controllers are not supported.

Does BlueCube work with PlayStation DualSense controllers?

No. Modern PlayStation DualSense controllers are not supported.

Does the blue LED have a purpose?

Yes. The internal blue LED serves as a mode indicator when in learning mode, and also indicated when Autofire is turned on and off

Give Your Classic Computer a New Way to Play

Classic computers such as the Amiga, Atari ST and Commodore 64 remain beloved for their incredible games and distinctive gaming experiences. BlueCube builds on that legacy by allowing many standard USB gamepads to be used with compatible vintage joystick ports.

Its unique controller-learning mode gives you more freedom to choose your controller, while three fire functions help bring more flexible controls to classic shooters, action games and platformers.

From plug-and-play simplicity to the extra convenience of a dedicated jump button, BlueCube is designed to make retro gaming more flexible without losing the appeal of the original hardware.

If you’re searching for a USB gamepad adapter for Amiga, an Atari ST USB joystick adapter or a USB controller adapter for Commodore 64, BlueCube is worth exploring.

BlueCube USB Gamepad & Joystick Adapter — your controller, your controls, your classic games.

Discover BlueCube and bring a new way to play to your favourite retro computer.

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Test and Use Your Retro Joysticks on Modern Devices

9-Pin Atari Joystick to USB Adapter: Test and Use Your Retro Joysticks on Modern Devices

Have a collection of classic Atari-style 9-pin joysticks sitting in storage? Perhaps you’ve restored an old joystick and need an easy way to check whether it works, or you’d like to use your favourite retro joystick with a modern PC, Raspberry Pi or other USB-compatible device.

A 9-pin DE-9 joystick to USB adapter provides a simple solution.

Instead of buying a dedicated joystick tester that has only one purpose, a USB joystick adapter can do two jobs in one device:

  • Test your classic 9-pin joystick using a free PC joystick testing program
  • Convert the joystick into a standard USB game controller for use with modern devices
  • Check the joystick’s directional switches and fire button
  • Play PC games and retro-game emulators
  • Use compatible joysticks with Linux, Android TV boxes, NVIDIA Shield and Raspberry Pi systems

This makes a 9-pin joystick USB adapter particularly useful for retro gamers, collectors, repairers and anyone restoring classic Atari-style joysticks.

What Is a 9-Pin Joystick to USB Adapter?

Classic computers and consoles used a joystick connection that is very different from the USB connections found on modern computers.

Many Atari-style joysticks use a 9-pin DE-9 connector. These joysticks are simple, robust devices that use switches for directional movement and a fire button.

Modern PCs and other USB devices don’t normally have a suitable DE-9 joystick port.

A 9-pin to USB joystick adapter bridges the gap.

Connect your original 9-pin joystick to the adapter, then connect the adapter to a USB port. The joystick is presented to the modern device as a standard USB game controller.

This means you can use compatible vintage joysticks without modifying the original joystick or replacing its classic connector.

More Than Just a Joystick Tester

One of the biggest advantages of a USB joystick adapter is that it isn’t limited to testing.

There are dedicated LED joystick testers available that can show whether joystick switches are working. These can be useful when repairing or checking vintage controllers, but their primary purpose is testing.

A USB adapter offers another option.

With the right PC testing software, the same adapter can turn your computer into a convenient 9-pin joystick tester.

Once you’ve finished testing the joystick, you can continue using the adapter as a USB interface for gaming.

One adapter, two uses:

1. Test your joystick

Connect the vintage joystick and use free PC software to see the directional and fire-button inputs.

2. Use your joystick

Leave the adapter connected and use the classic joystick as a standard USB controller for compatible games and emulators.

This dual-purpose design can be particularly useful if you’re working with multiple vintage joysticks.

Free PC Joystick Tester

Test Your 9-Pin Joystick on a PC

If you’re restoring, buying or selling vintage joysticks, being able to quickly verify the controls is extremely useful.

A free joystick tester for PC can display the joystick’s inputs when connected through the USB adapter.

The tester shows the three joystick directions and the fire button inputs, allowing you to operate the joystick and immediately see whether the corresponding controls are being detected.

How to test a vintage joystick

Testing is straightforward:

  1. Connect the 9-pin joystick to the USB adapter.
  2. Connect the USB adapter to your Windows PC.
  3. Open the free joystick tester.
  4. Move the joystick in each direction.
  5. Press the fire button.
  6. Watch the tester display the corresponding inputs.

If an input does not register, the test can help identify that there may be an issue with the joystick, its switches or wiring.

Why Use a USB Adapter Instead of a Dedicated LED Joystick Tester?

A dedicated hardware joystick tester can be convenient because it doesn’t require a computer. However, if you’re already using a PC for testing, a USB adapter can provide considerably more functionality.

A typical LED tester is designed primarily to answer one question:

Does the joystick switch work?

A USB adapter can answer that question through PC testing software while also allowing the joystick to be used as a USB controller.

That means the adapter can be useful for:

  • Testing vintage joysticks
  • Diagnosing joystick problems
  • Restoring retro controllers
  • Checking joysticks before selling them
  • Testing newly repaired joysticks
  • Playing retro games
  • Using vintage controllers with emulators
  • Connecting classic joysticks to modern USB devices

For someone who wants both a tester and a way to use their vintage joystick on modern hardware, this can make the adapter a practical alternative to purchasing separate equipment.

Use Your Classic Atari-Style Joystick on a Modern PC

The adapter isn’t just for repairs and testing.

Once connected, your vintage joystick can be recognised as a standard USB game controller.

This opens up the possibility of using an original-style 9-pin joystick with PC games and retro gaming software.

For retro gaming enthusiasts, this means you can combine the feel of a classic joystick with modern computer hardware.

Instead of using a modern USB controller that looks and feels completely different, you can connect a compatible vintage 9-pin joystick and keep the original controls in your hands.

Ideal for Retro Gaming and Emulation

Classic joysticks are particularly well suited to retro games.

Many older games were designed around simple digital joystick controls and a single fire button. Using the original style of joystick can therefore provide a more authentic experience when playing retro titles through emulation.

The USB adapter allows a compatible 9-pin joystick to be presented to the computer as a standard USB controller.

This can make it useful with suitable:

  • Retro gaming software
  • Game emulators
  • Classic game collections
  • PC games that support standard USB controllers

Your emulator or game software can then be configured to use the joystick’s USB inputs.

Compatible With More Than Just Windows PCs

Because the adapter operates as a standard USB game controller, it isn’t restricted to one specific type of computer.

Depending on the operating system and device, it can also be used with a range of USB-capable platforms.

Compatible applications can include:

Linux

Connect the adapter to a Linux computer and use your classic joystick as a USB controller with software that supports standard USB gamepads and joysticks.

Raspberry Pi

The adapter can be useful for Raspberry Pi retro-gaming projects, particularly where USB controllers are supported.

This makes it a handy addition to a DIY retro gaming setup.

Android TV Boxes

Compatible Android TV boxes can also recognise standard USB controllers, allowing a suitable vintage joystick to be used for retro gaming.

NVIDIA Shield

The adapter can also be useful with an NVIDIA Shield where standard USB game controllers are supported.

This provides another way to bring classic joystick controls into a modern living-room gaming setup.

Keep Your Original Joystick Unmodified

For collectors and retro enthusiasts, preserving original hardware is important.

A USB adapter provides a way to connect a compatible 9-pin joystick to modern equipment without permanently modifying the joystick itself.

Simply connect the joystick’s original DE-9 connector to the adapter and connect the adapter to USB.

This can be particularly useful when you want to:

  • Preserve an original joystick
  • Avoid rewiring vintage hardware
  • Test restored controllers
  • Use original joysticks with modern equipment
  • Switch between different vintage joysticks

If you have several compatible 9-pin joysticks, one adapter can also be used to test each controller in turn.

Useful for Vintage Joystick Restoration

Vintage joysticks can develop faults after decades of use.

The switches inside the joystick may become worn, dirty or damaged, while wiring and connectors can also require attention.

A PC-based joystick tester provides a convenient way to check the inputs after carrying out restoration or repairs.

For example, after cleaning or replacing a switch, you can connect the joystick to the adapter and check each control.

A simple restoration workflow

Step 1 – Inspect the joystick

Check the case, cable, connector and visible wiring.

Step 2 – Connect the joystick

Plug the 9-pin connector into the USB adapter.

Step 3 – Run the PC tester

Use the free joystick testing software to monitor the controls.

Step 4 – Test every direction

Move the joystick through each available direction and check that the corresponding input registers.

Step 5 – Test the fire button

Press the fire button and confirm that the input is detected.

Step 6 – Repair if necessary

If an input isn’t registering correctly, investigate the joystick’s switches, wiring or connections.

Step 7 – Test again