TORQCADE HOST APP

Share Your Real RC Car With Remote Drivers

The TorqCade Host App lets RC owners connect a TorqCade Dongle, RC transmitter, camera and computer to create real remote driving sessions for friends, testers or future marketplace drivers.

What Does the Host App Do?

Connects to the TorqCade Dongle

The Host App sends driving control signals from the remote driver to the TorqCade Dongle connected to your computer.

Controls the RC transmitter

The dongle outputs trainer-port signals to your RC transmitter, so your real RC car can be driven remotely.

Publishes live video

The Host App shares live video from a camera mounted on the RC car or from a track camera watching the driving area.

Generates access codes

You can create a private access code and share it with a driver using the TorqCade Drive App.

What You Need To Host a Drive

TorqCade Dongle

The USB dongle connects your computer to your RC transmitter through the trainer port.

Computer running Host App

A Windows PC or laptop running the TorqCade Host App.

RC transmitter with trainer port

You need an RC transmitter that has a trainer port and trainer function. The transmitter receives control input from the TorqCade Dongle.

At least one RC car

You need at least one working RC car connected to your RC transmitter/receiver system.

Camera setup

You can use a camera mounted on the RC car for FPV driving, or one shared track camera showing the driving area for all cars in a race.

Cables

You need a USB cable from the computer to the dongle, plus the correct trainer cable from the dongle to your RC transmitter.

Camera Options

FPV Camera on the RC Car

BEST DRIVING EXPERIENCE

Mount a camera directly on the RC car to give the remote driver a first-person driving view. You can also use multiple camera views for one driver, depending on your setup.

More immersive
Better for individual driving
Feels like being inside the RC car
Supports multiple camera views for one driver
Recommended for Web Drive

Track Camera

SIMPLE SETUP

Use one camera pointed at the track or driving area. One shared track camera can be used for up to 5 drivers/cars when all vehicles are visible in the same view.

Easier to install
One camera can cover multiple cars
One shared camera can support up to 5 drivers
Good for early testing and group sessions
Less immersive than FPV
Flexible camera setup
TorqCade does not force one fixed camera layout. You can use multiple cameras for one driver, one FPV camera per car, or one shared track camera for several drivers, depending on your hardware and how you want to host the session.

Local Drive: Drive on the Same Network

Local Drive lets a driver connect to your Host App when both devices are on the same local network. This is the simplest way to test TorqCade without exposing your setup to the internet.

Connect the TorqCade Dongle to your computer.

Connect the dongle to your RC transmitter trainer port.

Connect your camera or video source.

Open the TorqCade Host App and start a Local Drive session.

Share the generated local access code with the driver.

The driver enters the code in the TorqCade Drive App and starts driving.

Local Drive is ideal for testing, home use, workshops and friends connected to the same Wi-Fi or local network.

Web Drive: Share Driving Over the Internet

Web Drive lets you invite friends from outside your Wi-Fi network.

To use Web Drive, the host connects their own LiveKit Cloud account in the TorqCade Host App. This allows live video and driving access to be shared with remote drivers outside your local network.

Create or log in to your LiveKit Cloud account.

Enter your LiveKit connection details in the TorqCade Host App.

Connect the TorqCade Dongle, RC transmitter and camera.

Start a Web Drive session.

Share the private access code with your remote driver.

The driver connects through the TorqCade Drive App and controls the real RC car remotely.

TorqCade does not need to host your video stream for private Web Drive sessions. The host uses their own LiveKit Cloud account for internet-based driving.

Host Responsibility

The host is responsible for preparing a safe driving area, checking the RC car, verifying camera visibility and making sure the RC transmitter and trainer function work correctly before giving control to a remote driver.

Test locally first
Keep the RC car in a safe area
Use low speed during early tests
Keep physical access to the transmitter
Stop the session if video or control quality is poor

FAQ

Do I need a TorqCade Dongle?
Yes. The dongle is needed to send remote driving signals from the Host App to your RC transmitter.
Does my RC transmitter need a trainer port?
Yes. For this setup, your transmitter should have a trainer port and trainer function.
Can I use one camera for multiple cars?
Yes. You can use one camera pointed at the track, although FPV cameras mounted on each car provide a better driving experience.
Do I need LiveKit Cloud for Local Drive?
No. Local Drive is designed for local network use.
Do I need LiveKit Cloud for Web Drive?
Yes. For Web Drive, the host connects their own LiveKit Cloud account to share driving over the internet.
Can I host paid public driving sessions?
Public paid hosting is planned for the future Marketplace mode. Private Local Drive and Web Drive are intended for private use and testing.

Ready to Host Your First Remote RC Drive?

Start with Local Drive, test your hardware, then move to Web Drive when you want to invite friends outside your local network.