Product information "Pimoroni Trilobot, basic kit"
Trilobot is a robust Raspberry Pi-based robotics kit designed specifically for use in the classroom. It's easy to get started, but we've made it easy to add extra features so it can grow with your plans for an unstoppable robot army.
Trilobot's chassis is made from multiple layers of tough FR-4 PCBs that allow us to do exciting new things that weren't possible with our previous acrylic robots. The motor driver hardware is built right into the chassis, so you don't need a separate HAT for the motors. We've labelled all the layers with useful labels so you know where all the parts belong, and we've included some nifty design details such as a fancy gold bumper and a stylish reversible top plate. Plus, an impressively bright RGB LED underlight comes as standard!
It's fun to drive around in a pimped-out horseshoe crab on wheels, but if you want to add extra features to your Trilobot, that's no problem. With a Raspberry Pi camera attached to the in-built camera mount, you can record yourself from the robot's point of view or even add a bit of AI/machine learning into the mix. It comes with an ultrasonic distance sensor so it can protect itself from bumping into things but we've made it easy to add more - there are two ports to connect breakouts with Qwiic or STEMMA QT connectors, and broken out headers to add up to five sockets for breakout garden breakouts (requires soldering).
The hardware is supported by a fully functional Python library, with controller code and many examples developed with the help of a high calibre Trilobot test team.
Please note: This is the Trilobot Base Kit only, you will need to add your own Raspberry Pi, SD card, camera and battery bank.
Features
- 2x front wheel drive, 1x rear wheel roller
- Four tactile buttons and status LEDs
- Six-zone RGB underlighting!
- Front ultrasonic distance sensor and camera mount (camera sold separately).
- 2x Qw/St (Qwiic / STEMMA QT) connectors
- Hackable headers for extensions - one servo header, 5x headers for mounting breakout garden sockets (sold separately), 1x I2C header
- Circuit diagram
- Mechanical drawings: Main part / Top / Front / Camera
- Python library
- Trilobot main, top, front and camera board
- 2x 110:1 motors with pre-soldered washers
- 2x motor cables
- 2x non-slip moon buggy wheels
- 1x ball caster
- Ultrasonic distance sensor
- Booster header for attaching your Pi
- USB-C power cable for connecting a power bank (not included)
- Associated nuts, screws and mounting material
Get started
We have a complete, beginner-friendly tutorial with lots of photos showing you how to assemble your Trilobot and install the Python library.
Notes
- If you want to add more LEDs to the Trilobot, the servo connector outputs 5V and is connected to GPIO12, so you can use it with Neopixels/WS2812 strips and panels when using Adafruit's CircuitPython libraries.
| Zolltarifnummer: | 85423111 |
|---|---|
| Brand: | Pimoroni |
| Country of Origin: | Great Britain |
| EAN: | 0769894020777 |
| Gross Weight (kg): | 0.383 |
| Manufacturer ID: | PIM598 |
| Product ID: | PIM598 |
Pimoroni
Optimize your Raspberry Pi - with Pimoroni
Pimoni is the expert when it comes to equipping your Raspberry Pi with high-quality add-on modules. The successful company was founded in 2012 in Sheffield, England, and now also has a branch in Essen, Germany. According to the University of Sheffield, Pimoroni is even considered one of the fastest growing manufacturing companies in the UK.
The electronics specialist has the right solution for almost every need around the Raspberry Pi. The product range also includes the Pimoroni Fan Shim, a powerful 30mm CPU fan for the Raspberry Pi, which is one of the top sellers from Pimoroni. The Fan Shim manages a powerful 4,200 RPM and delivers significant added value by optimizing the thermal performance of your Raspberry Pi. Compatibility exists with the Raspberry Pi 4, but also with the 3 B+ and 3 A+ models.
The fan is equipped with RGB LED and a tactile switch, making it wonderfully controllable. The LED serves as an indicator to track the fan status and CPU load/temperature. The tactile switch is also handy: With the help of the included Python library and a daemon, you can program it to switch between temperature-controlled automatic mode and manual mode. Thanks to its "friction-fit" header, the Pimoroni Fan Shim can easily be plugged onto the pins of your mini computer and is ready to go without soldering. In general, the installation is uncomplicated and should not take more than two minutes. While the fan is doing its job, the noise level is very low: The maximum value is only 18.6 dB.
Apart from the Pimoroni Fan Shim, many other top products from Pimoroni are available at Berrybase. The Pibow Coupé 4 is recommended for all owners of a Raspberry Pi 4: The compact case reliably protects your mini computer from external influences like dust or shocks. All ports remain open and thus accessible. The high-quality processed and easy to mount frame for the official 7" Raspberry Pi touchscreen display also fulfills its protective function perfectly. With the Pirate Audio HAT you get a first-class 3W stereo amplifier for your mini computer: Use the module in combination with your Raspberry Pi and your speakers to control the playback of your favorite music and to create powerful sound.
Depending on what you have in mind, you can also use other modules from Pimoroni, such as LED sensors, camera modules or the Pico HAT Hacker.
Pimoroni Ltd.
Unit 1, Parkway One Business Park
GB S9 4WN Sheffield
https://shop.pimoroni.com
mark@pimoroni.com
WEEE number: 20453810
Responsible person for the EU
See manufacturer information
Safety instructions
- Observe the operating instructions for the robot before commissioning in order to avoid malfunctions and hazards.
- The robot may only be used in dry environments; avoid contact with water or moisture.
- Keep fingers, hair and loose clothing away from moving parts such as wheels or chains during operation.
- Children should only use the robot under supervision. It is not a toy.
- Only use the recommended batteries or power supply units to avoid overheating or damage.
- Always switch off the robot and remove the power source before maintenance, adjustments or cleaning.
- Dispose of electronic components, batteries and the robot in accordance with local regulations for electronic waste.
- Repairs should only be carried out by qualified specialists.
- Avoid removing or modifying any safety components.
- Keep the robot away from sensitive surfaces and unprotected cables to prevent damage.
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