Arduino 2024 portal model with programming interface

Quick Answer: The Arduino 2024 Portal Model with Programming Interface is a programmable educational automation model that simulates a remote-controlled access gate (portal), using an Arduino Uno programming interface, 433 MHz RF remote control, an infrared barrier sensor, and a servo-driven gate mechanism to teach automation logic and RF control.

Description

This model combines a set of machined mechanical parts for the portal assembly with a Grove-compatible electronics stack built around an Arduino Uno programming interface, letting students build and program a working scale model of an automated gate or barrier. A 433 MHz RF receiver Grove module paired with a 433 MHz RF remote control lets users open and close the portal remotely, while an infrared barrier module (with separate Grove transmitter and receiver) demonstrates object detection for safety interlocks. A Grove push button provides manual input, a Grove buzzer and red Grove LED give audible and visual feedback, and a servo motor drives the portal’s opening and closing movement. The kit is programmed using block-based programming via mBlock5, making the underlying automation logic, RF control, object detection, servo actuation, troubleshooting, and repairability concepts accessible to students, teachers, STEM trainers, robotics clubs, coding labs, and technical education centres.

Specifications

Compatibility & Safety Note

• Built on an Arduino Uno programming interface with Grove-compatible modules; program the model using block-based programming in mBlock5.
• Assemble the machined mechanical parts carefully and check that the servo motor moves freely before powering on, to avoid mechanical binding.
• Keep the infrared barrier’s transmitter and receiver aligned and free of obstruction for reliable object-detection readings.
• The 433 MHz RF remote control and receiver operate on a shared frequency; keep other 433 MHz devices at a reasonable distance during use to avoid interference.
• Disconnect power before reconnecting or troubleshooting Grove cables between modules.
• Supervise younger students around the moving portal mechanism to avoid pinch points during servo actuation.

Why Choose LabEquip

LabEquip’s TLM Kits range gives robotics clubs and technical education centres genuine Arduino and Grove-compatible hardware for progressively more advanced automation projects. The Portal Model pairs well with the Robot Zumo V1.2 for Arduino for comparing wheeled versus fixed automation projects, the Prototyping Shield for extending the sensor and actuator set, the Real-Time Clock Module for scheduled automation logic, and the Shield Motor 2 x 2A DRI0009 for comparing motor driver approaches.

Frequently Asked Questions

How is the Portal Model programmed?
It is programmed using block-based programming via mBlock5, through an Arduino Uno programming interface.

How is the portal opened and closed remotely?
A 433 MHz RF remote control communicates with an onboard 433 MHz RF receiver Grove module to trigger the servo-driven portal movement.

Does the model detect objects or obstacles?
Yes, an infrared barrier module with a separate Grove transmitter and receiver provides object-detection capability.

What feedback does the model give the user?
It uses a Grove buzzer and a red Grove LED for audible and visual feedback, alongside a Grove push button for manual input.

What does the kit include for assembly?
It includes a set of machined parts for the portal assembly and a set of Grove cables for connecting the electronic modules.

What concepts does this model teach?
It covers automation logic, RF control, object detection, servo actuation, troubleshooting, and repairability.

Last Updated: September 2026