Mobile / Robotics / Embedded · Case study
ESP / RC Vehicle Remote
A Flutter-based control interface for ESP-powered physical vehicles.
A mobile remote-control application for physical ESP-powered vehicles, combining connectivity, steering, telemetry, and driving-oriented interface concepts.
A physical RC or ESP-powered vehicle needs a control interface that can communicate clearly, expose driving state, and translate user input into vehicle commands.
The project connects a mobile user interface with embedded hardware through Bluetooth and Wi-Fi concepts.
Build a focused Flutter application for steering, speed control, connectivity, telemetry, and simulation-oriented vehicle interaction.
- Flutter control interface
- Connectivity layer
- Command/state layer
- ESP32 vehicle endpoint
- Telemetry feedback
- Vehicle control
- Steering
- Speedometer
- Telemetry
- Bluetooth connectivity
- Wi-Fi connectivity
- Simulation concepts
- Keeping controls responsive while communicating with hardware
- Presenting telemetry without distracting from core vehicle control
- Prioritize direct control and legibility over dashboard complexity
- Keep hardware communication isolated from presentation logic
- Hardware/software products require the interface, communication layer, and physical behavior to be designed as one system.
- Verified hardware revisions and control protocols can be documented when available.
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