F4F RoboFly is an autonomous, ROS-based research drone designed for education, R&D, multi-robot experimentation, and customizable robotics applications.

# Fly4Future F4F RoboFly – Autonomous Research and Development Drone

The F4F RoboFly from Fly4Future is an autonomous, research-grade drone engineered for both indoor and outdoor experimentation, education, and multi-robot system development. Offered in Basic, Vision, and Swarm models, it is tailored to support academic institutions, research facilities, and developers advancing robotics and autonomy.

Key Features and Advantages

1. Open-Source ROS2 Platform

The RoboFly is built on ROS2, ensuring compatibility, customization, and integration for diverse research applications.

2. Modular and Agile Design

Its modular construction, lightweight build, and vibration-reduced motor mounts provide agility, durability, and stability in complex testing environments.

3. Model-Specific Capabilities

• Basic Model: 0.85 kg, endurance of 11 minutes, with payload capacity up to 0.30 kg.

• Vision Model: 0.87 kg, 10 minutes endurance, with AI acceleration and a 0.25 kg payload.

• Swarm Model: 0.89 kg, 10 minutes endurance, UVDAR technology, and a 0.25 kg payload.

4. Camera and Sensor Flexibility

The Vision model includes front and downward cameras, while the Swarm model features front and rear cameras for group coordination. All versions support expandability via USB and Ethernet for additional sensors such as GNSS, LiDAR, and VIO.

5. Simulation and Swarm Research

Fully compatible with simulation environments like Unreal Engine, and with a dedicated swarm version, it enables realistic, large-scale multi-agent experimentation.