Fly Your Drone Remotely Online From a PC Anywhere in the World
Haddacerra bridges the gap between local radio equipment and global IP networks. By connecting your flight controller directly to an isolated hardware compute layer, you can securely execute over-the-internet remote flight operations, remote instructor takeover, and complex pre-programmed automation.
Operational Media Stream
Demonstration displaying real-time tracking from a remote PC web browser to the physical hardware gateway.
System Handoff Ready
LINK: ACTIVE | FAILSAFE: SECURE
Advanced Long-Range Flight Operations
Unlocking foundational network and control features previously unavailable on standard handheld radio controller platforms.
Global Internet Remote Control
Enables true over-the-horizon flight execution. A pilot located in a different country can connect to the drone online via a PC terminal, sending realtime stick inputs, commands, and telemetry arrays through our secure low-latency pipeline.
Remote Instructor Overwatch
Perfect for remote training, fleet oversight, and distance monitoring. A local pilot can manage physical operations in the field while an instructor sits online anywhere globally, monitors flight metrics, and can seamlessly take complete control of the drone if corrections are required.
On-Board Companion Automation
Utilize the integrated Raspberry Pi compute power to run pre-programmed automated flight paths and tracking scripts locally. The onboard processor directly manages mission trajectories at the hardware level, sending inputs straight into the underlying controller framework.
Zero-Compromise Safety Design
Operating a drone over public internet routing networks demands absolute physical and digital reliability. Haddacerra is built with redundant hardware pathways to eliminate flight risks.
Seamless Manual Control Transition
If an over-the-internet link experiences latency degradation, dropping frames, or total cellular connection loss, the local field safety pilot can instantly take back control. The system handoff back to manual inputs is immediate, hardware-driven, and seamless—no reboots or link reconnect loops required.
Onboard Industrial eMMC Flash Storage
Haddacerra avoids consumer-grade MicroSD slots that fail under helicopter or multi-rotor operating vibrations. Operating loops run entirely on hard-soldered, automotive-grade eMMC storage media, securing full system uptime through critical power anomalies.
Enhanced Single-Antenna 3 dB Sensitivity Margin
Built with a dedicated MediaTek network chip rather than standard high-interference USB wifi adapters. This delivers an explicit 3 dB receiver margin advantage—meaning the hardware stays linked to network towers at twice the signal degradation drop point of traditional modifications.
Q: Can I fly my drone remotely online from my PC or from a far away location?
A: Yes. Haddacerra acts as an industrial hardware interposer that routes telemetry and execution controls directly over public internet protocols via a custom secure P2P UDP tunnel. This enables a user sitting anywhere in the world to pilot a standard handheld-controller-linked drone remotely from a computer.
Q: How do you safely hand over control from internet flight back to a local operator?
A: The hardware architecture prioritizes local manual control over remote cloud routing. If network handoffs drop or an instructor needs to yield control to a student in the field, moving the physical joysticks on the primary radio transmitter triggers an immediate safety override, restoring local manual flight authority.
Apply for Batch 1 Early Access
We are currently building serveral physical field evaluation lots inside custom housings. Apply to secure hardware slots for testing remote online piloting, dual-control training, or advanced automation routines.