SwarmiX wants to connect drone swarms to 1 Gbit/s — but the evidence remains to be provided

A drone can transmit a video without too much difficulty. Instead, an entire fleet must share images, telemetry and controls without saturating the waves or losing contact when an aircraft moves away. This is the challenge that Mobilicom claims to want to take up with SwarmiX, a new family of mailed radios launched on 12 October 2026 at the AUSA military exhibition in Washington.

A network where each device can relay others

In a mesh network, not all devices communicate directly with a central station. Each node can also relay data from a neighbour, which allows to extend the cover and offer several paths in case of breakage of a link.

SwarmiX includes a module to be integrated into drones and robots as well as an enhanced unit for operators, vehicles and launch systems. Mobilicom announces a maximum flow of 1 Gbit/s, support for "hundreds" of nodes and a capacity to change tape to better cope with interference and interference. These performances are, for the moment, statements by the manufacturer.

Interest goes beyond military. Such an architecture could also be used to coordinate inspection drones, robots in a mine, a search and rescue team or sensors deployed after a disaster. However, the product presented is primarily aimed at defence and industrial autonomy markets; Mobilicom does not advertise it as a consumer accessory.

A small module with high ambitions

The official technical sheet gives unusual details for a launch. The module measures 91 × 38.6 × 13 mm, weighs 72 g and consumes 13 to 14 W. It accepts up to four antennas, uses a MIMO 2 × 4 configuration and offers channels from 5 to 160 MHz. Its interfaces include gigabit Ethernet, USB 3, USB 2, UART and general input-outputs.

The bands specified on the sheet are 2.4 to 2.7 GHz and 4.9 to 6 GHz, while the press release refers to spectral agility "up to 7 GHz". This formulation does not confirm continuous coverage up to 7 GHz. AES-128 or AES-256 encryption is also indicated as optional, an important detail for a product presented as safe.

Why the number of 1 Gbit/s doesn't tell the whole story

The maximum flow of a radio is not necessarily the one that each drone will receive. DARPA emphasises that when an ad hoc mobile network grows, the capacity must be shared between more users and the individual rate may fall to a fraction of the radio capacity. In a real swarm, distance, number of relays, obstacles, mobility and interference also influence latency and stability.

Mobilicom did not publish the conditions that produced the figure of 1 Gbit/s, nor a detailed result with hundreds of knots. No SwarmiX-specific independent test bench was found at the time of the search. The promise is technically interesting, but it is not yet a demonstrated performance on the ground.

Availability, prices and Canada

The manufacturer did not communicate any price, delivery schedule, or integration customer named for SwarmiX. This means a commercial launch for integrators, not a retail product. No Canadian prices or sales channel in Canada were announced.

Canadian availability should not be presumed. Innovation, Science and Economic Development Canada specifies that a radio device must obtain a certificate of technical acceptability and be included in the Radio Equipment Nomenclature before being imported, distributed or offered for sale in Canada. No Canadian SwarmiX certification was confirmed.

Limits and Considerations

The main limitations are simple: lack of independent testing, unknown price and unspecified availability. The predicted operating range of -20 to 60 °C could also become a factor in some colder Canadian environments. Finally, a 72 g module consuming up to 14 W imposes a real compromise on the autonomy of a small drone.

The system is presented as interference resistant, but Mobilicom does not yet provide comparative measurements to assess this resistance. The cybersecurity of a swarm will also depend on the entire channel: radio, software, keys, control station and updates.

Conclusion

SwarmiX points to a central issue in modern robotics: a swarm is useful only if its members can exchange a lot of data without becoming fragile. Its compact format and features announced make it a launch to watch. To move from a promising sheet to a proven solution, Mobilicom will have to publish reproducible results, specify availability and show what its network can actually support when hundreds of nodes move and share the spectrum.