GLONASS Launches Local Satellite-Free Navigation for Agricultural Drones in Stavropol Region

In October 2026, a domestic local navigation system for agricultural machinery and agricultural drones launched for the first time in Stavropol Krai. The company GLONASS developed it. Its main feature is that the system is designed to work without a satellite signal. The launch took place at the Novokugultinskoye agricultural complex, with the participation of Russia's Ministry of Agriculture, the regional ministry of agriculture and experts from the state machinery testing station.

The press office has not yet disclosed technical specifications, so below we go through what is known and what still needs clarifying.

What exactly was launched

A local navigation system is ground-based positioning infrastructure deployed on a specific territory: a field, a farm or an agricultural complex. Such solutions are usually built on base stations or reference beacons. Machinery determines its position relative to them rather than from a signal from orbit. Public materials do not say which architecture GLONASS's solution uses. That needs to be checked in the documentation.

The phrase "without a satellite signal" matters for agricultural drones. Their satellite reception suffers from terrain, tree belts, interference and deliberate signal jamming. For a drone treating a field with an accuracy of a few meters, losing its position means a broken route, skipped strips or overlaps when applying chemicals. For an unmanned tractor, it is a safety issue.

Who took part and why it matters

The involvement of the relevant ministries and the machinery testing station suggests the launch was conceived as an industry pilot rather than a press demonstration. State testing stations typically verify that machinery and equipment meet their declared parameters. If the test results are published, the market will get real figures for accuracy and reliability instead of marketing promises.

Stavropol Krai suits such a launch for obvious reasons: large grain farms, big fields and a high density of machinery. It is where the effect of precise positioning is easiest to calculate in money: savings on fuel, seed and crop protection products.

Known parameters

• Launch date: October 2026.
• Region: Stavropol Krai.
• Site: Novokugultinskoye agricultural complex.
• Developer: the company GLONASS.
• Participants: Russia's Ministry of Agriculture, the regional ministry of agriculture, experts from the state machinery testing station.
• Target devices: agricultural machinery and agricultural drones.
• Not disclosed: positioning accuracy, coverage radius, frequency band, equipment cost, licensing model.

What farms and integrators should check

Without figures, it is too early to talk about advantages. But the list of questions for the developer is already clear.

First, accuracy. Is it meters or centimeters, static or in motion, and how does it change at the edge of the coverage area? One margin of error is acceptable for fertilizer application, and a completely different one for inter-row cultivation or automated steering.

Second, coverage and infrastructure cost. A local system requires installing ground-based elements. If a farm works thousands of hectares, it needs to know how many stations will be required and who will maintain them.

Third, compatibility. Will the system work with the controllers and autopilots already installed on tractors and drones, or will the onboard equipment need to be replaced? Deployment speed depends on this.

Fourth, reliability. It is worth requesting test results under interference and in shadowed areas, for example near tree belts and buildings.

If the answers prove convincing, local navigation could become a complement to satellite navigation rather than a replacement. A backup positioning channel for agricultural machinery that increasingly operates without a driver looks like sound engineering practice. The next milestones are the publication of the test results and information on commercial terms.