Slovak Startup Flies a Plane From a Bratislava Desk Using Starlink

Schochman Aviation's Remote Cockpit: What Was Actually Demonstrated

Slovak startup Schochman Aviation has demonstrated remote control of a light aircraft over a Starlink satellite connection, with a pilot in a Bratislava office taking over from a colleague in the cockpit. According to founder Robert Schochmann, the test flight took place days ago and is now presented as the latest feature of the company's AI-assisted cockpit system. A qualified pilot anywhere in the world can connect to the aircraft, see the same camera views and sensor data as the onboard pilot, and assume control when needed.

Schochmann says the first practical application is flight training. When a student freezes during a solo flight, an instructor can now take over remotely instead of only giving advice from the tower. The longer-term pitch is civil missions without a crew on board: the aircraft can carry extra cameras, sensors or fuel, and can be used to monitor fires or survey contaminated areas. Every test so far still carries a safety pilot who can disconnect the remote link and resume control with one button.

The ground pilot does not physically move the controls. The pilot enters an intention, such as the desired bank angle, and the onboard computer executes the maneuver. The link runs over Starlink, with a local data connection as backup. The company stresses that this is aimed at general aviation, not airliners: large transport aircraft represent a different certification world and are not part of the current plan.

What Remote Control Could Change in General Aviation

Why Flight Training Offers the First Real Use Case

Remote override addresses a known gap in training: until now an instructor watching a student freeze on a solo flight could only talk. Giving the instructor control authority converts advice into action. That is a commercially meaningful feature for flight schools, but it will be judged on responsiveness, reliability and how regulators view a remote pilot in the instructional loop.

Removing the Pilot From the Payload Equation

For special civil missions, the technology changes the basic trade-off of a light aircraft. Without a person in the seat, a 600-kilogram-class ultralight can devote weight to cameras, sensors or fuel. Fire monitoring and surveys of contaminated zones are natural candidates because keeping people out of the aircraft is the point. This extends the drone concept to larger aircraft, but the payload benefit only becomes fully real once safety pilots are no longer required on board.

Certification, Not Technology, Is the Gatekeeper

The company is deliberately limiting its ambition. Remote control over a commercial satellite link has no established certification path in manned light aviation, and all testing still depends on a physical safety pilot. With first installations at European manufacturers planned around the turn of the year, the timeline will be set by how quickly national aviation authorities and EASA accept the safety case, including the backup data link and the override button.

A Self-Funded Supplier Built on Retrofits and Licences

Schochman Aviation says the hardware, electronics, design and software are all in-house and the company has taken no outside investors. The business model matches that: selling screens, sensors, software and data as retrofits for existing aircraft, licensing individual functions to manufacturers, and selling custom development. Scaling is meant to come from integrating into more aircraft types, not from mass-producing aircraft. The company says it is talking to more than 20 firms in the EU and beyond, naming Tomark Aero, Aeroprakt, BelMot Aircraft and DOVA Aircraft as relevant makers in the ultralight and experimental segment.

What Flight Schools, Manufacturers and Mission Operators Should Watch

The demonstration is early-stage, but it points to concrete decisions for several groups.

• Flight schools and training organisations should evaluate whether remote instructor override fits their existing aircraft and ask what certification evidence the company can provide before the planned turn-of-year installations with European manufacturers.
• Ultralight manufacturers such as Tomark Aero, Aeroprakt, BelMot Aircraft and DOVA Aircraft should weigh the appeal of a modular retrofit feature against the cost and timeline of qualifying it with regulators.
• Civil mission operators interested in fire monitoring or surveys of contaminated areas should compare a remotely controlled light aircraft with current drone and manned options, keeping in mind that full payload gains depend on removing the onboard safety pilot.
• Prospective investors should test the credibility of the more than 20 integration discussions and the certification roadmap, since the company is currently self-funded and says it has no investors.