AI Startup Revolutionizes Aviation with Voice-Controlled Cockpit

Schochman aviation develops Smart AI-Powered, Voice-Controlled Aircraft

"Imagine flying your sport aircraft into an unfamiliar region. Suddenly, the weather deteriorates, mobile data signal drops, and you urgently need to find a safe route around the storm. What would you do?"

What is Schochman AI Glass Cockpit, and Why is it Revolutionary?

Schochman AI Glass Cockpit introduces artificial intelligence to the cockpit of smaller sport aircraft, fundamentally transforming how pilots approach navigation, communication, and flight monitoring. The system assists with air traffic control communications, warns pilots of risks, and enables voice-controlled aircraft management, significantly reducing pilot workload.

Why Do Smaller Aircraft Need Such a System?

While large commercial aircraft often have their own radar systems, smaller sport aircraft lack this capability. As a result, pilots must rely on mobile apps and manually searching for information—an inefficient and sometimes impossible task, especially in areas without internet coverage.

How Does Schochman AI Glass Cockpit Solve This Problem?

It integrates satellite connectivity, allowing pilots to view high-resolution, real-time weather data anywhere in the world, at any altitude.
The AI processes this data to provide proactive storm and wind warnings, helping pilots avoid dangerous situations before they arise.

Key Features of Schochman AI Glass Cockpit

The system is built on three fundamental principles to ensure higher safety, intuitive control, and reduced pilot workload.

1. Prevention – How Does the System Help Avoid Dangerous Situations?

The system continuously monitors real-time weather conditions, wind patterns, storms, and pilot reports via satellite connection. Based on this data, it suggests safer routes before conditions become critical.

How Does It Work in Practice?

If you’re flying over mountains and a storm approaches, the system proactively recommends an alternative route to avoid severe turbulence and sudden wind gusts.

2. Simple Control – Why Is Voice Control Key for Pilots?

Voice commands eliminate the need for time-consuming manual data entry, allowing pilots to quickly and efficiently manage navigation, autopilot, and other functions without using touchscreens.

How Does Voice Control Make Flying Easier?

"If you’ve ever tried using a touchscreen in turbulence, you’ll understand why we introduced voice control—it’s like trying to use a tablet on a roller coaster."

• "Set course to 180 degrees" – The autopilot instantly adjusts the heading.
• "Switch frequency to 118.300" – The system changes to the new frequency without any manual input.
• "Climb to 5300 ft" – The aircraft adjusts altitude automatically.
• "Delete waypoint from flight plan" – The route updates in real-time.

What If the Pilot Mishears ATC?

AI monitors radio communication and automatically transcribes air traffic control instructions into text, reducing errors, stress, and improving flight safety.

3. All-in-One Integration – How Does This System Reduce Pilot Overload?

Many pilots juggle multiple apps for weather, navigation, and flight parameters while checking additional instruments in the cockpit. Schochman AI Glass Cockpit consolidates everything into one system.

Why Is This Important?

Less time spent switching between apps and devices means reduced mental workload and faster decision-making. The pilot can focus on flying rather than searching for information across multiple screens.

What Makes This System Unique?

Schochman AI Glass Cockpit is not just another avionics system—it’s an intelligent pilot assistant that introduces a new level of safety, simplicity, and efficiency to general aviation.

"Think of it as Knight Rider, but instead of a talking car, you have an aircraft that understands you and can help you navigate safely through harsh weather."

Who Is Behind This Innovation?

A team of talented engineers, led by Ing. Robert Schochmann—a pilot, engineer, and enthusiast in robotics, AI, and aviation technology. A recipient of multiple scientific and technology awards, including Forbes 30 Under 30, and founder of Trainshot s.r.o.

Schochmann and his team have built three Dova Skylark aircraft in collaboration with the Czech manufacturer Dova Aircraft. The Dova Skylark is the first aircraft equipped with Schochman AI Glass Cockpit, opening a new era of intelligent avionics.

What Inspired the Development of an AI Cockpit?

"One night, I flew into a snowstorm. The turbulence was intense, and using touchscreen controls became almost impossible. I thought—why not just give the commands by voice?"

Can This Technology Literally Save Lives?

In critical situations where touchscreen controls become impractical, voice control gives pilots valuable seconds that can mean the difference between safety and disaster.

(Watch the System in Action – Video Demo in press link at bottom)

Is the System Dangerous Since It Uses AI?

No. The AI does not autonomously control or make flight decisions. All AI-generated suggestions require pilot confirmation, so there’s no risk of a "Skynet" scenario in the cockpit.

Can This System Help in Emergency Situations, Such as Engine Failure?

Absolutely! Schochman AI Glass Cockpit assists pilots in responding quickly and correctly in emergency situations.
For example, if an engine failure occurs, the system immediately displays emergency procedures and suggests the best solutions based on current conditions.

Where and When Can You See It?

📍 Official unveiling at Friedrichshafen AERO SHOW 2025 (April 9–12, 2025).
Visit us in HALL A6 - BOOTH 424 to see how artificial intelligence, satellite connectivity, and voice control are transforming the future of aviation!

More Information & Contact:

Ing. Robert Schochmann, CEO Trainshot s.r.o.

(High-resolution photos and videos, including logos and additional materials, can be found in the attached press kit.)

📎 Press Kit

🌐 Website: www.schochman.com
📸 Instagram: schochman
📧 Email: info@schochman.com