At FlightSimExpo 2026, leading flight simulation media outlet FSElite conducted an on-site interview with Rowsfire, covering its latest generation of flight simulation hardware and long-term ecosystem roadmap. The discussion focused on recent upgrades across both Airbus and Boeing cockpit systems, as well as Rowsfire's vision for a fully modular cockpit ecosystem.

🧩 From Individual Panels to a Complete Cockpit System

During the interview, Rowsfire showcased an upgraded version of its A107 panel system, introducing a more integrated next-generation control layout.

In this new design, high-frequency in-flight operations are consolidated into clearly defined functional zones, including:

• Flight control system modules
• Auxiliary system control areas
• Hydraulic system control units

Rowsfire explained that the core goal of this generation is improved operational intuition:

From a manufacturing perspective, the system combines 3D-printed structural components with injection-molded parts, balancing structural strength with fine detail accuracy.

🔌 Single USB Architecture: A Simpler Setup Experience

To address the complexity commonly found in flight simulation hardware setups, Rowsfire has significantly simplified connectivity.

All devices now operate through:

• A single USB connection (power + data)
• Arduino-based control architecture
• No external power adapters required

This approach greatly reduces cabling complexity, making home cockpit setups cleaner, faster, and more efficient.

🧠 Software Ecosystem: Dual Platform Support

Rowsfire offers two software pathways:

✔ MobiFlight Compatibility
Enabling users to:

• Customize button mapping
• Extend system logic
• Build highly flexible configurations

✔ Rowsfire Official App
The official application provides:

• Pre-configured flight profiles
• Firmware update support
• One-click "Run & Fly" mode

The goal is to lower the entry barrier to flight simulation:

🧱 Modular Ecosystem Expansion: Airbus Full Cockpit Roadmap

Rowsfire also confirmed ongoing development of a full Airbus cockpit ecosystem, including:

• Overhead panel (already released)
• Pedestal (featured at FSExpo)
• Airbus PFD / ECAM (in development)
• Central control console (in development)
• Glareshield (planned)

The long-term vision is a fully modular cockpit system that can be expanded step by step.

🪑 Pedestal: Real-Scale Design and High Compatibility

A key highlight at the expo was the Airbus pedestal unit, designed based on real aircraft proportions and constructed with lightweight PVC materials.

Key features include:

• Realistic Airbus-scale dimensions
• Compatibility with multiple throttle quadrants and peripherals
• Integrated rear cable management channels
• Modular expansion structure

The product also uses a flat-pack shipping design:

• Approx. 2 ft × 2 ft packaging
• User assembly required
• Reinforced structure for safe transport

🛫 Boeing Series Upgrade Highlights

Alongside Airbus products, Rowsfire also presented its upgraded Boeing lineup.

The next-generation Boeing overhead panel features:

• Real-time system feedback synchronized with the simulator
• Full backlit control system
• Adjustable brightness
• Functional EGT needle movement display
• Real-time APU startup status visualization

Rowsfire summarized its design philosophy as:

💰 Limited-Time Expo Promotion

Coinciding with FlightSimExpo, Rowsfire announced a limited-time promotion:

🌏 Community & Engagement

Rowsfire also welcomes flight simulation users to join its global communities:

✈️ Closing Thoughts

From FSElite's interview at FlightSimExpo 2026, one direction becomes clear:

Rowsfire is not just building flight simulation hardware — it is building a fully modular, accessible cockpit ecosystem.

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