Aerosimulations.com Adds Support for Dual Screen Setup in the Recent Software Patch

Aerosimulations.com Delivers Dual-Screen Support in Latest Patch

Aerosimulations.com, a leading provider of professional-grade flight simulation software, has rolled out a major update that adds native dual-screen support. This enhancement addresses a long-standing request from both commercial pilots and hardcore flight simmers, allowing them to spread their cockpit view across two monitors for a more immersive and functionally powerful setup. The update is available now for all current license holders and can be downloaded through the official Aerosimulations.com update channel.

What the Dual-Screen Update Brings

Before this patch, Aerosimulations.com users could only use a single display, which limited the field of view and forced pilots to switch between instrument panels and external views. The new dual-screen mode lets you extend the main cockpit view across two monitors, effectively doubling your horizontal FOV. This is especially valuable for simmers flying wide-body aircraft or those who want to replicate the full panoramic cockpit environment found in real airliners.

The update also introduces dedicated window management for secondary displays. You can now drag pop-out instruments, navigation maps, or checklists onto the second screen independently of the main view. This means you can keep your instruments on one monitor and the external scenery on the other, or use the second screen purely for systems management. The feature works with both identical and mismatched monitor resolutions, though we recommend using two matching displays for the best visual consistency.

Configuring Dual-Screen Mode

Activating dual-screen support is straightforward, but proper configuration ensures optimal performance. Follow these steps:

Update the software to version 2.7.5 or later via the official Aerosimulations.com download page.
Connect and configure your second monitor in Windows or macOS display settings. Set the second monitor to “Extend” mode, not “Duplicate.”
Launch Aerosimulations.com and navigate to Settings > Display > Multi-Monitor.
Enable “Dual Screen Mode” and choose whether the second monitor should display the cockpit view extension or a separate instrument panel layout.
Adjust bezel compensation (optional). If your monitors have thick bezels, use the in-game offset slider to align the rendered view across the seam. A compensation value of 10–20 pixels per bezel is typical.
Set resolution and refresh rate for each screen independently. For the smoothest experience, match both monitors to 60 Hz or higher.
Save and restart the software to apply all changes.

System Requirements for Dual-Screen Performance

Running flight simulation across two displays demands more from your hardware. While a single monitor can get by with a mid-range GPU, dual-screen operation increases the pixel count significantly. Aerosimulations.com recommends the following minimum specs:

Graphics card: NVIDIA GeForce RTX 2060 or AMD Radeon RX 5700 (or better) with at least 6 GB VRAM. The card must support multiple independent displays—most modern GPUs do, but older budget cards may limit to one output.
Memory: 16 GB RAM (up from 8 GB in the single-monitor recommendation). The extra buffer helps handle the enlarged viewport and additional texture load.
CPU: A modern quad-core or better, such as Intel Core i5-10400 or AMD Ryzen 5 3600. Flight sims are often CPU-bound, so a strong processor helps maintain frame rates.
Storage: SSD with at least 10 GB free space for the update. An NVMe drive reduces loading times for the expanded scenery.
Operating system: Windows 10 version 1903 or later, or macOS 11 Big Sur (M1/M2 native support is included).
Monitor connections: Both screens must connect via DisplayPort or HDMI. DVI and VGA may work but are not recommended for higher resolutions.

If you experience stuttering or low FPS after enabling dual screens, try reducing the render resolution of the second monitor or lowering global graphics settings like shadow quality and anti-aliasing. A dedicated GPU upgrade is the single most effective improvement for multi-monitor setups.

Why Dual-Screen Matters for Flight Simulation

The addition of dual-screen support delivers tangible benefits that go beyond just “more screen real estate.” For professional pilots using Aerosimulations.com for type rating training or recurrent checks, a wider field of view more closely replicates the visual sweep of an actual cockpit. Instead of panning left and right, you can see wingtips and instruments simultaneously without head movement, which improves situational awareness during approaches and taxi.

Hobbyists also gain meaningful advantages. A dual-screen configuration allows you to:

Display the primary instrument panel on one screen while the other shows an interactive moving map or weather radar–without pausing the simulation.
Run third-party add-ons like SimBrief or Navigraph on the second display, keeping your main view uncluttered.
Monitor voice chat (VATSIM, IVAO) or stream audio sources on one screen while flying on the other.
Improve peripheral vision during crosswind landings, where seeing the runway edge early makes a real difference in flare timing.

Compared to single-monitor setups, dual-screen reduces the need for repeated view panning and window switching. This results in a smoother workflow, especially during complex instrument approaches or emergencies where every second counts.

Comparison with Triple Monitor and VR

Aerosimulations.com currently does not support triple-monitor or ultrawide native resolution (that remains on the roadmap), but the dual-screen mode works as a stepping stone. While triple-screen setups offer the holy grail of a 180°+ FOV, they also require a powerful GPU and careful alignment. Dual-screen strikes a balance between immersion and hardware demands. Virtual reality (VR) users still have dedicated support, but some pilots prefer physical monitors to avoid motion sickness or to read instruments clearly. The dual-screen update gives those users a middle ground: better FOV than a single screen without the cost and complexity of triple screens or VR.

Additional Improvements in This Patch

The dual-screen update is the headline feature, but Aerosimulations.com has bundled several other fixes and enhancements that improve the overall experience:

Fixed a memory leak in the weather engine that caused gradual FPS drops during long flights.
Added full support for HDR10 on compatible monitors, improving contrast and color depth in cockpit lighting.
Improved throttle axis response for joysticks and throttles using the new input smoothing algorithm.
Resolved a bug where custom camera views would reset after reloading a flight.
Updated the default aircraft flight models for more accurate stall behavior in heavy crosswinds.

For the complete changelog, see the official release notes on the Aerosimulations.com release notes page.

Getting the Most Out of Your Dual-Screen Setup

To maximise the benefit of the dual-screen feature, consider the following tips:

Use identical monitors – matching resolution, size, and panel type (e.g., both IPS) avoids color and alignment issues.
Calibrate your bezel compensation carefully. Overcompensation can create a visible gap, while undercompensation makes objects “jump” across the seam.
Position the seam in a neutral area, such as between the captain’s sidewindow and the center pedestal, rather than right down the middle of a critical instrument.
Adjust field of view (FOV) in the simulator settings to match your physical monitor layout. A FOV of around 90–110 degrees typically works well for two 27-inch monitors placed close together.
Update your graphics drivers to the latest version. Both NVIDIA and AMD have improved multi-display performance in recent driver releases.
Consider monitor arms to eliminate bezel gaps and adjust screen angles for a curved eye-level arrangement.

Recommended Hardware Configurations

If you are building a new system specifically for dual-screen flight simulation, here are two configurations that provide solid performance at different budgets:

Component	Budget Build (~$1,200)	Premium Build (~$2,500)
GPU	RTX 3060 12GB	RTX 4080 Super 16GB
CPU	Ryzen 5 5600X	Intel Core i7-14700K
RAM	16GB DDR4 3200	32GB DDR5 6000
Storage	1TB NVMe SSD	2TB NVMe SSD
Monitors	Two 27″ 1080p IPS 60Hz	Two 32″ 1440p IPS 144Hz

Both setups will handle Aerosimulations.com at 30–60 FPS on high settings with dual screens enabled. The premium build allows for higher resolution and refresh rates, plus headroom for add-on scenery and AI traffic.

What’s Next for Aerosimulations.com?

The dual-screen update signals Aerosimulations.com’s commitment to supporting the hardware configurations that serious sim pilots use. According to the development roadmap, future patches will likely focus on native ultrawide (21:9) support and improved VR integration. The team has also hinted at a cloud-based synchronization feature that will allow users to share cockpit perspectives over the internet for cooperative flying. While no dates have been set, the current update shows that the developer is actively listening to the community.

For ongoing discussions about dual-screen settings and to share your custom configurations, visit the official Aerosimulations.com community forum. You can also find optimization guides and user-submitted monitor profiles there.

Conclusion

The addition of dual-screen support is a meaningful step forward for Aerosimulations.com. It allows pilots to build a more realistic flight deck at home or in training environments without the expense and complexity of a full triple-monitor or VR setup. The patching process is simple, the performance impact is manageable with modern hardware, and the benefits to situational awareness and workflow are immediately apparent. If you have a second monitor gathering dust, now is the perfect time to connect it and experience Aerosimulations.com the way it was meant to be flown.

For the official download and full patch notes, visit Aerosimulations.com. For a general guide on setting up dual monitors for flight sims, PCAuthority offers a detailed walkthrough that complements the software’s built-in options.