Synthetic Vision Technology Is Now on the G3000 Simulator: Real Terrain, Textured Runways, and a Flight Path Marker

Update 5 adds full Synthetic Vision Technology (SVT) to the PFD on the SR7x and SFx. Real-world terrain rendered in 3D, textured runways with markings, a flight path marker showing your actual motion vector, and a rebuilt global terrain database that finally covers Europe.

May 22, 20268 min readSR7x & SFx

Update 5 adds full Synthetic Vision Technology (SVT) to the PFD on the SR7x and SFx simulator packages. Real-world terrain rendered in 3D. Textured runway surfaces with markings. A flight path marker showing your actual motion vector. A horizon heading display. And a rebuilt global terrain database that now covers 65°N to 65°S, finally including Europe and much of Canada.

If you fly a Cirrus G7 or a Vision Jet in the real cockpit, SVT is the view you already train your scan around. Update 5 brings that exact view into the simulator. Below is what shipped, what each piece does on the PFD, and what is intentionally not in the first version.

01What Synthetic Vision puts on your PFD

When you toggle SVT on through the new PFD Settings page, four things start rendering on the primary flight display:

• →3D terrain rendered from the new global database. Topography, shading, elevation gradients. Behaves like the real G3000 SVT in low-light and night transitions.
• →Textured runway surfaces with proper runway markings and numbering at the active destination. Final approach reads correctly because the touchdown zone is visually distinct.
• →Flight path marker (the small green circle, also called velocity vector) showing where the aircraft is actually going, not where it is pointed. More on this below; it is the most useful single element on the PFD.
• →Horizon heading display across the top of the PFD. Reduces scan steps when banked.

Everything is controlled through a new PFD Settings page, which is itself new in Update 5. SVT is one of its tabs, alongside wind indication options and angle-of-attack display options. Toggle SVT on or off without leaving the flight.

02The flight path marker, explained

The flight path marker is worth its own section because it is the most commonly misunderstood element on a modern PFD. Pilots who have trained on conventional six-pack instruments often conflate it with angle of attack. They are different.

Angle of attack shows where the airplane is pointed. Flight path marker shows where the airplane is actually going. The difference between the two is your wind correction, your sink rate, your climb angle, energy made visible.

Practical use:

• →Flight path marker on the runway threshold? That is where you will touch down. Adjust pitch or power; do not adjust the FPM directly.
• →Flight path marker on the horizon? You are level.
• →Flight path marker below the horizon on climb-out? You have a deck angle issue. Pitch up or accept the climb you are getting.
• →Flight path marker drifting in a crosswind approach? You are seeing your crab angle in real time.

The simulator implementation is accurate to the certified avionics. If you train scan habits to the FPM in the box, those habits transfer directly to the real airplane.

03Rebuilt global terrain database

The terrain database has been rebuilt worldwide. Coverage expands from approximately 50°N/S to 65°N/S. That single change adds proper terrain rendering for Europe, much of Canada, and southern polar regions that were previously blank.

Drop into Innsbruck (LOWI) or Courchevel (LFLJ) and the terrain renders. Drop into Telluride (KTEX) at field elevation 9,078 ft surrounded by 13,000+ ft peaks and the San Juans fill the PFD. The new database is also more efficient than the previous one, which is what made the expanded zoom range possible (the map now goes out to 150 NM, up from 50 NM).

04The blue banana on the map

Alongside SVT on the PFD, Update 5 adds the blue banana, the altitude-intercept arc, to the MFD map. The arc shows where your aircraft will intercept your pre-selected altitude at current vertical speed.

Useful any time you are descending against terrain or trying to make a crossing restriction. Set 11,000 ft pre-selected on a descent into KTEX. The arc lands where you will actually level off. If it lands beyond the airport, your descent profile is too shallow. If it lands short, you are diving. Adjust before the box yells at you.

05What SVT unlocks for training

SVT is not a graphics upgrade. It is a different kind of scan practice. Three scenarios become accessible in the simulator that were either unreasonable or unsafe to practice live:

Night IFR currency on real terrain

Log instrument approaches into mountain airports that you could not realistically practice in the airplane. SVT provides the situational awareness baseline you would have on a clear day. The simulator still enforces approach gates, minimums, and missed-approach procedures, so the practice is procedural, not just visual.

Mountain approaches and terrain awareness

Approaches into Telluride, Aspen, Eagle, Hayden, Truckee, airports where the terrain decides the procedure. SVT shows the relationship between your altitude, your flight path marker, and the ridgelines around you in a way that 2D depictions cannot.

Unusual attitude recovery with a true 3D reference

During unusual attitudes, students get a real 3D reference for where the horizon is and which way the airplane is pointed. Builds the right recovery scan before they ever see a real one in the airplane.

Transfer of learning to the certified avionics

For real-world G3000 operators, this closes a meaningful gap. Same buttonology. Same SVT behavior. Same horizon heading display. The translation step between sim and airplane disappears for the scan habits SVT supports.

06AATD credit. It counts.

Both the SR7x and SFx are available in AATD configurations. Time logged in either counts toward instrument currency, the instrument rating, the commercial certificate, and the ATP under the rules in 14 CFR 61.51 and 61.65. SVT does not change the AATD certification, it is included on the AATD-configured systems at no extra cost.

For Part 141 programs and university aviation departments running the SR7x or SFx, SVT lands inside the existing AATD credit structure. No paperwork change required.

07What is not in SVT yet

This is the first shipping version of SVT in RealSimGear. It includes the four elements above (terrain, runways, horizon heading, flight path marker) plus the blue banana on the map. It does not yet include:

• →Extended runway pathways (the green path-in-the-sky)
• →Detailed airport environments (taxiway lighting, ramps)
• →Obstacle rendering (towers, antennas)
• →Terrain alerting and color coding (TAWS-style)
• →Traffic display (TIS-B / ADS-B targets) on the SVT layer

Synthetic Vision rendering the RNAV approach into Telluride (KTEX) on an SFx Vision Jet simulator. Flight path marker on the threshold; the San Juans behind.

How to enable SVT on your sim

If you already own an SR7x or SFx, SVT arrives as part of Update 5, no separate purchase, no add-on. Update 5 is rolling out in waves of 20 customers per week so our support team can be present for every install. You will receive a personalized scheduling email from RealSimGear support when it is your turn, keep an eye on your inbox over the coming weeks. The update itself is delivered through the RealSimGear launcher.

Once Update 5 is installed, SVT is enabled by default. Use the new PFD Settings page to toggle it, adjust display options, or turn it off entirely if you want to practice with classic instrumentation only.

What is next for SVT

Update 5 is the foundation. Future updates will expand SVT through the layers listed above, pathways first, then airport environments, then obstacles and terrain alerting. We are also working on additional zoom range, pinch-to-zoom on the GTCs, and tighter integration between SVT and the Jeppesen ChartView layer so chart minimums and SVT terrain reference the same elevation source.

If you have a specific scan habit, certification scenario, or training drill you want SVT to support better, send it our way. Customer feedback drove most of what shipped in this release. It will keep doing that.

For the complete list of Update 5 changes (Jeppesen ChartView integration, editable VNAV schedules, Direct-To improvements, rewritten Vectors-to-Final, and 60+ fixes), read the full Update 5 changelog. If you also want to see Jeppesen ChartView walked through, see the Jeppesen integration page.

Want SVT in your hangar?

The SR7x simulator package runs the same simulated G3000 you would fly in a current Cirrus G7. The SFx runs the SF50 Vision Jet variant. Both ship with SVT as of Update 5. Both are available in AATD configurations.

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