What is a VFR waypoint and how is it different from a visual checkpoint?

A VFR waypoint is a named, computer-navigable ground reference depicted on sectional and terminal area charts with a small magenta flag symbol, allowing pilots to load it directly into a GPS as a discrete fix for navigation and position reporting. A visual checkpoint, by contrast, is a prominent landmark—also shown on charts—that ATC uses to assist radar identification or that pilots use for reference, but it is not a stand-alone GPS-loadable fix. Both features are described in the Aeronautical Information Manual and depicted on FAA aeronautical charts published by the National Aeronautical Charting Office. Understanding the distinction is tested on the FAA Private Pilot Airplane Knowledge Test.

How do you use VFR waypoints to report your position to ATC?

When operating in or near busy airspace, a pilot can report position using the five-letter VFR waypoint identifier (always beginning with 'VP', such as VPGLD) so that controllers have an unambiguous, charted fix for situational awareness. According to the AIM, pilots should use these identifiers in position reports rather than describing a visual landmark by a potentially confusing informal name. The waypoints appear on sectional charts with their identifiers printed in magenta, making it straightforward to cross-reference your GPS display with the paper chart. This practice improves clarity and reduces the chance of miscommunication with ATC.

Why are VFR waypoints only for use under VFR and not for IFR flight?

VFR waypoints are specifically designed and charted for visual flight and are not obstacle-cleared, obstacle-departure-procedure-aligned, or integrated into the IFR en route or terminal structure maintained under 14 CFR Part 97. The FAA's Pilot's Handbook of Aeronautical Knowledge notes that IFR navigation relies on fixes that meet strict accuracy, obstacle clearance, and database integrity standards not applied to VFR waypoints. Loading a VFR waypoint into a GPS during IFR flight could route the aircraft through terrain or airspace without the protections built into instrument procedures. For this reason, the AIM explicitly states that VFR waypoints must not be used as IFR fixes.

VFR Waypoints and Visual Checkpoints

When you unfold a sectional chart and start planning a cross-country flight, the landscape of symbols, lines, and labels can feel overwhelming. Two features that stand out for VFR pilots are VFR waypoints and visual checkpoints. Though they look similar on a chart, they serve distinct purposes, and understanding the difference — along with the correct way to use each — is both a practical skill and a testable knowledge-test topic. This article explains what they are, how they are depicted, how to use them in flight planning and communication, and how to avoid the traps that catch unprepared pilots on exam day.

What Are VFR Waypoints?

A VFR waypoint is a named geographic fix in the FAA database that has been specifically designated for use by VFR pilots. Unlike IFR waypoints, which are defined by radio-navigation intersections or precise GPS coordinates used for instrument approaches, VFR waypoints are created so that pilots flying under Visual Flight Rules can use GPS moving-map avionics to navigate precisely along common VFR routes — especially in and around busy airspace — and to report their position to ATC in a standardized way.

Every VFR waypoint has a unique five-letter identifier that always begins with the letters VP. For example, a waypoint might be called VPGLD. This naming convention immediately tells a controller or another pilot that the fix is a VFR-only navigation point. The full name and its identifier are charted on the applicable sectional or terminal area chart, and the waypoint is stored in the databases of IFR-certified GPS units as well as most panel-mount and portable VFR GPS receivers.

On a sectional chart, VFR waypoints are depicted as a small, unfilled magenta star-like symbol placed at the geographic location of the fix. The five-letter VP identifier is printed nearby in magenta text. If the waypoint is intended to be used for position reporting to ATC (particularly around Class B or Class C airspace), the waypoint name is printed in all capital letters. If it is a fly-over (non-reporting) waypoint, the name is printed in upper/lower case. Being able to distinguish these two conventions is something the FAA knowledge test will probe.

What Are Visual Checkpoints?

A visual checkpoint is a prominent, easily identifiable landmark on the ground — a stadium, racetrack, amusement park, power plant, distinctive road intersection, or other feature — that controllers and pilots use as a common reference for position reporting and ATC instructions. Visual checkpoints are not GPS-database entries; they are simply charted references chosen because they stand out visually from the air.

On a sectional chart, visual checkpoints are shown as small magenta flags (without the triangle of a VFR waypoint) accompanied by the name of the landmark printed in magenta. Around major airports, terminal area charts (TACs) show visual checkpoints in greater detail and with more landmarks than the 1:500,000-scale sectional can provide. The larger scale of the TAC — 1:250,000 — makes these references much easier to correlate with what you see out the window.

Controllers at busy facilities use visual checkpoints constantly. You will hear phrases like, "Report the stadium," or "Traffic is two miles west of the racetrack." These references work because both you and the controller are looking at the same charted landmark. Unlike a VFR waypoint, you do not need any GPS or avionics to use a visual checkpoint — only your eyes and your chart.

How VFR Waypoints and Visual Checkpoints Work Together

In practice, these two features complement each other. A GPS-equipped pilot might navigate from VFR waypoint to VFR waypoint to stay on a specific corridor, while simultaneously cross-checking position against visual checkpoints visible from the cockpit. Around Class B airspace in particular, VFR transition routes are often defined by a series of VFR waypoints that keep pilots clear of busy arrival and departure paths. The Aeronautical Information Manual (AIM) encourages pilots to use VFR waypoints when GPS is available, both for precision and for giving ATC a standardized position report. When a VFR waypoint coincides with a visual checkpoint, the chart will depict both symbols at or near the same location.

Using VFR Waypoints in Flight Planning

When filing or activating a VFR flight plan that includes VFR waypoints, the five-letter identifier is used in the route-of-flight field. If you are simply navigating point-to-point using a GPS and not filing a flight plan, you can still enter the VP identifier directly into your GPS to retrieve the stored coordinate. Always verify that your GPS database is current, since waypoints can be added, changed, or removed during the FAA's 28-day AIRAC cycle — the same update cycle used for IFR instrument procedures.

An important limitation: VFR waypoints are not authorized for IFR flight plans. Their coordinates are stored in GPS units, but they are not part of the IFR en route or approach structure. If you inadvertently enter a VP waypoint into an IFR flight plan, ATC will not recognize it within the IFR routing system.

Position Reporting to ATC

One of the most practical uses of VFR waypoints is making crisp, unambiguous position reports. Instead of saying, "I'm about, uh, ten miles northwest of the airport near some hills," you can say, "Approach, Cessna 172 November 12345, at VFR waypoint VPGLD, one thousand five hundred, VFR, request transition through the Class Bravo." The VP identifier gives the controller an exact fix, and the conversation becomes far more efficient. The AIM specifically notes that VFR waypoints can be used for this purpose when operating in congested airspace.

For visual checkpoints, the phraseology is just as simple: "Over the stadium, 2,500 feet." The key is to use the exact name printed on the chart so the controller knows precisely which landmark you mean. In a metro area with multiple sports venues, saying "the stadium" ambiguously can cause confusion — use the name charted on the TAC.

Key Numbers and Rules

VP prefix: All VFR waypoint identifiers begin with the letters "VP" followed by three additional letters (five total).
Solid flag symbol: Indicates a VFR waypoint intended for ATC position reporting.
Open (unfilled) flag symbol: Indicates a fly-over VFR waypoint, not specifically designated for ATC reporting.
Chart depiction color: Magenta — VFR waypoints and visual checkpoints are always charted in magenta, consistent with other VFR-related information on sectional and terminal area charts.
Terminal Area Charts (TACs): Published at 1:250,000 scale (double the detail of a sectional at 1:500,000); they show visual checkpoints in far greater density around Class B airports and should be used when transiting that airspace.
IFR restriction: VFR waypoints may not be used as fixes in IFR flight plans or clearances.
Database currency: GPS databases update on the 28-day AIRAC cycle; always verify currency before flight, especially when relying on stored VFR waypoint coordinates.
AIM reference: The Aeronautical Information Manual, Chapter 5 (Air Traffic Procedures), addresses the use of VFR waypoints for position reporting and coordination with ATC.

Why It Matters — Safety and Situational Awareness

Beyond the knowledge test, understanding these two tools is genuinely important for flight safety. Around large airports, the airspace is three-dimensional and dynamic. A pilot who cannot clearly describe position to a controller, or who navigates imprecisely through a busy terminal area, increases the risk of an airspace incursion, a near-miss with an airliner on approach, or a loss of separation from other VFR traffic. VFR waypoints and visual checkpoints provide a shared vocabulary between pilots and controllers — one that reduces ambiguity at a time when clear communication is critical.

Situational awareness also improves when you plan your route around identifiable checkpoints. If your GPS fails, a pre-briefed set of visual checkpoints keeps you oriented, on course, and able to report position without electronic assistance. This is exactly the kind of layered redundancy that makes a prepared pilot safer than one who relies solely on a single tool.

Common Test Traps

Confusing the flag symbols: The solid-flag VFR waypoint is for ATC reporting; the open-flag version is a fly-over point. Many students flip these. Study the chart legend carefully.
Assuming all magenta flags are the same: A visual checkpoint uses a flag symbol but no triangle; a VFR waypoint adds the triangle. They look similar at a glance but are distinct on the chart legend.
Using VP identifiers on an IFR flight plan: The test may present a scenario where a pilot uses a VFR waypoint for IFR routing — this is not permitted.
Chart scale confusion: The FAA may ask which chart provides the best detail around Class B airports for visual checkpoint use — the answer is the Terminal Area Chart (1:250,000 scale), not the sectional (1:500,000).
Ignoring database currency: A question might describe a pilot using a GPS with an expired database to navigate via VFR waypoints. Outdated databases can contain errors or omit recently added waypoints, making currency verification a key preflight duty.