The Jeppesen Ten-Nine Airport Page and What Every Transitioning Pilot Needs to Find on It

The Jeppesen 10-9 airport page is the single most important chart for any pilot transitioning from FAA chart products to Jeppesen. It consolidates takeoff minimums, alternate minimums, the airport diagram, runway data, lighting codes, and communications frequencies onto one page - information that FAA products spread across several separate documents. Knowing this page before you need it in the cockpit is the difference between a smooth brief and a frustrating hunt.

Why Jeppesen Organizes Information Differently

Elrey Borge Jeppesen was a United Air Lines pilot who began keeping handwritten notes about airports, terrain, and obstacles along his routes in the 1930s. Those notes eventually became a chart system he sold to other pilots - and the design philosophy of that system has always emphasized consolidation.

FAA chart products take a distributed approach. The approach plate covers the procedure. A separate document - the Takeoff Minimums and Obstacle Departure Procedures - covers departure requirements and alternate minimums. The airport diagram is often a standalone publication with its own update cycle. Each item has a home, but those homes are spread across different products.

Jeppesen inverts that model. The 10-9 is your pre-flight airport reference, one page that covers everything you need before you ever open an approach plate.

What’s at the Top of the 10-9

The top of every 10-9 page provides orientation data: airport name, ICAO identifier, FAA identifier (for U.S. airports), elevation above mean sea level, magnetic variation, and transition altitude (relevant for international operations where pilots convert between altimeter settings at a specified altitude).

These are your verification anchors - they confirm you’re looking at the correct chart for the correct airport before you read anything else on the page.

How to Read the Airport Diagram Section

On FAA products, the airport diagram is a separate chart publication with its own update cycle. On the Jeppesen 10-9, the diagram is embedded directly on the page. It shows runways, taxiways, aprons, terminal buildings, hangars, and control tower positions.

More importantly, it shows numbered triangles marking runway incursion hot spots. These are not decorative. The FAA and airport operators identify specific surface movement locations where pilots have historically had problems - a taxiway intersecting a runway at an awkward angle, a holding short point that becomes ambiguous in low visibility, an intersection where the geometry makes overshooting easy.

Each numbered hot spot on the 10-9 cross-references a written description of the specific hazard at that location. Before taxiing an unfamiliar airport in instrument conditions, read the hot spot table line by line.

What the Runway Data Section Tells You

For each runway, the 10-9 lists designation, length, width, and surface type. Look closer and you’ll also find runway slope expressed as a percentage - a detail that affects aircraft performance calculations on wet or contaminated surfaces.

At airports serving international traffic or where obstacle clearance is tight, you may also find declared distances: four legally defined figures that describe what portion of the runway is actually available for each phase of ground roll.

• TORA - Take-Off Run Available
• TODA - Take-Off Distance Available
• ASDA - Accelerate-Stop Distance Available
• LDA - Landing Distance Available

Displaced thresholds, stopways, clearways, and obstacles can all reduce what you’re guaranteed access to for a given phase. Your aircraft performance data must be checked against declared distances - not just total runway length - when operating near limits or at complex-geometry airports. Domestic continental U.S. airports often show equal declared distances with no restrictions, but declared distances become critical the moment you fly internationally.

How Jeppesen Codes Airport Lighting

This section routinely catches transitioning pilots off guard. Jeppesen uses a compact coding system for airport lighting that does not automatically translate from FAA notation.

Approach lighting system configurations, precision approach path indicators (PAPI), visual approach slope indicators, runway end identifier lights, centerline lights, and touchdown zone lights all carry specific codes on the 10-9. The airport beacon - including type, color, and operation schedule - is also documented here.

Before flying Jeppesen charts operationally, spend 30 minutes with the lighting legend in the chart introduction section at the front of the binder. Read it systematically. When you’re shooting an approach to minimums at an unfamiliar field, you need to know in advance what the approach lighting environment will look like at breakout - and the 10-9 tells you, if you know how to read the code.

Where to Find Takeoff Minimums on Jeppesen Charts

This is the workflow change that matters most for transitioning IFR pilots.

On FAA chart products, takeoff minimums are not on the approach plate. They live in the Takeoff Minimums and Obstacle Departure Procedures document - a separate lookup that occasionally gets skipped under workload.

Jeppesen puts takeoff minimums directly on the 10-9, organized by runway. Standard minimums - 1 statute mile for aircraft with two engines or fewer, one-half statute mile for aircraft with more than two engines - are noted. Where non-standard minimums apply, the airport diagram carries a notation and the actual requirement is spelled out in the takeoff minimums section.

Non-standard minimums exist because something specific was calculated - an obstacle, terrain, a departure path requiring a defined climb gradient. That number was set for a reason.

Under Part 91, regulations do not legally prohibit departure below standard takeoff minimums. A pilot in command can technically depart in zero-zero conditions without violating a rule. The professional standard - and the practical safety standard - is to know the minimums and understand why they were set. Under Part 135 and Part 121, there is no discretion: minimums are minimums. Either way, the 10-9 gives you the information. Use it.

How Alternate Minimums Appear on the 10-9

Standard IFR alternate minimums are: 600 feet ceiling and 2 statute miles visibility for a precision approach, and 800 feet and 2 statute miles for a non-precision approach. But airports with terrain concerns, limited navaid capability, or other factors may have non-standard alternate minimums - higher than standard.

Some airports carry a notation of simply NA - Not Authorized as an alternate.

If you’re planning a flight and the destination alternate’s 10-9 shows NA under alternate minimums, you cannot file that airport as an alternate. That’s a legal limitation, not a suggestion, and it’s information you need during preflight planning - not while airborne.

Communications Frequencies in One Place

The 10-9 lists tower, ground, clearance delivery, ATIS, operations, and company frequencies in a single consolidated section. At complex fields with multiple ground control frequencies or tower sectors, having the complete picture before you open the approach plate makes your brief more complete and reduces cockpit workload.

How Long Does the Transition from FAA Charts to Jeppesen Take?

A few weeks of disorientation is normal. The approach plates are formatted differently, minimums are presented differently, and the 10-9 represents the biggest single workflow change - because so much of what you previously found in separate documents now lives in one place.

Brief approaches on the ground before using Jeppesen charts in the cockpit. Spend time with the chart introduction section and the lighting legend before you fly. Jeppesen publishes a chart pilot course, a self-study guide designed specifically for this transition. If your company or flight school has access to it, use it.

Once through the learning curve, many pilots come to prefer the Jeppesen approach. The consolidation on the 10-9 - everything needed to brief an airport for departure and alternate planning, formatted consistently across every airport in the system - is a real operational advantage once you trust the system.

Why Chart Currency Is Non-Negotiable

Every Jeppesen chart, including the 10-9, carries an effective date. Airports change. Minimums get revised. Hot spots get added when an incident reveals a new risk. Lighting gets upgraded and codes get updated accordingly.

For Part 135 and Part 121 operations, chart currency is a regulatory requirement. For Part 91 IFR, it’s airmanship. If your electronic flight bag subscription isn’t current, or your physical binder hasn’t been updated, you may be reading a 10-9 that doesn’t reflect current conditions. Verify the date before you rely on the page.

Key Takeaways

• The Jeppesen 10-9 airport page consolidates airport diagram, runway data, lighting codes, takeoff minimums, alternate minimums, and communications on one page - replacing multiple separate FAA documents.
• Numbered hot spots on the 10-9 diagram cross-reference written descriptions of specific surface movement hazards at that airport.
• Declared distances (TORA, TODA, ASDA, LDA) must be checked against aircraft performance data at complex or international airports - total runway length is not sufficient.
• Jeppesen uses its own compact lighting notation; learn the legend from the chart introduction section before flying operationally.
• Non-standard takeoff minimums and NA alternate designations are legal requirements for Part 135/121 operators and critical airmanship considerations for Part 91 IFR pilots.
• Always verify the effective date on the 10-9 before relying on it - airports, minimums, and hot spots change on a regular update cycle.