Jeppesen Chart Jun 2026

The story of the Jeppesen chart begins in the early 1930s with Captain Elrey B. Jeppesen, an airmail pilot for Boeing Air Transport. In an era when pilots often navigated using automobile road maps or following train tracks, Elrey grew concerned for his and his colleagues' safety. To mitigate the risks, he began meticulously documenting the routes he flew, sketching terrain features, runway lengths, the locations of emergency landing fields, and even the telephone numbers of farmers who would provide weather reports.

Jeppesen enroute charts are color-coded for immediate recognition: green for low-altitude (below 18,000 feet MSL) and brown/burnt orange for high-altitude (above FL180). These charts feature:

A bird's-eye graphical view of the approach environment. It displays waypoints, standard transitions, holding patterns, terrain features, and critical obstacles surrounding the airport area. 5. Profile View

In the complex, high-stakes world of aviation, precision is not merely a preference—it is a necessity. For decades, pilots navigating the skies, from small general aviation aircraft to massive commercial airliners, have relied on one name above all others for aeronautical information: .

This shows the route from the enroute structure to the initial approach fix (IAF). jeppesen chart

Provides spatial orientation relative to surrounding terrain.

Jeppesen’s flagship digital application, , brings these charts to tablets and avionics screens. Digital charts offer massive safety upgrades, including:

Do you prefer paper Jepps or the digital iPad version? Let us know in the comments below!

While the paper "Jeppesen Airway Manual" (which could fill a bookshelf of 40+ binders) is still in use, the future is digital. The story of the Jeppesen chart begins in

Jeppesen has been a pioneer in the transition from paper to digital navigation. The company was one of the first to digitize navigational charts, and today, it is at the forefront of developing data-driven "Smart EFBs" that provide contextual aeronautical information based on a pilot's specific aircraft, location, and real-time conditions.

: Jeppesen is "discerning" with details, omitting clutter like minor antennas to focus on what keeps the plane in the air.

How To Brief A Jeppesen Approach Chart, In 11 Steps | Boldmethod Boldmethod

The Jeppesen company was founded in 1933 by Danish immigrant, Jens Jeppesen. Initially, the company focused on creating and publishing navigation charts for ships. However, with the growth of aviation, Jeppesen shifted its focus to creating charts for pilots. The first Jeppesen chart was published in 1939, and since then, the company has become a leading provider of aviation navigation solutions. To mitigate the risks, he began meticulously documenting

: FAA charts are funded by taxpayers and available for free digitally. Jeppesen charts are premium proprietary products that require subscription models tailored to specific operational regions. The Modern Digital Cockpit: Electronic Flight Bags (EFBs)

+-------------------------------------------------------------+ | 1. HEADER (Airport Name, Chart Date, Index Number) | +-------------------------------------------------------------+ | 2. BRIEFING STRIP (Frequencies, Final App Course, Altitudes)| +-------------------------------------------------------------+ | 3. PLAN VIEW (Overhead visual layout of fixes & terrain) | +-------------------------------------------------------------+ | 4. MISSED APPROACH (Textual instructions for aborting) | +-------------------------------------------------------------+ | 5. PROFILE VIEW (Side-view descent angle and altitudes) | +-------------------------------------------------------------+ | 6. MINIMUMS (Decision altitudes based on aircraft speed) | +-------------------------------------------------------------+ | 7. CONVERSION TABLES (Ground speed vs. rate of descent) | +-------------------------------------------------------------+ 1. Header Information

These are highly detailed, scale drawings of an airport's runways, taxiways, aprons, and buildings, essential for safe ground operations at complex airports.