Charter Embraer Phenom 100E F-HBOD

The Embraer Phenom 100EV is an evolution of the Phenom 100 family focused on improved hot-and-high performance, climb capability, and runway flexibility while keeping the aircraft in the very light jet class. It targets owner-operators, corporate flight departments needing a compact jet for frequent regional missions, and operators who value a contemporary flight deck and a comfortable cabin footprint relative to many VLJs.

Typical missions are 300–900 nm city pairs where the aircraft’s cruise efficiency, climb profile, and runway access reduce total trip time. It works well for multi-stop schedules and destinations with more restrictive runway or altitude/temperature conditions than some peers. For teams that routinely fly with larger groups, bulky luggage, or want more cabin volume for in-flight work, a light jet or super-light jet may align better.

The cabin is arranged as a compact executive space with a private aft lavatory and a forward refreshment area, aiming to feel more “light jet” than “entry-level.” Seating is typically a four-place club, with optional side-facing or belted lavatory/extra seating depending on configuration. Noise levels and ride comfort are generally competitive for the class, but passengers should still expect a true very light jet cabin: limited aisle space and constrained room for moving about in flight.

The 100EV pairs a modern Garmin-based integrated flight deck with automation aimed at reducing workload for single-pilot operations while retaining robust IFR capability. Systems are designed around simplicity and dispatch reliability rather than bespoke customization. Buyers typically focus on avionics baseline, connectivity options, and how the aircraft is equipped for today’s airspace (performance-based navigation, surveillance, and datalink as applicable).

The aircraft is typically operated as a fast, efficient regional platform: short taxi times, quick climbs to the high 30s/low 40s (conditions permitting), and cruise in the high-300-knot class. It favors missions that value runway flexibility and time savings over maximum cabin volume. Flight planning should account for payload/range tradeoffs typical of VLJs, especially when carrying more passengers, more fuel, and operating from shorter fields or in higher temperatures.

• Runway and hot-and-high capability oriented improvements in the EV variant for broader airport access
• Modern integrated cockpit designed for manageable single-pilot operations
• Cabin features uncommon in some VLJs, including an aft lavatory and a more “light-jet” interior feel

• Cabin volume and baggage capacity remain VLJ-limited, especially with additional seating options installed
• Payload-range constraints become noticeable when filled with passengers and bags on longer legs
• Some missions may outgrow the platform quickly if travel expands to larger teams or longer nonstop requirements