Cessna Citation XLS vs Embraer Phenom 300

The Cessna Citation XLSis a light jet built by Cessna (now Textron Aviation), part of the Model 560XL Excel family. The Cessna Citation XLS and Embraer Phenom 300 sit on opposite sides of the light-jet market's most competitive rivalry, and buyers researching this matchup are usually choosing between the two most common aircraft in this class on the pre-owned market.

The Citation XLS is part of Cessna's Model 560XL Excel family; the XLS designation began at serial 560-5501 in 2004, followed by the upgraded XLS+ starting at serial 560-6001 in 2008 (FAA TCDS A22CE). Cessna's Excel/XLS/XLS+ lineage was one of the best-selling business jets ever built, with the family collectively delivering more than 1,000 aircraft (per Elliott Jets). Production of the XLS+ ran through 2021, after which Cessna moved to the Citation XLS Gen2 and, later, the Citation Ascend.

The original Citation XLS (2004-2008) carries the Honeywell Primus 1000, a three-screen CRT avionics suite, while the XLS+ (2008-2021) upgraded to Collins Pro Line 21, a four-screen LCD suite that also added FADEC engine control, a first for this Citation line. The XLS+ also upgraded from PW545B to PW545C engines, raising max cruise speed from 431 to 441 ktas over the original XLS. Collins announced a Pro Line 21 refresh in February 2025 that adds CPDLC data-comm and ADS-B In weather to eligible XLS+ aircraft.

The Citation XLS's standout differentiator, per manufacturer specifications, is cabin size. At 5 ft 8 in tall, the cabin lets most passengers stand upright throughout the aircraft, a nine-inch advantage over the Phenom 300's 4 ft 11 in cabin, and it remains the XLS's single biggest selling point against the Phenom. The XLS is also five inches wider and sixteen inches longer than the Phenom 300, dimensions carried over unchanged between the XLS and XLS+.

For buyers comparing the Citation XLS to the Phenom 300, the core trade-off to keep in mind is this: the XLS is the cabin-space and cargo specialist of the pair.

The Embraer Phenom 300 is a light jet from Embraer, certified under FAA Type Certificate A60CE (model designation EMB-505). The sections below compare both aircraft across performance, cabin, operating cost, and market position, then close with a mission-based verdict rather than a single declared winner.

The Embraer Phenom 300 (EMB-505) first flew in April 2008 and earned FAA type certification in December 2009 (FAA TCDS A60CE), with deliveries starting that same month. Embraer classifies it as a light jet, though some brokers describe it as entry-level midsize given its cabin and range. The current-production Phenom 300E, introduced in 2018, carries a re-engined and re-avionicized version of the airframe.

The Phenom 300 (2009-2018) launched with a Garmin G1000-based Prodigy avionics suite, while the current Phenom 300E (2018-present) uses the touchscreen Garmin G3000 Prodigy Touch platform, which adds ADS-B In, a Runway Overrun Awareness and Alerting System (ROAAS), and coupled go-around capability that neither Citation variant offers. Factory autothrottle became available on the Phenom 300E in Q3 2024; it is not standard on either Citation XLS variant, though an aftermarket autothrottle STC exists for the XLS+.

Per manufacturer specifications, the Phenom 300 family's standout differentiators are speed, range, and fuel efficiency. Its maximum cruise speed of up to 464 ktas outpaces the Citation XLS+ by 23 knots, and its NBAA IFR range of up to 2,010 nm gives it a real edge over the XLS+'s 1,719 nm on a like-for-like reserves basis. The Phenom 300 series has also been the world's most-delivered light jet for 14 consecutive years running (2012-2025), per GAMA General Aviation Shipment Report data cited by Embraer and independently confirmed by AIN and Business Jet Traveler.

In typical configuration, the Phenom 300 and 300E seat 9 passengers standard, with room for a tenth if a divan is fitted and the aircraft is flown single-pilot. Both Phenom 300 variants are FAA single-pilot certified, a meaningful differentiator for owner-flying buyers, since the Citation XLS and XLS+ require a two-pilot crew.

Speed and range are where the Phenom 300 family separates itself most clearly from the Citation XLS. At max cruise, the Phenom 300E reaches 464 ktas (Mach 0.80) versus 441 ktas for the Citation XLS+, a 23-knot advantage, and even the earlier Phenom 300 (453 ktas) outruns the XLS+ by 12 knots.

Range figures require care because sources vary widely, and the discrepancy traces to variant and mission profile, not measurement error. On an NBAA IFR reserves basis with four passengers, the Citation XLS flies 1,796 nm and the XLS+ flies 1,719 nm, the XLS+ is actually shorter-legged on this metric despite more powerful PW545C engines, because it carries more empty weight. A commonly cited approximately 2,100 nm figure for the XLS+ refers to long-range cruise at max fuel, a different and more favorable standard than NBAA IFR reserves, so it should not be compared directly against the Phenom figures. The Phenom 300 reaches 1,971 nm (NBAA IFR, six occupants) and the current Phenom 300E reaches 2,010 nm (NBAA IFR, five occupants, post-March-2020 PW535E1 engine), a 291 nm advantage over the XLS+ on a like-for-like reserves basis.

Takeoff and landing performance favor the Phenom family for shorter-runway access: the Phenom 300 needs 422 fewer feet to take off than the Citation XLS+, and the Phenom 300E's 2,212 ft landing distance is 527 ft shorter than the XLS+'s 2,739 ft. Rate of climb tells a similar story, with the Phenom family climbing at roughly 4,000-4,500 fpm at sea level versus approximately 3,490-3,500 fpm for either Citation variant.

The practical takeaway: if shorter runways, faster block times, or longer-range missions matter most, the Phenom 300 family's performance edge is the deciding factor. If your typical mission profile stays within either aircraft's range envelope, the performance gap matters less than cabin and cost considerations.

The Citation XLS's 5 ft 8 in cabin height lets most passengers stand upright throughout the aircraft, a 9-inch advantage over the Phenom 300's 4 ft 11 in cabin, and this remains the XLS's single biggest selling point against the Phenom. The XLS is also 5 inches wider and 16 inches longer, both dimensions carried over unchanged between the XLS and XLS+.

Baggage tells a more nuanced story. The Citation XLS has more total baggage volume (90 vs. 84 cu ft), largely thanks to an 80 cu ft external tail-cone compartment, but that space is not accessible in flight. The Phenom 300 flips that balance: its smaller 66 cu ft external compartment is paired with 18 cu ft of internal, in-flight-accessible storage versus the XLS's 10 cu ft, useful for anything a passenger needs mid-flight. Both aircraft accommodate oversized items like golf clubs or ski bags in their external holds, and the Citation XLS's higher 700 lb weight limit makes it the stronger choice for families regularly traveling with bulky gear.

Pressurization is close to a wash: the Phenom's slightly higher 9.4 psi differential (versus 9.3 psi for the Citation) produces a marginally lower cabin altitude at FL450, 6,600 ft versus 6,800 ft, a difference unlikely to be noticeable to most passengers.

Maximum certified passenger capacity is up to 9 for both Phenom variants (10 with a divan fitted, single pilot), while the Citation XLS and XLS+ are certified for up to 9 standard, or 12 in a high-density XLS+ configuration. For buyers who prioritize a stand-up cabin and maximum baggage volume for family or group travel, the Citation XLS is the natural fit. For buyers who prioritize in-flight-accessible storage and a lighter, more aerodynamic cabin optimized for speed, the Phenom 300 wins out.

Fuel burn is where the Phenom 300 family's efficiency advantage shows up most directly. On a long-range cruise basis, the Citation XLS/XLS+ burns 207-211 gph against 158-169 gph for the Phenom 300E/300, a 24-33% reduction depending on which cruise profile is compared. The high end of the Citation's published range (up to 239 gph) reflects max-cruise-speed operation rather than economy cruise, per Conklin & de Decker/JSSI fuel-burn data.

Named, dated industry cost databases put real numbers on that gap. At an assumed 200 flight hours per year, one model puts total annual ownership cost at $940,640 for the Citation XLS versus $721,111 for the Phenom 300, a savings of roughly $219,529/yr (about 23%) for the Phenom. At 300 hours per year, a separate cost model shows $1,254,876 for the Citation XLS+ versus $1,171,687 for the Phenom 300/300E, a smaller but still meaningful savings of about $83,189/yr (roughly 7%). The gap narrows at higher utilization because fixed costs, like crew, hangar, and insurance, get spread across more hours, while the Citation's two-pilot crew requirement (versus the Phenom's single-pilot eligibility for some owner-operators) is a meaningful piece of that fixed-cost delta.

Both aircraft are supported by Pratt & Whitney Canada engine programs (ESP) alongside third-party options like JSSI, with hourly program rates running roughly $450-$550 for the Citation's PW545C and $320-$570 for the Phenom's PW535E/E1. Cost figures vary by fuel-price assumption and provider, so buyers should compare Citation-to-Phenom figures within the same source and fuel-price column rather than across sources.

Broadly speaking, fuel burn is the primary differentiator in the operating-cost picture between these two aircraft. Operators flying more hours per year, or who plan to operate single-pilot, will feel the Phenom's cost advantage most directly. We'd encourage buyers to work through a detailed cost comparison with their management company or a maintenance-tracking provider using their specific mission profile, since actual costs vary by utilization, routing, and maintenance program selection.

The Citation XLS was produced from 2004-2008 (roughly 328-330 units) and the XLS+ from 2008-2021 (roughly 311-313 units), for a combined active fleet north of 630 aircraft. Pre-owned pricing spans a wide band by vintage: early Citation XLS aircraft (2004-2008) trade around $3.7M-$7.2M, while later XLS+ production climbs from roughly $6.5M-$8.0M (2008-2012 vintage) up to $9.5M-$13.5M for 2018-2021 aircraft, with the full XLS+ range spanning $6.5M-$11.9M.

The Phenom 300 has sold roughly 450 units since 2009, and the 300E has added to that; combined family deliveries reached 941 aircraft through the first half of 2026. That production run has made the Phenom 300 series the world's most-delivered light jet for 14 consecutive years running (2012-2025). That distinction is sometimes framed in aviation media as the Phenom 300 having surpassed the Citation Excel family; the more accurate statement is that the Phenom 300 became the category's annual delivery leader as Citation Excel-family production was winding down, not that it overtook an aircraft still in active production at the time.

On price, entry-level Citation XLS aircraft ($3.7M-$6.5M) undercut entry-level Phenom 300 aircraft (roughly $6.5M-$8.5M for 2009-2013 vintage), making the XLS the lower-cost way into this class. At the top of each range, though, late-production XLS+ aircraft ($9.5M-$13.5M) overlap directly with Phenom 300E pricing ($10.6M-$13.5M), at that price point, the decision becomes almost entirely about mission fit rather than budget.

Neither aircraft is categorically better, the right choice depends on what a buyer flies and who's on board.

Choose the Citation XLS or XLS+ if a stand-up cabin matters for passenger comfort on longer flights, if trips regularly involve heavier luggage loads (golf clubs, ski gear, family travel) and total baggage volume outweighs in-flight accessibility, if budget favors the lower entry price of early-production units, or if two-pilot crewing is a non-issue or already the operational norm for your flight department.

Choose the Phenom 300 or 300E if trip length or fuel efficiency is the priority, since the 300E's range and 24-33% lower fuel burn add up over a multi-year hold. It also fits missions involving shorter or more constrained runways where the Phenom's shorter takeoff and landing distances open up more airports, buyers for whom lower total operating cost per hour is a deciding factor (especially at lower annual utilization), and owner-flying buyers for whom single-pilot operation is a meaningful consideration.

A family that flies moderate-length trips with a lot of gear and values cabin space will typically lean Citation XLS. A buyer prioritizing speed, range, smaller-airport access, and lower operating cost, particularly at higher utilization, will typically lean Phenom 300 or 300E. At the top of both used markets, where a late XLS+ and a Phenom 300E can carry similar price tags, the decision comes down almost entirely to which tradeoffs matter more for the actual mission.