A Pilatus PC-12 NGX parked on a grass strip airfield with mountains in the background and two passengers boarding

Single-Engine Turboprops for Business Use: The Category Nobody Talks About

undefined

In This Article

The Segment That Outsells Light Jets in Utility The Big Four: PC-12, TBM, Caravan, Kodiak Pilatus PC-12 NGX: The Swiss Army Knife Daher TBM 960: When a Turboprop Embarrasses a Jet Economics: Why Single-Engine Turboprops Win the Spreadsheet Airport Access: The Real Advantage Frequently Asked Questions

The Segment That Outsells Light Jets in Utility

Single-engine turboprops are the most versatile aircraft category in business aviation, and they are the least discussed. The Pilatus PC-12, Daher TBM series, Cessna Grand Caravan, and Kodiak 100 collectively account for over 5,000 active aircraft in the United States. They operate at $800-$1,800 per flight hour, reach remote airports that jets cannot, and carry enough payload to cover 80% of the missions that light jet owners think require a jet.

The single-engine turboprop category serves a specific client profile: operators who fly 200-400 hours per year, travel frequently to short runways (3,000 feet or less), value operating economy over speed, or need to access unpaved strips, backcountry airfields, and mountain airports. These aircraft are not jets. They cruise at 250-330 ktas instead of 400-460. But what they sacrifice in speed, they recover in access, efficiency, and total mission cost.

The Big Four: PC-12, TBM, Caravan, Kodiak

The PC-12 is the segment leader by every metric except speed. It carries the most passengers (up to 10), has the longest range (1,803 nm), offers the largest cabin, and has the deepest resale market. The TBM 960 is the speed leader at 330 ktas, making it the fastest single-engine turboprop ever built and competitive with some light jets on shorter routes. The Grand Caravan is the workhorse: slow, simple, and capable of hauling 14 passengers or 3,500 lbs of cargo from unpaved strips. The Kodiak is the STOL specialist, designed for 1,000-foot strips and bush operations.

Choosing between them depends on mission profile. Speed-sensitive executives flying 400-800 nm routes choose the TBM 960. Passenger capacity and range-sensitive operators choose the PC-12. Cargo, utility, and bush operations default to the Caravan or Kodiak. There is minimal mission overlap between the four; each serves a distinct niche.

Pilatus PC-12 NGX: The Swiss Army Knife

The PC-12 is the best-selling single-engine turboprop in history. Over 2,000 have been delivered since 1994, with the NGX (current production, 2019-present) representing the most refined version. The PC-12's appeal is breadth: it carries 10 passengers in a cabin that is 5 feet wide and 4.9 feet tall (standing headroom in the center), flies 1,803 nm nonstop, operates from 2,600-foot runways, and is certified for single-pilot IFR operations.

PlaneSense operates the largest PC-12 fractional fleet (40+ aircraft), which speaks to the aircraft's reliability and economics. At $1,200-$1,800 per flight hour (all-in operating cost), the PC-12 costs roughly half of what a Phenom 300 costs to operate. The PC-12 is 180 ktas slower than the Phenom 300, but on a 500 nm mission (the average domestic business flight), the speed difference translates to approximately 45 minutes of additional flight time. For many operators, saving $1,500-$2,000 per flight hour is worth arriving 45 minutes later.

The PC-12's cargo door is the feature nobody markets and everyone uses. The 53-by-52-inch cargo door allows loading that would require disassembly in a jet cabin: oversized equipment, large luggage sets, sporting gear, and medical equipment. Air ambulance operators chose the PC-12 specifically because a full medical litter fits through the door without modification.

Need a Charter Quote?

Contact our team for a personalized quote.

Get a Quote

Daher TBM 960: When a Turboprop Embarrasses a Jet

The TBM 960 cruises at 330 ktas. That is faster than a Beechcraft King Air 350 (312 ktas), faster than a Piaggio Avanti Evo (366 ktas, but that is a twin push-pull), and within striking distance of the HondaJet (422 ktas) and Citation M2 Gen2 (404 ktas) on missions under 600 nm when you factor in climb and descent time. The TBM reaches FL310 in 20 minutes, where it operates above most weather and turbulence.

The trade-off: the TBM seats 5-6 passengers in a cabin that is narrower (4.0 feet) and lower (4.1 feet) than the PC-12. It is not a stand-up cabin. It is a commuter-class cabin with excellent range and speed. Owner-pilots who fly themselves and carry 2-4 passengers are the core TBM buyer. At $1,100-$1,600 per flight hour, the TBM is the fastest aircraft you can operate for under $1,600/hr.

Pre-owned TBM pricing ranges from $1.8 million (2010 TBM 850) to $5.5 million (2023 TBM 960). The TBM holds value well because production volume is low (30-40 deliveries per year worldwide) and owner demand is consistent. Finding a pre-owned TBM 960 with under 500 hours is difficult; most go direct from the factory to buyers with 2-3 year lead times.

Economics: Why Single-Engine Turboprops Win the Spreadsheet

At 300 flight hours per year, a PC-12 costs approximately $360,000-$540,000 to operate. A Phenom 300E at the same utilization costs $720,000-$960,000. The PC-12 saves $360,000-$420,000 annually. Over a 5-year ownership period, that is $1.8-$2.1 million in operating cost savings. These numbers are real and they are why the PC-12 fleet grows by 60-80 aircraft annually in the United States.

Airport Access: The Real Advantage

There are approximately 5,000 public-use airports in the United States. Business jets (light category) can safely operate into roughly 2,500 of them. A PC-12 can operate into 4,200+. A Cessna Caravan or Kodiak can operate into nearly all of them, including unpaved strips, grass fields, and backcountry airports with 1,500-foot runways.

  • Idaho backcountry strips (Johnson Creek, Cavanaugh Bay, Sulphur Creek): Caravan and Kodiak territory. No jet can access these.
  • Mountain resort strips (Telluride, CO at 9,078 ft elevation): PC-12 and TBM operate routinely; most light jets are performance-limited.
  • Caribbean islands with 3,000-ft runways (Anguilla, Mustique, St. Barths): PC-12 and Caravan are the primary private access aircraft.
  • Ranch and farm strips (2,000-3,000 ft grass): Caravan, Kodiak, and PC-12 handle these without issue.
  • Alaska bush operations: Grand Caravan is the dominant commercial aircraft type in Alaska for a reason.

The PC-12 can land at Aspen (8,006 ft runway, 7,820 ft elevation) with performance margins that stress a Citation CJ4. It can land at Sun Valley (Friedman Memorial, 6,600 ft runway, 5,318 ft elevation) while many midsize jets are limited. Single-engine turboprops access the airports that wealthy people actually want to visit.

Brian Galvan

Written By

Brian Galvan

Founder, The Jet Finder ยท Private Aviation Operations & Technology

Former Director of Technology at FlyUSA (Inc. 5000 fastest-growing private jet company). Decade of hands-on experience across Part 135 operations, charter sales, fleet management, and aviation data systems.

LinkedInRead Full Profile →
Common Questions

Frequently Asked Questions


6 questions about chartering this aircraft

The PT6A engine (used in PC-12, Caravan, Kodiak) has a mean time between failure of approximately 200,000+ hours. The Pratt & Whitney PT6A-67P in the PC-12 has one of the highest reliability records of any turboprop engine in history. Single-engine turboprops are certified for IFR operations over mountainous terrain and extended overwater flights (with life raft requirements). Statistical analysis from the NTSB shows that engine failure accounts for a very small percentage of single-engine turboprop accidents; pilot error, weather-related decisions, and spatial disorientation are far more common causes.

The Phenom 300 begins to justify its acquisition and operating cost premium over the PC-12 at approximately 400-500 flight hours annually on routes averaging 800+ nm. At that utilization and distance, the Phenom's 180 ktas speed advantage saves 200-300 hours of airborne time annually, which has meaningful productivity value for executives. Below 400 hours annually or on routes averaging under 600 nm, the PC-12's operating cost savings ($360,000-$420,000/year) outweigh the Phenom's speed advantage. The crossover point depends entirely on route length and how you value the passenger's time.

Because the TBM 960 costs $1,100-$1,600 per hour to operate versus $2,400-$3,200 for a comparable light jet. On a 500 nm trip, the TBM arrives approximately 20-25 minutes after a Citation M2 but costs $1,300-$1,600 less in operating expense. The TBM also accesses shorter runways (2,380 ft takeoff distance versus 3,000+ ft for most light jets) and costs $1-$2 million less to acquire. For owner-pilots flying 200-350 hours per year with 2-4 passengers, the TBM's economics are decisively superior to any light jet.

It signals exceptionally high reliability. PlaneSense dispatches PC-12s on scheduled fractional missions across the northeastern United States, including winter IFR operations into short-field airports. Fleet-level dispatch reliability exceeding 99% would not be possible with an unreliable single-engine platform. PlaneSense's operational data, accumulated over 20+ years and hundreds of thousands of flight hours, represents one of the largest single-engine turboprop datasets in commercial aviation. Their continued fleet expansion (adding 5-8 new PC-12 NGX aircraft annually) reflects confidence in the platform.

Above approximately 400 nm one-way, the Caravan's 185 ktas cruise speed makes point-to-point business travel impractical. A 400 nm flight takes roughly 2 hours and 10 minutes, which is tolerable. A 600 nm flight stretches to 3 hours and 15 minutes, which tests passenger patience. An 800 nm flight takes over 4 hours, at which point the Caravan is no longer competitive with driving alternatives on some routes. The Caravan's business use case is flights under 400 nm to airports that jets cannot access: island strips, backcountry fields, and short runways where the Caravan's STOL capability is the only viable option.

Approximately 40-60% lower for comparable hull values. A PC-12 with $5 million hull value typically carries annual insurance premiums of $25,000-$40,000 for an experienced pilot (500+ hours in type). A Phenom 300 with $10 million hull value runs $50,000-$80,000 annually. Per dollar of hull value, the PC-12's premiums are roughly comparable, but the lower aircraft value drives the absolute cost down. Insurers view single-engine turboprop operations as lower risk than light jet operations because the aircraft operate at lower speeds, lower altitudes, and the PT6A engine's reliability record favorably influences underwriting.

Continue Reading

Related Articles


Your Next Mission

Ready to Fly?


Whether you need a charter quote or want to explore aircraft options, our team is here.

Contact Us