The TBM 960 turboprop against the Vision Jet, a real cross-shop for owner-pilots weighing speed and range against ease and a parachute.
The TBM 960 is the more capable travelling machine: it is faster, goes farther and uses substantially less runway, so it keeps more airports and longer sectors inside the mission. The Vision Jet is the more approachable personal aircraft, built around a single-pilot transition, a spacious-feeling cabin and CAPS rather than maximum performance. Calling one a turboprop and the other a jet obscures that trade. Choose the Daher when schedule, weather options and airport access earn their keep on frequent trips. Choose the Cirrus when ease, family acceptance and a simpler step into turbine flying matter more than arriving first.
The table below uses the same versioned PlaneFit dataset as the Finder. Prices and operating costs are planning estimates, not quotations.
Choose the TBM 960 when frequent regional travel rewards speed, range and access to a broader set of runways, and when the owner is prepared for disciplined single-pilot turboprop operation. It is the stronger transport tool when mission completion and time saved recur throughout the year.
Choose the Vision Jet when transition simplicity, passenger acceptance, CAPS and the personal-jet cabin matter more than maximum cruise and range. It makes sense for a small-party owner-flown mission that fits comfortably inside its payload and runway envelope.
Neither answers a mission that mandates two engines, professional crew or airline-like dispatch reliability. For occasional long sectors or inflexible schedules, charter can be more resilient than owning a single-engine turbine at low utilisation.
Published range and runway numbers are reference-condition values, not route approvals. Loading, reserves, weather, runway conditions, training, maintenance programmes and insurance terms must be evaluated for the individual aircraft and operator.
| Decision factor | Daher TBM 960View aircraft profile | Cirrus Vision Jet G2+View aircraft profile |
|---|---|---|
| Typical market year | 2023 | 2023 |
| Estimated purchase | €4.37m | €2.84m |
| Annual cash cost at 80 h | €194k | €275k |
| Five-year cash outlay | €5.34m | €4.21m |
| Cruise speed | 330 kt | 311 kt |
| Advertised range | 1730 nm | 1275 nm |
| Seats | 6 | 7 |
| Realistic payload | 272 kg | 719 kg |
| Runway need | 726 m | 1036 m |
| Landing gear | Retractable tricycle | Retractable tricycle |
| Ratings and endorsements | Type rating, Complex airplane endorsement, High-altitude training | Type rating |
| Data confidence | Normalized for direct comparison | Normalized for direct comparison |
| Main trade-off | One of the fastest owner-flown turboprops with simple power management, but it is costly and was superseded quickly by the TBM 980. | The simplest route into owner-flown jet travel, but maximum-fuel payload, runway performance and cabin size remain limiting. |
A factual first pass. Mission, condition and configuration can outweigh a brochure advantage.
They do not cross. The Cirrus Vision Jet G2+ is the cheaper of the two at every utilisation from zero to 300 hours a year, on purchase and running cost together, so there is no break-even point to find. That is worth knowing plainly: on cost alone this is not a trade-off, and the case for the other aircraft has to be made on mission, cabin, speed or access rather than on eventual savings.
| Five-year cash, including purchase | Daher TBM 960 | Cirrus Vision Jet G2+ | Difference |
|---|---|---|---|
| 40 h / year | $5.56m (€5.15m) | $4.28m (€3.96m) | $1.28m (€1.19m) to Cirrus Vision Jet G2+ |
| 100 h / year | $5.86m (€5.43m) | $4.69m (€4.34m) | $1.18m (€1.09m) to Cirrus Vision Jet G2+ |
| 200 h / year | $6.37m (€5.89m) | $5.36m (€4.96m) | $1.01m (€932k) to Cirrus Vision Jet G2+ |
The gap narrows as utilisation rises, which is the part a headline price comparison hides. Every figure uses the same planning model as the rest of the site: indicative market prices, a fixed annual base and a direct hourly cost, before financing, depreciation and tax.
Advertised range is a still-air, best-case number. With 4 people aboard and realistic reserves, plan on about 1,159 nm from the Daher TBM 960 against 854 nm from the Cirrus Vision Jet G2+. On a return trip without refuelling, that is the radius that decides which destinations are on the list at all.
Against the 28,815 airports in the PlaneFit database that publish a runway length, the Daher TBM 960 has enough runway at 21,471 of them and the Cirrus Vision Jet G2+ at 13,095, comparing each aircraft’s take-off requirement of 2,382 ft and 3,399 ft against the longest runway on the field.
This is a planning comparison, not a statement that any particular operation is legal or advisable. It ignores surface, slope, elevation, temperature, obstacles and how heavily the aircraft is loaded, all of which extend the requirement. It also compares take-off distance only: landing distance is frequently the binding constraint and PlaneFit does not hold approved landing distances, so a field in these counts is not necessarily a field you can get back out of, or into.
The Daher TBM 960 requires a complex airplane endorsement and a high-altitude training that the Cirrus Vision Jet G2+ does not. That is training time and instructor cost before the first trip, and insurers normally attach minimum-hours conditions to the same requirement, which is where it shows up again in the running cost. US requirements under 14 CFR 61.31, stated for orientation rather than as advice.