DAHER TBM 930

High-speed, pressurized single-engine turboprop focused on point-to-point travel for 1–4 passengers with short-field flexibility.

The DAHER TBM 930 is a pressurized, single-engine turboprop designed to deliver jet-like cruise speeds with the operating simplicity and runway access typical of turboprops. It is commonly used for regional and cross-country trips where owners want fast block times, the option to use shorter runways, and a cockpit optimized for single-pilot workload management.

Mission Alignment

The TBM 930 fits missions where speed matters but passenger counts are modest. Typical strengths show up on 300–900 nm legs: fast climbs to the mid/high 20s and low 30s (FL), efficient cruise, and the ability to operate in and out of smaller airports that may be impractical for light jets.

Best For

Owner-flown business travel with 1–4 passengers and time-sensitive schedules

Trips that benefit from access to shorter runways or secondary airports

High-altitude cruising above much of the weather with pressurization and known-ice capability (when equipped)

Not Ideal For

Consistently carrying 5–6 adults with bags over longer legs

Operations requiring two pilots by policy or frequent flights into the highest-complexity airspace for low-time crews

Cabin Experience

The cabin is a compact, pressurized environment generally configured for six seats, though comfort is most consistent with four adults plus baggage depending on trip length and loading. Entry is via an aft door, and the seating layout prioritizes forward visibility and a practical, businesslike interior rather than stand-up space. Noise and vibration are typical of high-performance turboprops; headset use is common in flight, and environmental control performance depends on condition and operator expectations.

Configuration Notes

Common seating is a 2+2 club in the main cabin with two additional seats often used for children, short legs, or occasional passengers

Baggage capacity and usable volume vary with seating selection and weight-and-balance; verify the aircraft’s specific interior and payload limits

Amenities (oxygen system configuration, entertainment, power outlets) vary by serial number and optional equipment

Technology & Systems

The TBM 930 centers on an integrated Garmin G3000-based flight deck with automation intended to reduce single-pilot workload while maintaining pilot authority. Typical features include touchscreen control, integrated engine/system monitoring, digital autopilot, and envelope/underspeed protections depending on configuration. The philosophy is to enable high cruise performance with robust situational awareness and streamlined cockpit flows.

Buyer Checks

Confirm the installed avionics and software levels (G3000/Garmin options, ADS-B, datalink weather/traffic), and ensure all subscriptions and databases are current and transferable as applicable

Review the aircraft’s ice-protection configuration and approvals (e.g., known-ice capability), and validate condition of boots, prop heat, windshield heat, and related systems

Evaluate autopilot performance, pressurization behavior, and engine trend data during prebuy/flight evaluation for signs of rigging, sensor, or maintenance issues

Operating Profile

Operating economics and dispatch depend heavily on utilization, engine program participation (if any), and maintenance status. The TBM 930 typically cruises in the high-200-knot range at altitude and is often managed for a balance of speed, fuel flow, and cabin comfort. Short-field capability and rapid climb can reduce total trip time by enabling closer-to-destination airports and higher cruise altitudes sooner, but real-world performance is sensitive to temperature, elevation, runway condition, and loading.

Key Triggers

Frequent 300–900 nm travel where time savings versus piston aircraft is meaningful without stepping up to a light jet

Regular use of smaller airports where runway length, services, or ramp constraints favor a turboprop

Maintenance & Ownership

As a high-performance single-engine turboprop, the TBM 930’s maintenance picture is dominated by turbine engine health, propeller condition, pressurization/air-conditioning performance, and avionics supportability. Scheduled inspections are straightforward when performed at experienced centers, but dispatch reliability is closely tied to how consistently the aircraft has been maintained and how well discrepancies are tracked and corrected.

Watch-outs

Engine and propeller status: verify hours/cycles, maintenance history, compliance with applicable service bulletins, and available trend monitoring records

Pressurization and environmental system condition (leaks, controller behavior, cabin altitude performance), which can be a frequent source of squawks if neglected

Avionics and electrical system troubleshooting history; confirm no recurring faults, and check for water ingress or corrosion in known-prone areas depending on operating environment

Strengths & Trade-offs

Strengths

High cruise speed for a single-engine turboprop with efficient block times on regional and cross-country legs

Access to shorter runways and secondary airports compared with many light jets

Modern integrated avionics and automation designed for single-pilot workload management

Trade-offs

Cabin size and payload are limited; comfortable loading tends to favor fewer adults and lighter baggage

Single-engine operations may not align with some corporate policies or passenger preferences

High-performance systems (pressurization, avionics) can drive higher maintenance complexity than simpler turboprops

Ideal Buyer Profile

Best Suited For

Owner-operators prioritizing speed and flexibility for 1–4 passengers

Organizations needing reliable point-to-point regional travel with access to smaller airports

Pilots seeking a modern, integrated avionics environment with strong automation support

Less Aligned For

Operators frequently moving 5–6 adults with baggage on longer legs

Missions where a larger cabin, onboard facilities, or two-pilot standardization are primary requirements