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Cessna 208B Grand Caravan EX

High-payload, short-field turboprop designed for flexible passenger, cargo, and special-mission roles.

The Cessna 208B Grand Caravan EX is a single-engine turboprop optimized for utility work where runway access, payload, and dispatch reliability matter more than cruise speed. The EX variant pairs the stretched Caravan airframe with a higher-power Pratt & Whitney PT6A-140, supporting strong takeoff and climb performance in hot/high and heavy-load operations. It is commonly configured for commuter, charter, cargo, and mixed-use flying, and it is widely adapted for roles such as skydiving, air ambulance, surveillance, and remote logistics.

Currently for sale
920Range (nm)
195Speed (ktas)
10Passengers

Mission Alignment

This model fits operators who prioritize access and payload over speed. It is well-suited to multiple legs per day with quick loading, and to networks where runway length or surface limits other aircraft. It is less aligned with missions that consistently demand higher cruise speeds, pressurization, or twin-engine capability due to company policy or operating environment.

Best For

Short-to-medium sectors into shorter or unimproved runways
High-volume cargo, mixed passenger/cargo, and frequent turn operations
Remote, hot/high, or infrastructure-limited environments (including float operations where equipped)

Not Ideal For

Time-critical travel where higher cruise speeds of twins/jets are required
Operations needing multi-engine redundancy or pressurization for higher-altitude comfort

Cabin Experience

Cabin experience depends heavily on interior choice: the aircraft can be set up for high-density commuter seating, executive-style seating, cargo, or quick-change combinations. The large cargo door and relatively boxy cross-section support practical loading and cabin flexibility. Expect a utilitarian cabin environment with more propeller and airflow noise than pressurized turbine aircraft, and comfort that varies with soundproofing, seat selection, and environmental-control options.

Configuration Notes

Common seating ranges from roughly 9–14 passengers depending on interior and mission equipment.
Quick-change layouts are common, enabling passenger, cargo, or mixed configurations with minimal downtime.
Large cargo door and flat-ish floor facilitate freight, bulky items, and mission equipment integration.
5.4Width (ft)
4.5Height (ft)
41.6Length (ft)

Technology & Systems

The Grand Caravan EX emphasizes straightforward, field-serviceable systems with modern avionics depending on year and operator specification (commonly Garmin glass flight decks). The PT6A-140 engine choice prioritizes dependable turbine operation with a large installed base and established support ecosystem. Overall, the aircraft’s technology approach favors operational versatility and maintainability over high automation or high-speed optimization.

Buyer Checks

Confirm avionics suite and certifications (e.g., WAAS/LPV capability, ADS-B compliance, autopilot features) match intended IFR and terrain environments.
Review payload/CG performance for the intended interior, fuel plan, and typical baggage/cargo; real-world useful load varies significantly by equipment.
If considering floats, cargo pod, or special-mission kits, verify structural provisions, STC status, and any performance/weight impacts in the actual configuration.

Specifications

Cockpit2
DOC / nm$ 3.15
Min Crew1
Total Seats10
Flight RulesVFR
ManufacturerCessna
Aircraft NameGrand Caravan EX
CertificationFAA / EASA
Max Range (nm)964
DOC / nm / Seat$ 0.39
Max Cabin Seats12
OEM VerificationVERIFIED
Useful Load (lbs)3332
Standard Cabin Seats8
Direct Operating Cost$ 614
Flight Deck (Base Spec)Garmin G1000 NXi
Max Cruise Speed (ktas)195
Base Aircraft Price (USD)$2,695,000

Range

920 nm from New York

Cessna 208B Grand Caravan EX920 nm range

Operating Profile

Typical operations involve low-to-mid altitude cruising and frequent cycles, with performance advantages on shorter runways and in hot/high conditions compared with piston utility aircraft. It is often dispatched in all-weather regional flying when equipped for IFR, but its unpressurized cabin means many operators plan routes and altitudes around weather and passenger comfort. Fuel burn and direct operating costs are generally driven by cycle count, power settings, runway environment, and maintenance planning rather than long cruise segments.

Key Triggers

High utilization with frequent turns where a single airframe must cover passengers, cargo, or both across short sectors.
Operating into constrained airfields where payload and short-field capability reduce the need for repositioning or multiple aircraft types.

Maintenance & Ownership

Maintenance is shaped by a high-cycle utility profile: landing gear, brakes, tires, and airframe wear items can see accelerated consumption in rough-field and frequent-leg operations. The PT6 family benefits from broad support, but maintenance planning must account for engine program status, hot-section health, and propeller condition. Configuration complexity (cargo pod, floats, mission sensors) can add inspection items and downtime planning considerations.

Watch-outs

Assess engine time/condition (hours, cycles, hot-section status) and verify maintenance records for consistent trend monitoring.
Inspect for corrosion and wear consistent with environment (coastal, humid, unimproved strips) and any history of heavy utility use.
Confirm propeller, brakes, and landing gear condition—high-cycle operations can drive earlier replacements and more frequent servicing.

Strengths & Trade-offs

Strengths

Strong payload and cabin flexibility across passenger, cargo, and mixed missions
Short-field and unimproved-runway capability supporting remote access
Large global support base and widely understood PT6-powered operating model

Trade-offs

Unpressurized cabin limits high-altitude comfort and can constrain weather/icing strategy compared with pressurized types
Single-engine profile may not meet some operator or regulatory preferences for redundancy
Cruise speed is modest; longer point-to-point trips can be time-inefficient versus faster turboprops or light jets

Ideal Buyer Profile

Best Suited For

Regional charter/commuter operators needing flexible seating and frequent cycles
Cargo and logistics operators serving short runways and remote communities
Special-mission operators (survey, surveillance, medevac, skydiving) needing a configurable platform

Less Aligned For

Corporate travelers prioritizing speed, pressurization, and cabin quiet
Operators requiring twin-engine capability as a policy or mission requirement

Wingform Inc.

1207 Delaware Ave #3093, Wilmington, DE, US 19806