Article At A Glance

• The Cessna Grand Caravan 208B EX carries more payload with full fuel (1,086 lbs vs. 744 lbs) and has a wider, longer cabin than the Kodiak 100 Series III.
• The Daher Kodiak 100 Series III burns nearly half the fuel of the Caravan — 38 gal/hr vs. 66 gal/hr — making it significantly cheaper to operate per hour and per nautical mile.
• Operating costs tell a dramatically different story between these two aircraft: $397/hr for the Kodiak versus $654/hr for the Caravan.
• The used Cessna Grand Caravan 208B EX market is far more liquid, with 17 units listed for sale compared to just 4 Kodiak 100 Series IIIs at time of writing.
• One of these aircraft wins on range, the other dominates on payload — understanding which matters more for your mission is the key to making the right choice.

Choosing between the Quest Kodiak and the Cessna 208 Grand Caravan comes down to one question: what does your mission actually demand? These two single-engine turboprops are both built for utility, but they approach the job from very different angles. AvBuyer has tracked both aircraft across fleet data, transaction volume, operating costs, and cabin specs to give buyers a complete picture before they commit.

Both aircraft serve remote operators, charter companies, cargo haulers, and humanitarian organizations. But dig into the numbers and the differences become sharp fast. One aircraft is cheaper to run. The other can carry more with full tanks. Neither answer is wrong — it just depends on your route, your load, and your budget.

Two Turboprops Built for the Rough Stuff

The Cessna Grand Caravan 208B EX and the Daher Kodiak 100 Series III are not competing with business jets or regional airliners. They exist for a completely different category of flying — short strips, remote terrain, high-density altitudes, and missions where reliability matters more than luxury. Both aircraft share a rugged DNA, but they serve that mission in distinctly different ways.

What Makes These Aircraft Stand Apart From Other Turboprops

Most turboprops are designed with pressurized cabins and airline-style operations in mind. The Caravan and Kodiak go the opposite direction. They are unpressurized, built low to the ground for easy loading, and designed to operate from grass, gravel, and dirt strips that would stop almost any other turboprop cold. The Kodiak 100 Series III specifically features high, sturdy landing gear that gives it exceptional short-field performance, a trait that has made it a favorite for backcountry and bush operations.

Who Actually Flies These Planes and Why

The Cessna Grand Caravan has been a workhorse of charter, cargo, and parachute operations for decades. Its large cabin, reliable PT6 engine, and widespread parts availability make it a practical choice for commercial operators who need to turn quick missions at reasonable cost. The Kodiak 100 Series III, while newer to the market, has carved out a strong following among missionary aviation groups, wilderness operators, and private owners who prioritize fuel efficiency and rough-field capability over raw cabin volume. According to JETNET fleet data, the most common uses for both aircraft include charter, private, and cargo roles — though the Caravan commands a far larger installed fleet.

Powerplant: PT6A-34 vs. PT6A-140

Both aircraft are powered by Pratt & Whitney Canada PT6 engines, but the similarity ends there. The PT6 family is one of the most trusted turboprop powerplant lines in aviation history, and the specific variants chosen for each aircraft reveal a lot about their intended performance profiles.

The Caravan goes big with its engine. The Kodiak goes efficient. That fundamental choice drives almost every performance and cost difference between the two platforms. For a deeper dive into similar comparisons, check out our analysis on Gulfstream vs. Bombardier business jets.

Kodiak 100 Series III: 750shp and 38 Gallons Per Hour

The Daher Kodiak 100 Series III is powered by a Pratt & Whitney Canada PT6A-34 engine producing 750 shaft horsepower (shp). It burns just 38 gallons per hour according to JETNET data. For operators flying multiple legs per day or running missions in remote areas where fuel is expensive or hard to source, that burn rate is a genuine operational advantage. For more insights, you might explore FAA regulations that can impact operational costs.

Cessna Grand Caravan 208B EX: 867shp and 66 Gallons Per Hour

The Cessna Grand Caravan 208B EX is fitted with a Pratt & Whitney Canada PT6A-140 producing 867 shp — nearly 16% more power than the Kodiak’s engine. That extra horsepower comes with a cost: the Caravan burns 66 gallons per hour, which is 74% more fuel than the Kodiak per hour of flight.

More power means faster climb rates, better performance in hot-and-high conditions at heavier weights, and the ability to haul larger loads out of shorter strips when fully loaded. For operators maximizing revenue per flight with heavy cargo or full passenger loads, that extra muscle matters.

What the Fuel Burn Difference Means in the Real World

The gap between 38 gal/hr and 66 gal/hr is not just a spec sheet number — it compounds across every flight hour. For an operator flying 400 hours per year, the Caravan will burn roughly 11,200 more gallons of Jet-A annually than the Kodiak. At current fuel prices, that translates into a significant operating cost disadvantage that shows up immediately in the variable cost comparison. For those interested in understanding the broader implications of FAA regulations on operating costs, further insights are available.

This is the single biggest driver of the Kodiak’s lower cost per nautical mile. At $2.21 per nautical mile versus the Caravan’s $4.25 per nautical mile (per JETNET data), the Kodiak is nearly half the cost to operate on a per-mile basis. That is a number that gets attention fast when you are planning a 500nm route daily.

• Kodiak PT6A-34: 750 shp | 38 gal/hr | $2.21/nm
• Caravan PT6A-140: 867 shp | 66 gal/hr | $4.25/nm
• Annual fuel difference (400 hrs): ~11,200 gallons more for the Caravan
• Total variable cost: $397/hr (Kodiak) vs. $654/hr (Caravan)

Range and Speed: Which Flies Further and Faster

Raw engine power does not always translate to better range — and this comparison proves it. The Kodiak’s fuel efficiency gives it a meaningful range advantage over the heavier-burning Caravan, which surprises operators who assume the higher-horsepower aircraft must outperform in every category.

• Kodiak 100 Series III range: approximately 1,005 nautical miles
• Cessna Grand Caravan 208B EX range: approximately 807 nautical miles
• Range advantage for Kodiak: roughly 198 nautical miles — nearly a 25% edge

For remote operations where fuel stops are limited, that range gap can mean the difference between completing a mission nonstop or adding a fuel stop that costs time and money. Bush pilots and humanitarian operators in particular place enormous value on being able to reach isolated communities in a single leg. For those interested in learning more about aircraft comparisons, check out our analysis on Diamond vs. Cirrus aircraft for flight training schools.

Kodiak 100 Series III Reaches 1,005nm vs. Caravan’s 807nm

The Kodiak’s extended range is a direct byproduct of its efficient PT6A-34 engine. Carrying less fuel weight for the same distance means more payload capacity can be preserved on longer legs — a real-world advantage that the spec sheet range figure only partially captures.

How Long-Range Cruise Speed Affects Mission Planning

Speed is where the Caravan recovers some ground. The Grand Caravan 208B EX has a higher cruise speed than the Kodiak, which matters for time-sensitive operations like charter, cargo, and medical transport. If your operation depends on fast turnaround times and the routes are shorter — where the Kodiak’s range advantage is less relevant — the Caravan’s speed becomes a competitive edge worth considering. For operators flying predictable, shorter routes with full loads, speed may matter more than the ability to fly 200nm further on a single tank.

Payload and Cabin: What Can You Actually Fit Inside

Range and fuel burn tell half the story. The other half is what you can carry, and how much room your passengers or cargo actually have. This is where the Cessna Grand Caravan 208B EX asserts a clear advantage over the Kodiak 100 Series III.

When comparing available payload with maximum fuel, the Caravan carries 1,086 lbs versus the Kodiak’s 744 lbs — a difference of 342 lbs. For cargo operators or parachute jump operators who need to fill the cabin completely while topping off the tanks, that gap is operationally significant.

Available Payload With Maximum Fuel

The Cessna Grand Caravan 208B EX delivers an available payload with maximum fuel of 1,086 lbs, compared to the Daher Kodiak 100 Series III’s 744 lbs — a difference of 342 lbs. That extra carrying capacity represents real revenue for commercial operators. Whether you are loading parachutists, freight pallets, or humanitarian supplies, the Caravan simply holds more when both aircraft are fueled to the tabs.

Cabin Volume Comparison

The Grand Caravan 208B EX cabin measures 16.7 ft in length and 5.3 ft wide, giving it a clear volumetric edge over the Kodiak 100 Series III’s 15.8 ft length and 4.5 ft width. That nearly one-foot difference in width alone changes what you can physically fit side by side in the cabin — a meaningful distinction for cargo operators working with standardized pallets or boxes.

The one area where the Kodiak reclaims some ground is cabin height. At 4.8 ft tall, the Kodiak’s cabin stands slightly higher than the Caravan’s 4.5 ft. For passengers, that extra headroom makes a noticeable difference on longer legs, particularly for taller occupants who would otherwise be crouching to move through the Caravan’s cabin.

When total cabin volume is calculated, the Grand Caravan 208B EX comes out ahead. Wider and longer wins the volume battle even when the Kodiak has a slight height advantage. For pure cargo hauling operations, the Caravan’s cabin geometry makes it the more practical choice when maximizing cubic footage matters.

How Payload Tradeoffs Affect Mission Selection

The payload picture is not purely one-sided. On shorter routes where the aircraft does not need to carry maximum fuel, the Kodiak’s payload disadvantage narrows considerably. Operators flying 200 to 300nm legs can offload fuel and recover useful load, partially closing the gap with the Caravan. The real-world payload difference becomes most pronounced on longer missions where both aircraft need full tanks to complete the route.

For high-frequency short-haul cargo routes — island hopping, inter-valley freight, or point-to-point charters — mission planning around partial fuel loads can make either aircraft viable. But for operators who need to regularly carry heavy loads over long distances without fuel stops, the Caravan’s payload-with-full-fuel advantage is difficult to argue against.

Operating Costs: $397/hr vs. $654/hr

Operating cost is often the deciding factor for utility aircraft buyers, and the gap here between the Kodiak 100 Series III and the Grand Caravan 208B EX is substantial. The Kodiak runs at a total variable cost of $397 per hour, while the Caravan comes in at $654 per hour — a difference of $257 per flight hour driven almost entirely by fuel consumption. For more detailed comparisons, you can check out this article on AvBuyer.

For an operator flying 500 hours annually, that hourly gap compounds to over $128,500 per year in additional variable operating costs for the Caravan. That figure makes the Kodiak’s lower purchase price advantage even more compelling when viewed through a total cost of ownership lens.

Total Variable Cost Breakdown for Each Aircraft

Variable costs include fuel, maintenance reserves, engine reserves, and other direct operating expenses. The Kodiak’s PT6A-34 engine burns 38 gal/hr versus the Caravan’s PT6A-140 at 66 gal/hr, and that 28 gallon-per-hour difference is the primary engine behind the Kodiak’s cost advantage. Maintenance costs for the PT6A-34 also tend to be lower given its smaller displacement and lower operating temperatures compared to the higher-output PT6A-140.

It is worth noting that the Cessna Grand Caravan 208B EX’s higher variable cost does not make it a poor economic choice for every operator. Charter companies that can fill the Caravan’s larger cabin and command higher per-seat revenue may find that the increased operating cost is offset by the ability to carry more paying passengers or freight per flight.

Cost Per Nautical Mile: $2.21 vs. $4.25

Cost per nautical mile is one of the most useful metrics for comparing utility aircraft because it ties operating expense directly to the work being done. At $2.21 per nautical mile, the Kodiak 100 Series III is nearly half the cost of the Grand Caravan 208B EX at $4.25 per nautical mile — figures sourced directly from JETNET operational data.

On a 500nm mission, the Kodiak costs approximately $1,105 in variable operating costs versus the Caravan’s $2,125 for the same route. That $1,020 single-mission difference adds up fast in high-utilization environments. Remote operators, humanitarian organizations, and small charter companies running tight margins feel that delta on every single flight.

The cost-per-mile advantage also interacts powerfully with the Kodiak’s superior range. Because the Kodiak can fly further on less fuel, it delivers more nautical miles per dollar spent — a combination that makes it the clear choice for cost-conscious operators whose missions do not demand the Caravan’s higher payload capacity.

Metric	Kodiak 100 Series III	Cessna Grand Caravan 208B EX
Total Variable Cost	$397/hr	$654/hr
Cost Per Nautical Mile	$2.21	$4.25
Fuel Burn	38 gal/hr	66 gal/hr
Engine	PT6A-34 (750 shp)	PT6A-140 (867 shp)

Market Data and Resale Value

Understanding the used aircraft market for both models helps buyers evaluate liquidity risk — how easy it will be to sell the aircraft if operational needs change. The two aircraft tell very different stories when it comes to fleet size, transaction volume, and market depth.

Fleet Size and Percentage Currently for Sale

The Grand Caravan 208B EX has a significantly larger installed fleet than the Kodiak 100 Series III, which translates directly into greater market liquidity and more pricing transparency. At the end of December 2023, the Grand Caravan 208B EX fleet had 2.4% of its fleet listed for sale, while the Kodiak 100 Series III had a higher percentage of its smaller fleet available — reflecting both its newer market presence and its more niche buyer pool. In December 2023, there were 39 Daher Kodiak 100 Series III turboprops in operation according to JETNET data.

Used Asking Prices for the Cessna 208B EX: $2.1m to $3.2m

At the time of the data pull, the used market for the Cessna Grand Caravan 208B EX showed seventeen units listed for sale, with asking prices ranging from $2.1 million to $3.2 million. That range reflects differences in vintage, avionics fit, total time, and mission equipment installed across the available fleet. The spread of 17 units gives buyers meaningful pricing data and real negotiating leverage, similar to how business jet comparisons provide insights into cost and performance.

By comparison, only four Daher Kodiak 100 Series III units were listed for sale at the same point in time, with no asking prices publicly provided for those listings. The thin market for used Kodiak Series IIIs makes pricing harder to benchmark and gives sellers more information asymmetry in negotiations.

• Cessna Grand Caravan 208B EX units for sale: 17
• Asking price range: $2.1m to $3.2m
• Kodiak 100 Series III units for sale: 4
• Kodiak asking prices: Not publicly listed
• New 2023 prices: Per Aircraft Bluebook Winter 2023 data

For buyers considering financing or resale value protection, the Caravan’s deeper used market offers meaningful advantages. Appraisers, lenders, and insurance underwriters all work more comfortably with aircraft that have extensive transaction histories and publicly available comparable sales data.

Monthly Transaction Volume: 11 Caravans vs. 1 Kodiak Sold Per Month

Transaction volume data from JETNET paints one of the starkest contrasts between these two aircraft. The Cessna Grand Caravan consistently sees approximately 11 units sold per month across its broader fleet, making it one of the most actively traded turboprops in the utility segment. The Daher Kodiak 100 Series III, by contrast, averages closer to 1 unit sold per month — a reflection of its smaller total fleet and more specialized buyer base.

Higher monthly transaction volume means tighter bid-ask spreads, faster time-to-sale, and more reliable valuations. For operators who may need to exit their position quickly — due to fleet changes, funding shifts, or mission evolution — the Caravan’s transaction liquidity is a real financial asset beyond its flying capabilities.

What the Numbers Say About Buyer Demand

The Caravan’s transaction dominance is not simply a function of fleet size — it reflects deep, structural demand from charter operators, cargo companies, skydiving operations, and government agencies that have standardized on the platform for decades. Cessna’s production support, parts availability, and worldwide MRO network reinforce that demand by keeping operating risk low for commercial buyers.

The Kodiak 100 Series III’s thinner transaction market does not signal weak demand so much as a different buyer profile. Kodiak buyers tend to be mission-specific operators — backcountry pilots, missionary aviation organizations, and high-net-worth private owners — who hold their aircraft longer and replace them less frequently. That loyalty keeps inventory tight but also means resale pricing can be unpredictable without comparable transactions to anchor valuations.

What both aircraft share is a dedicated buyer base that values utility over prestige. Neither aircraft is purchased for its interior appointments or cruise speed. They are purchased because they get the job done in places where other aircraft simply cannot operate — and that utility-driven demand keeps both platforms relevant regardless of transaction volume differences.

• Caravan monthly transactions: ~11 units per month
• Kodiak monthly transactions: ~1 unit per month
• Caravan fleet for sale (Dec 2023): 2.4% of total fleet
• Caravan primary uses: Charter, cargo, parachute operations, government
• Kodiak primary uses: Backcountry, missionary aviation, private ownership

Common Usage: Business, Charter, and Beyond

The Cessna Grand Caravan 208B EX dominates commercial utility operations. Skydiving operations, regional cargo routes, charter flights, and government contracts make up the bulk of its mission profile. Its large cabin, proven reliability, and worldwide parts and service network make it the default choice for operators who need to run the aircraft hard and keep it flying consistently. The Kodiak 100 Series III serves a narrower but deeply loyal segment — missionary aviation organizations, backcountry outfitters, and private owners who need a rugged short-field performer with low operating costs. Per JETNET fleet composition data, the Kodiak’s operator breakdown at the time of writing included government and personal use at approximately 5% each, with the remainder split across private, charter, and mission-specific categories. Both aircraft share core utility DNA, but they serve meaningfully different operator communities.

Avionics and Safety Features on the Kodiak 100 Series III

The Daher Kodiak 100 Series III was substantially updated when Daher introduced the Series III designation in 2021, adding meaningful avionics and safety improvements that brought the platform closer to modern turboprop standards. For buyers comparing the Kodiak against older Caravan variants, the Series III’s avionics suite alone can tip the decision — particularly for single-pilot IFR operators who spend significant time in IMC or in complex airspace.

Garmin G1000 With Three 10-Inch Displays as Standard

The Kodiak 100 Series III comes standard with a Garmin G1000 NXi integrated flight deck featuring three 10-inch displays. That configuration gives the single-pilot operator a fully integrated primary flight display, multi-function display, and engine indication system without having to navigate a cluttered mix of legacy gauges and newer glass panels. The NXi version of the G1000 adds faster processors, improved wireless connectivity, and enhanced terrain and traffic awareness over the original G1000 platform. For those interested in flight training, comparing Diamond vs. Cirrus aircraft might provide valuable insights.

For comparison, the Cessna Grand Caravan 208B EX is available with the Garmin G1000 NXi as well, so both aircraft share a common glass cockpit foundation. Where the Kodiak differentiates itself is in how that avionics suite integrates with the Series III’s broader safety upgrades — creating a more cohesive modern flight environment than earlier Caravan variants equipped with retrofitted avionics stacks. For a deeper look into how modern technology enhances aviation, check out drones in enhancing aircraft emergency response.

Series III Safety Upgrades Since 2021

Daher introduced the Kodiak 100 Series III with a package of safety and utility enhancements that addressed key feedback from the operator community. The most visible change is the redesigned, reinforced landing gear — taller and more robust than earlier Kodiak variants, giving the aircraft improved ground clearance and better energy absorption on unimproved surfaces. For backcountry operators routinely landing on gravel bars, mountain strips, and soft fields, that gear upgrade is not cosmetic — it is operationally critical. If you’re interested in comparing aircraft for different missions, check out our comparison of ISR mission aircraft.

Beyond the gear, the Series III brought improvements to cabin comfort and interior utility, including revised seating configurations and improved sound insulation. These upgrades reflect Daher’s recognition that the Kodiak increasingly serves private and charter operators who expect a higher baseline comfort standard alongside the aircraft’s rugged bush capabilities.

The combination of the Garmin G1000 NXi flight deck, reinforced landing gear, and updated cabin configuration makes the Series III a meaningfully more capable and safer aircraft than earlier Kodiak models — and positions it competitively against the Caravan for buyers who value modern avionics integration as part of their safety calculus.

Which Turboprop Wins for Your Mission

There is no universal winner between the Kodiak 100 Series III and the Cessna Grand Caravan 208B EX — but there is almost certainly a clear winner for your specific operation. If your priority is low operating cost, extended range, and efficient fuel burn on routes under 800nm with moderate payload requirements, the Kodiak 100 Series III is the stronger platform. At $397/hr total variable cost and $2.21 per nautical mile, it delivers a compelling economic argument that compounds significantly over a full year of operations. Add its superior range of approximately 1,005nm and its modern Series III safety package, and the Kodiak makes a powerful case for cost-conscious operators who do not need to fill a large cabin on every leg.

If your mission demands maximum payload with full fuel, higher cabin volume, and access to a deep resale market, the Cessna Grand Caravan 208B EX is the more practical tool. Its 1,086 lb available payload with maximum fuel, wider and longer cabin, 867 shp powerplant, and 17 active used market listings at the time of data publication give commercial operators the carrying capacity, market liquidity, and operational support infrastructure that high-utilization commercial roles demand. The Caravan costs more to operate — but for operators who fill it up consistently, it earns back that operating cost premium through higher per-flight revenue potential.

Frequently Asked Questions

Below are answers to the most common questions buyers and aviation enthusiasts ask when comparing these two single-engine turboprops.

What is the main difference between the Kodiak 100 Series III and the Cessna Grand Caravan 208B EX?

The main difference is in operating cost versus payload capacity. The Kodiak 100 Series III burns significantly less fuel — 38 gal/hr versus 66 gal/hr — making it far cheaper to operate per hour and per nautical mile. The Cessna Grand Caravan 208B EX carries more payload with full fuel (1,086 lbs vs. 744 lbs) and offers a larger cabin by volume, making it better suited to high-capacity commercial operations.

Why does the Kodiak 100 Series III cost less per nautical mile to operate?

The Kodiak’s cost-per-mile advantage comes almost entirely from its PT6A-34 engine’s lower fuel burn. At 38 gal/hr versus the Caravan’s 66 gal/hr, the Kodiak consumes dramatically less Jet-A per flight hour, which drives its total variable cost down to $397/hr and its cost per nautical mile to $2.21 — compared to the Caravan’s $654/hr and $4.25/nm respectively.

Aircraft	Fuel Burn	Variable Cost/hr	Cost/nm	Range
Kodiak 100 Series III	38 gal/hr	$397/hr	$2.21	~1,005 nm
Cessna Grand Caravan 208B EX	66 gal/hr	$654/hr	$4.25	~807 nm

On a representative 500nm mission, the Kodiak costs approximately $1,105 in variable operating costs versus the Caravan’s $2,125 — a single-leg savings of over $1,000. That gap is felt immediately by operators running multiple daily flights. For a deeper dive into comparing aircraft, check out this comparison of Diamond vs. Cirrus aircraft.

For operators flying 400 hours annually, the Kodiak’s fuel efficiency advantage translates to approximately 11,200 fewer gallons of Jet-A consumed compared to the Caravan. At prevailing Jet-A prices, the annual savings from fuel alone can represent a six-figure cost difference — a figure that gets the attention of any commercially minded operator reviewing their annual P&L.

It is also worth noting that the PT6A-34’s lower operating temperatures and smaller output profile tend to generate lower engine reserve costs over time compared to the higher-output PT6A-140. Maintenance reserve requirements and hot section inspection intervals both factor into total operating cost, and the Kodiak’s more modest powerplant tends to favor operators on this front as well.

Is the Cessna Grand Caravan 208B EX a better choice for charter operations?

For high-utilization charter operations where cabin volume and payload capacity drive revenue, the Cessna Grand Caravan 208B EX is generally the stronger commercial choice. Its wider cabin (5.3 ft vs. 4.5 ft), longer fuselage (16.7 ft vs. 15.8 ft), and higher available payload with full fuel (1,086 lbs vs. 744 lbs) allow operators to carry more passengers or freight per flight. Combined with its larger installed fleet and deeper parts and MRO network, the Caravan’s operational support infrastructure is purpose-built for commercial intensity.

That said, charter operators running thinner margins on longer routes where fuel cost is the dominant variable may find the Kodiak’s $257/hr operating cost advantage worth the payload tradeoff — particularly if their typical loads are lighter and their routes push past the Caravan’s 807nm range ceiling. The right answer depends entirely on route length, average payload, and revenue per seat mile for the specific operation.

What engine powers the Daher Kodiak 100 Series III?

• Engine: Pratt & Whitney Canada PT6A-34
• Output: 750 shaft horsepower (shp)
• Fuel burn: 38 gallons per hour (per JETNET data)
• Engine family: PT6A turboprop series — one of the most widely operated turboprop engine families in aviation history
• Compared to Caravan: PT6A-140 producing 867 shp at 66 gal/hr

The PT6A-34 has earned a strong reputation for reliability and ease of maintenance in remote environments — qualities that matter enormously when your nearest certified maintenance facility might be hundreds of miles away. The engine’s free-turbine design allows for reliable starting in cold weather and consistent performance across a wide range of density altitudes.

While the PT6A-34 produces less raw horsepower than the Caravan’s PT6A-140, it is more than adequate for the Kodiak’s lighter airframe and delivers its power more efficiently across the cruise regime where most operational hours are accumulated. The result is a powerplant that prioritizes endurance and economy over peak performance — a deliberate engineering choice that aligns with the Kodiak’s mission profile. For those interested in the regulatory aspects of aviation, you might find FAA regulations insights helpful in understanding the broader context of aircraft design and operation.

Both the PT6A-34 and PT6A-140 benefit from Pratt & Whitney Canada’s global support network, with engine overhaul facilities, parts availability, and field service representatives operating in most regions where these aircraft are commonly flown. For international operators in developing regions, that shared support infrastructure is a meaningful advantage common to both platforms. To understand more about how drones enhance aircraft emergency response, consider exploring modern approaches to aviation safety.

How do the used market prices compare between the two aircraft?

The used Cessna Grand Caravan 208B EX market is significantly more active and transparent than the Kodiak 100 Series III secondary market. At the time of the data reviewed here, 17 Grand Caravan 208B EX units were listed for sale with publicly stated asking prices ranging from $2.1 million to $3.2 million. That price spread reflects differences in vintage, total airframe time, avionics configuration, and mission equipment.

The Kodiak 100 Series III used market showed only four units listed for sale at the same point in time, with no asking prices publicly available for any of those listings. The absence of public pricing reflects the thinner transaction volume — approximately one Kodiak sold per month versus the Caravan’s roughly eleven — and gives sellers more information leverage in private negotiations. For those interested in pricing comparisons, understanding market trends can be crucial.

New 2023 pricing for both aircraft, per Aircraft Bluebook Winter 2023 data, shows the Kodiak 100 Series III priced below the Cessna Grand Caravan 208B EX at list. That new-aircraft price advantage, combined with the Kodiak’s dramatically lower operating costs, gives it a compelling total cost of ownership argument for buyers who can accept the trade-off of a smaller cabin and lower payload-with-full-fuel figure.