The Reach AC-6, the Two-Point-Two-Five Million Dollar Backcountry Turboprop, and What the Kodiak Creator Is Building Next

Reach Aviation has announced the AC-6, a new utility turboprop targeting the same backcountry and remote operations niche currently dominated by the Kodiak. The projected price is $2.25 million for the initial turboprop variant. The designer behind the program is the same individual who helped bring the Kodiak into existence - a credential that gives the announcement more weight than a typical clean-sheet startup.

What Is the Reach AC-6?

The AC-6 is a Part 23 certified utility aircraft designed around short-field performance as its foundational requirement, not a secondary specification. The turboprop variant will burn Jet-A, offering the fuel availability and reliability profile that makes turbines practical in remote environments where avgas is either scarce or prohibitively expensive to fly in.

Reach Aviation has also announced a diesel-powered variant. That version is on the roadmap but has not yet entered development ahead of the turboprop. The company has not yet published final performance specifications, which is normal for a program still in design.

Why the Designer’s Background Matters

The Kodiak, now produced by Daher, became the benchmark for a specific mission profile: remote cargo, medevac, and community access flying in terrain where road infrastructure doesn’t exist and helicopter economics don’t scale. Its reputation rests on a combination of short-field capability, useful load, and turbine reliability.

A designer with direct experience building that aircraft brings more than name recognition. It means the foundational questions - useful load margins, landing gear geometry for rough surfaces, structural decisions for repeated gravel strip cycles - were likely asked at the concept stage rather than discovered during testing.

How the AC-6 Compares to the Kodiak 900

A new Kodiak 900 currently prices close to $2.8 million. Its useful load approaches 2,400 pounds in typical configurations. That number is the benchmark the AC-6 must meet or credibly approach to compete for the same operators.

At $2.25 million, the AC-6 represents a $550,000 reduction in acquisition cost - a meaningful difference in a nonprofit mission aviation budget, and a real factor in the ROI calculation for a commercial Alaska operator evaluating fleet additions.

The Kodiak also carries years of service history, an established parts supply chain, and a maintenance network. The AC-6 starts with none of that. Operators in remote locations cannot absorb an aircraft on the ramp waiting for a part with a six-week lead time. This is not a disqualifying factor, but it will slow adoption regardless of how strong the performance numbers are.

The Diesel Variant: What’s Actually Interesting About It

The diesel announcement deserves more attention than it typically gets. Modern certified aviation diesel engines from manufacturers like Continental Motors and Austro Engine offer substantially better fuel burn per horsepower-hour than comparable turbine installations. They also burn Jet-A, which is available at more locations worldwide than avgas.

The constraint has always been high-power variants. A serious utility aircraft needs serious power, and certified high-output aviation diesels are still maturing. If Reach Aviation can deliver a diesel-powered AC-6 with turbine-equivalent useful load, the result would be an aircraft burning less fuel per mile, using the same widely available fuel, and potentially at a lower acquisition cost than the turboprop version. That combination would be especially competitive in international markets where operating economics are scrutinized more tightly than in the United States.

Whether that variant reaches certification is a separate question. The turboprop comes first. Roadmaps in aviation certification have a consistent history of revision.

The Certification Path

The AC-6 will pursue FAA type certification under Part 23. The 2017 rewrite of Part 23 moved the framework from prescriptive design standards to performance-based standards, which was explicitly intended to reduce the burden on smaller manufacturers developing new aircraft types.

That change is real, but it doesn’t make certification fast. A new manufacturer must build its certification team, documentation infrastructure, and working relationship with the FAA’s aircraft certification office in parallel with completing the aircraft design. These are not small parallel tasks. The $2.25 million price point signals that Reach Aviation is pursuing full certification for commercial operations - not experimental or light sport status - which is consistent with the target market but demands a serious organizational investment to execute.

Who Buys This Airplane

Mission aviation organizations - including groups operating in Central America, Africa, and Southeast Asia - are the most natural first buyers. They already operate Kodiaks and Caravans in exactly the terrain the AC-6 is designed for, and they are acquisition-cost sensitive in ways that make the price difference between $2.25 million and $2.8 million operationally significant.

Alaska and northern Canada commercial operators represent the second category. Bush flying in Alaska is a commercial industry evaluated on direct operating cost, useful load, and dispatch reliability. A turboprop that performs at Kodiak levels with a lower purchase price will receive serious evaluation - once the support infrastructure exists.

Government and contract operators - border patrol, geographic survey, environmental monitoring - tend to favor established type certificates and existing maintenance networks. That market is more likely to come in the program’s second phase, after service history accumulates.

The Market Gap the AC-6 Is Targeting

The Cessna Caravan has been in production since 1984. It is refined, supported, and widely deployed, but it is optimized for a different mission than the Kodiak. The Caravan is a capable utility hauler for developed or semi-developed environments; it is not a true backcountry platform in terms of short-field performance or landing gear design.

The Pilatus PC-12 is an exceptional aircraft at nearly $5 million but targets different performance characteristics and a different buyer. No other aircraft currently in production occupies the Kodiak’s specific niche.

The Reach AC-6 is positioning as the second credible option in a category that currently has one. That framing alone makes the program worth tracking over the next 24 to 36 months - which is approximately the window in which Reach Aviation will need to demonstrate it can build the manufacturing and certification infrastructure to convert this announcement into a delivered aircraft.

Why This Matters for Pilots

For pilots flying remote access missions - mission organizations, Alaskan commercial operators, or backcountry charter - the AC-6 represents potential downward pressure on acquisition cost and waiting times in a category that has had neither for years.

For general aviation pilots with an interest in backcountry flying, competition in the utility turboprop market benefits operators, and operators who run lower-cost services benefit the communities that depend on air access to function.

The program’s design pedigree is credible. The market need is documented. The open question is organizational: whether a new manufacturer can build the team and infrastructure to close the distance between a compelling concept and a certified, delivered aircraft.

Key Takeaways

The Reach AC-6 is a new utility turboprop priced at $2.25 million, designed by the creator of the Kodiak and targeting the same backcountry mission profile.
At $550,000 less than a current Kodiak 900, the AC-6’s acquisition cost is a real factor for mission organizations and commercial remote operators.
Useful load - which approaches 2,400 lbs on the Kodiak 900 - is the benchmark the AC-6 must meet to compete for the same operators; final specs have not yet been published.
A diesel variant is on the roadmap but follows the turboprop; its potential advantage in fuel economy and operating cost is significant if it reaches certification.
The critical milestones to watch over the next 24 to 36 months are FAA certification progress and the buildout of Reach Aviation’s manufacturing and support infrastructure.