Bringing a new apple variety from the breeding program to the supermarket shelf is a long and carefully managed journey. Every variety we release has undergone years of rigorous evaluation, covering everything from taste and disease resistance to commercial viability and grower performance. If you have questions about our breeding work or want to learn more about our varieties, feel free to get in touch with us directly.
Understanding how new apple varieties are tested helps explain why the process takes as long as it does—and why that investment of time ultimately produces better fruit for growers, retailers, and consumers alike. Below, we answer the most common questions about how new apple varieties move from seedling to shelf.
Why does testing new apple varieties take so long?
Testing new apple varieties takes so long because apple trees are perennial crops that require multiple growing seasons before they produce enough fruit for meaningful evaluation. A single seedling must be grown, grafted, observed across several harvests, and compared with thousands of other candidates before any conclusions can be drawn about its real-world performance.
Unlike annual crops, which can complete a full cycle in months, apple breeding operates on a timeline measured in decades. Each tree needs time to mature, and traits like storability, consistency across seasons, and disease resistance only reveal themselves over repeated growing cycles. At Better3Fruit, we run one of the largest apple and pear breeding programs in the world, with over 30,000 new varieties under evaluation at any time. That scale requires patience and a structured, multi-stage process to ensure only the most promising candidates move forward.
What happens during the early seedling selection phase?
During the early seedling selection phase, breeders screen thousands of young plants for basic desirable traits before investing resources in growing them to maturity. This phase uses a combination of visual assessment and molecular marker technology to identify seedlings that carry the right genetic profile for traits like disease resistance, fruit color, and tree architecture.
Molecular markers allow us to screen seedlings at a very early stage, sometimes even before the tree has produced any fruit. This dramatically increases efficiency by eliminating poor candidates early, rather than waiting years for trees to mature. Each year, we introduce around 10,000 new variety selections into the field, making this early filtering stage essential for managing the sheer volume of material under evaluation. Only a small fraction of seedlings survive this initial phase and move on to more detailed assessment.
How are apple varieties tested for taste and texture?
Apple varieties are tested for taste and texture through structured sensory evaluations carried out across multiple harvests. Trained tasting panels assess attributes including sweetness, acidity, crunch, juiciness, and flavor complexity. Varieties must perform consistently across seasons and storage conditions to be considered commercially viable.
Taste and texture are among the most important traits we evaluate because they directly determine whether consumers will buy the fruit again. A variety that looks beautiful but delivers a disappointing eating experience will not succeed in the market. We also assess how texture holds up after cold storage, since most commercially grown apples are stored for extended periods before reaching consumers. Varieties that lose their crunch or develop off-flavors during storage are eliminated from the program, regardless of how well they perform at harvest.
How is disease and pest resistance evaluated in new apple varieties?
Disease and pest resistance in new apple varieties is evaluated through a combination of controlled inoculation trials and field observation over multiple seasons. Breeders expose candidate varieties to key pathogens such as apple scab, powdery mildew, and fire blight to assess how well the variety tolerates or resists infection under realistic conditions.
Disease tolerance and resistance are central to our breeding strategy at Better3Fruit, both for the benefit of growers and as part of our long-term sustainability goals. A variety with strong disease resistance reduces the need for chemical inputs, which lowers production costs and supports more environmentally responsible growing. Pest tolerance is evaluated alongside disease resistance, and varieties that require excessive intervention to remain productive are deprioritized. This multi-season field evaluation is essential because resistance levels can vary depending on climate, local pathogen strains, and growing conditions.
What determines whether a new apple variety is commercially released?
Whether a new apple variety is commercially released depends on a combination of factors, including taste, appearance, yield, storability, disease resistance, and market fit. A variety must perform well across all of these dimensions consistently, and it must offer a clear point of difference from existing varieties already available to growers and retailers.
Commercial release is also shaped by practical considerations around supply chain readiness and licensing potential. A variety that performs brilliantly in trials but cannot be produced at sufficient scale, or that lacks a clear route to market, is unlikely to be released commercially. We also consider whether the variety suits a particular market segment, region, or growing system. Our commercial variety portfolio reflects years of this kind of careful selection, and every variety in it has earned its place through a long and demanding evaluation process. The goal is always to release varieties that growers can build a business around and that consumers genuinely enjoy eating.
How long does it take from breeding to supermarket shelf?
From the initial cross-pollination to a new apple variety appearing on supermarket shelves typically takes between 15 and 20 years. This timeline reflects the time needed for seedling development, multi-season evaluation, variety protection, commercial trialing, and the gradual scaling of production to meet market demand.
The first years are spent in the breeding program itself, selecting and narrowing down candidates from tens of thousands of seedlings. Once a variety advances to commercial trials, growers need several seasons to establish orchards at a meaningful scale. Variety protection through intellectual property rights also takes time to secure internationally. Our first commercial releases came in 2002 with Kanzi® and Greenstar®, and Kanzi® has since become one of the most successful club apple varieties of the past two decades—a result that reflects the value of that long-term investment. The journey is lengthy, but it is what ensures that every variety we bring to market is genuinely ready for it.
We hope these answers give you a clearer picture of the work that goes into developing every new apple variety. If you want to learn more about our breeding program, explore licensing opportunities, or simply ask a question, we invite you to contact us and start a conversation with our team.
Frequently Asked Questions
Can I license a Better3Fruit variety to grow on my orchard, and how does that process work?
Yes, Better3Fruit varieties are available through licensing arrangements that govern how and where a variety can be grown and sold. The licensing process typically involves an application, an assessment of your growing region and commercial capacity, and an agreement that outlines production and marketing terms. If you're interested in exploring licensing opportunities, the best first step is to reach out directly to the Better3Fruit team to discuss whether a particular variety is a good fit for your operation.
What is a club apple variety, and how is it different from a standard commercial variety?
A club variety is a managed apple variety where production and marketing rights are restricted to a select group of licensed growers, allowing for tighter quality control and more coordinated market positioning. Unlike open or standard commercial varieties that anyone can grow, club varieties are deliberately kept exclusive to protect their brand value and ensure a consistent consumer experience. Kanzi® is a well-known example of a successful club variety that has maintained strong market performance precisely because of this managed approach.
How do breeders decide which disease resistances to prioritize when developing a new variety?
Breeders prioritize disease resistances based on the most economically damaging and widespread pathogens in the target growing regions, with apple scab, powdery mildew, and fire blight typically at the top of the list. Sustainability goals also play a role — varieties that can reduce growers' reliance on fungicide applications are increasingly important in markets where environmental standards are tightening. The specific resistance profile a breeder targets may also shift depending on whether the variety is intended for conventional, integrated, or organic production systems.
Why do some promising apple varieties never make it to commercial release despite performing well in trials?
Even a variety that excels in taste and disease resistance trials can be held back by factors like insufficient yield consistency, difficulty in achieving the right fruit color in certain climates, or a lack of clear market differentiation from existing popular varieties. Supply chain readiness is another common barrier — if a variety cannot be produced at the scale retailers require within a commercially viable timeframe, it may be shelved despite its quality. This is why the final stage of evaluation is just as much a commercial and logistical assessment as it is an agronomic one.
How does cold storage performance affect a variety's chances of making it to market?
Cold storage performance is a critical commercial requirement because most apples are harvested over a relatively short seasonal window but need to be available to consumers year-round. A variety that loses firmness, develops off-flavors, or shows skin breakdown after several months in controlled atmosphere storage is essentially disqualified from large-scale retail, regardless of how good it tastes at harvest. Breeders evaluate storability across multiple seasons and storage durations to ensure a variety can hold its quality all the way to the point of sale.
Is it possible to speed up the apple variety development process, and are new technologies helping?
The timeline is being compressed at the early stages thanks to advances in molecular marker technology and genomic selection, which allow breeders to identify promising candidates years earlier than traditional methods allowed. However, the later stages of multi-season field trialing, orchard establishment, and market scaling cannot be significantly accelerated because they depend on biological and commercial realities that technology cannot shortcut. The result is a process that is becoming more efficient at the front end while still requiring the patience that perennial crop breeding fundamentally demands.
What role do growers play in the commercial trialing phase before a variety is officially released?
Growers are essential partners in the commercial trialing phase, providing real-world feedback on how a variety performs under diverse soil types, climates, and orchard management systems that cannot be fully replicated in a controlled breeding environment. Their input covers practical aspects like ease of harvesting, tree vigour, susceptibility to regional pest pressures, and packout rates — all of which directly affect the commercial viability of a variety. A variety that breeders are excited about but that growers find difficult or unprofitable to manage will not succeed, making grower collaboration a non-negotiable part of the release process.