Biological Maturation - Football NSW (2024)

As part of Football NSW youth competitions policy, players that are potentially disadvantaged from a physical perspective, due to later biological maturity, may be eligible to play in a lower age-category. Although players may be similar in terms of chronological age, their biological age can vary substantially, by as much as 5 years, due to the timing of their adolescent growth spurt. Late developers can be significantly disadvantaged from a physical stand-point (height, weight, speed, strength). To identify those players who may be late-developing players, Football NSW has developed a two-step process.

Firstly, clubs and/or parents can self-assess a player’s maturity classification using the resources on this web-page. Should the player be deemed a late-developer, they can be registered for the second step of the process, which is a verification assessment conducted by FNSW (assessment dates to follow)

This page contains video tutorials to assist in the correct measurements necessary to estimate the player’s biological maturation category. Accurate measurements of the player’s height, weight and their sitting height are required, in addition to the player’s date of birth, gender, and the date upon which the aforementioned measurements were collected. The three short video tutorials below provide information on how to conduct these measurements, which should be collected in metric units (cm and kg). The data recorded can then be inserted into the on-line calculator below. Please carefully follow the procedures in the videos, and double-check that the data is inserted into the calculator appropriately, as subtle errors can have a significant effect on the results.

Who is Eligible?

The following information seeks to clarify the eligibility of players for the 2024 Season in relation to Biological Maturation Approved Players:

Players assessed as Late Developers:

  • Any player that is assessed as a “late developer” will be given approval to play down an age grade at their club provided that the club has a position(s) available in the team that the player is seeking to register with.

Players Assessed as “on time developers” or “early developers”

  • Any player that is assessed as a “on-time developer” or “early developer” will NOT be permitted to play down an age grade at their club.

Please Note: All players will be required to attend one of the advertised FNSW assessment dates. No Player will retain their 2023 status.

Team Eligibility for 2024

Below are the Competitions and age groups for which the Biological Maturation principle will apply for the 2024 season:

Biological Maturation Age Groups

CompetitionU13sU14sU15sU16sU18s
Football NSW Boys' Youth League One
Football NSW Boys' Youth League Two
Football NSW Boys' Youth League Three
Association Youth League
Football NSW Girls' Youth League OneN/A
Football NSW Girls' Youth League TwoN/AN/A

Current Squad Numbers:

  • No club/team will be able to register a Player to play in an age grade below the player’s birth year if that player has been assessed as a “on-time developer” or “early developer”;
  • Each club will be permitted to register a maximum of one (1) approved “late developer” per team/age grade. For the avoidance of doubt, player’s classified as late developers must be allocated to and appear on the Player ID Sheets of the youngest squad they are eligible to participate in.

How to Determine if Your Child is Eligible

Below you will be able to find Assessment Instructions to determine if a player is eligible for one of the testing days conducted by FNSW

Measuring Standing Height

Measuring Seated Height

Measuring Body Mass

Words From Our Technical Director Warren Grieve

We are committed to supporting players at all levels ensuring they find the correct environment that will assist with their development. We hope that with the additional information we have provided this will help educate players, parents, and coaches alike as to what they should be considering when it comes to Biological Maturation.

In addition we will continue to support clubs, and their Technical Directors with further education opportunities off the back of the recent Biological Maturation workshop we recently ran at FNSW. It is important that the player is put first. In some instances, players will need to play down due to being classed as a late developer. Likewise there will be times when players need to play up an age group to provide an appropriate level of challenge.

It is also important that if a player is deemed as a late developer or early developer they are still afforded the opportunity to train and when appropriate play with their correct age group, allowing coaches to bench mark when they should be integrated back into their chronological age group.

Are you Eligible?

The below calculator will provide two results, the estimated age at peak height velocity (APHV) and the maturation category (early, on-time or late developer). The age at peak height velocity is an estimate of when the player did, or is predicted to go through the most intensive phase of the adolescent growth spurt. Some players will have already been through the growth spurt, others are yet to do so. To categorise their maturation status, the APHV is cross-referenced with normative data for boys and girls. The age criteria used to categorise biological maturation is as follows:

Boys:
APHV <13.5 = early developer
APHV 13.5-14.5 = on-time developer
APHV >14.5 = late developer

Girls:
APHV <11.5 = early developer
APHV 11.5-12.5 = on-time developer
APHV >12.5 = late developer

Should the player be classified as a late developer, the player can register for a verification assessment to be conducted by FNSW. If confirmed as a late developer, the player has the option to register in a lower-age category, however we recommend that the technical directors, coaches, players and parents consider carefully the implications of competing at a lower age-category. In border-line cases where the player is close to the late developer cut-off (APHV >14.4 for boys, and > 12.4 for girls), players can also register for verification assessment by FNSW but will only be eligible to play down if they are deemed as a late developer.

Please Note: Your first calculation submission will be the ONLY measurement which Football NSW will accept.

Biological Maturity Calculator

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Details of the Biological Maturation Process and Testing for the 2025 Season will be communicated soon

For all enquires please contact competitions@footballnsw.com.au

Biological Maturation - Football NSW (2024)

FAQs

What is the biological maturation process? ›

The concept of biological maturation

Maturation is a process that marks progress toward the adult (mature) state. Maturation is a process, whereas maturity is a state. All tissues, organs, and organ systems of the body mature, but they do so at different times and rates.

What is biological age in football? ›

Biological age – refers to the biological status or maturity of the athlete depending on whether they are a pre-adolescent, adolescent, or an adult. Chronological age – how long an individual has lived in years, months, and days.

What is football NSW strategic plan? ›

Football NSW will focus on improved support, service delivery, guidance, and empowerment of our Members. Accountability will be more important than ever, along with an aim of removing duplication whilst ensuring a genuine emphasis on the football experience of all participants.

What is maturation in football? ›

2) Maturation

Generally, maturation refers to qualitative changes of the player's body, such as the change of cartilage to bones or the appearance of pubic hair or menstruation (4).

What is an example of biological maturity? ›

A well-known example of biological maturation is puberty where sexual maturation is reached. The onset of puberty typically begins in the beginning of adolescence, which is usually between the ages of ten and fourteen for females and twelve and sixteen for males.

What happens during the maturation process? ›

Growth in weight, height, body mass, expansion of muscle tissue is seen in the process of maturation. Children as they grow older, develop their motor skills and co- ordination skills, control of gate, along with Gross motor skills and Fine motor skills.

Can a 40 year old play football? ›

Better pitches and equipment has also reduced the physical toll on footballers and these days, it is not so unusual for players to still be active in their late 30s. And over the years, a small percentage have even continued playing at a high level into their 40s.

Who is the mature 12 year old football player? ›

Jeremiah Johnson went viral in December when he won the U12 MVP honours at the Youth National Championships in Miami. A 12-year-old American football who went viral had to prove his age after nobody believed him.

What is the difference between biological age and training age? ›

Biological age refers to the biological status or maturity of an athlete depending on whether they are a pre-adolescent, adolescent, or an adult. Technical training age refers to an athlete's technical ability in a given task (e.g. strength training or sport specific).

What is the NSW Crown Land strategic plan? ›

What is Crown Land 2031. Crown land 2031 is a 10 year strategy to ensure that Crown land is put to its best uses to benefit communities. It will activate Crown land to grow tourism, support community groups, boost regional economies, advance Aboriginal interests, and provide more green open space.

What is the NSW strategic Benefits Scheme? ›

Under the SBP Scheme, private landowners hosting new high voltage transmission projects critical to the energy transformation and future of the electricity grid will be paid a set rate of $200,000 per kilometre of transmission hosted, paid out in annual instalments over 20 years.

What is the NSW Stadium strategy? ›

The NSW Stadia Strategy provides recommendations to target investment in stadia so that they become multi-use hubs with multiple tenants. Venues NSW is a key entity in the delivery of modern stadia and facilities of varying sizes to meet sport and major events needs across the State.

What is biological maturation? ›

Biological maturation refers to progress toward a mature state and varies in timing and tempo and between different bodily systems (4). Significant interindividual variance exists for the level (magnitude of change), timing (onset of change), and tempo (rate of change) of biological maturation.

What age is maturation? ›

Although there is a wide range of normal ages, females typically begin puberty around age 10½ and end puberty around 15–17; males begin around ages 11—12 and end around 16–17. Females attain reproductive maturity about four years after the first physical changes of puberty appear.

What are the maturation stages? ›

The key components of Erikson's model of human development include stage one, infancy, trust versus mistrust; stage two, toddlerhood, autonomy versus shame and doubt; stage three, preschool years, initiative versus guilt; stage four, early school years, industry versus inferiority; stage five, adolescence, identity ...

What is the maturation phase in biology? ›

The maturation phase is a phase of gametogenesis which results in two sequential divisions of the original spermatocyte. These are referred to as maturation divisions, with meiotic being the first. As a result, the primary spermatocyte divides into two secondary spermatocytes, which are haploid daughter cells.

What is the definition of maturation in biology? ›

(biology) the process of an individual organism growing organically; a purely biological unfolding of events involved in an organism changing gradually from a simple to a more complex level. synonyms: development, growing, growth, ontogenesis, ontogeny. antonyms: nondevelopment.

What is the process of biological development? ›

biological development, Gradual changes in size, shape, and function during an organism's life that translate its genetic potentials (genotype) into functioning mature systems (phenotype). It includes growth but not repetitive chemical changes (metabolism) or changes over more than one lifetime (evolution).

What is the biological process of growth? ›

The increase in size and changes in shape of a developing organism depend on the increase in the number and size of cells that make up the individual. Increase in cell number occurs by a precise cellular reproductive mechanism called mitosis.

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