Is Your Child Ready to Dive?

Is your child interested in scuba diving and you are at a loss for whether they are prepared? Then read on to find out all the issues which need consideration and whether your child is ready to dive.
Scuba diving is an increasingly popular adventure sport. Often, entire families become involved so that, sooner or later, parents ponder the present age restrictions for scuba certification and wonder about the potential safety issues associated with diving at a young age. Frequently, one parent is enthusiastic about the prospect while the other is not and assurances are required. Sometimes, schools are also approached about their willingness to support introductory scuba training on their premises; if they agree, they need to understand the potential risks and be able to inform parents about the implications of their children participating.

So with that background, this article is focused primarily on parents. The objective is to offer factual evidence surrounding the safety of scuba diving for children. Although training agencies and diving schools do impose age restrictions for diver certification training courses and diving operators typically deny air fills to divers who are not certified, there is no actual legal restriction that prohibits children from diving. So, the decision ultimately lies with the parents and whoever teaches them to dive, whether officially or unofficially.

The Professional Association of Diving Instructors (PADI) offers full diver certification from the age of 15 years. The PADI Bubblemaker Programme is open for children of ages eight and up, although it is limited to 2 m. The PADI Seal Team Programme is also open for children of ages eight and up and adds photography and other underwater activities to the mix. From 10 to 14 years of age, PADI offers Junior Open Water Diver training that is a full Open Water Diver scuba certification course with certain age‑related limitations on open water scuba diving: From 10 to 11 years of age, children must dive with a PADI professional or a certified parent or guardian when diving to a depth of no more than 12 m. From 12 to 14 years of age, they must dive with a certified adult (with special training) and they are permitted to dive up to 21 m. From 13 years of age they can take the Open Water Diver course online. They can also do the Junior Rescue and Master Diver training with the restriction of diving with an adult buddy. The National Association of Underwater Instructors (NAUI) states on its website that they have reviewed the reasons that 12 was established as a minimum age and found that there is no reliable data or information by which to consider lowering it at this time.

The Recreational Scuba Training Council (RSTC) in the United States of America has set the minimum age at 15 for the certification of sport divers.

The South Pacific Underwater Medicine Society committee recommends a minimum age of 16 for certification. However, the Australian Standards authority reduced this to 14 years of age to comply with diver training agencies. Their requirement states that the child should be “at least 14 years of age, but persons younger than this may in some cases be eligible to train for conditional certification which allows the young person to dive with a certified diver with the consent of parents or guardians.”

The point of the matter is that diver training is now available to children from age eight. So, it is necessary for parents to decide whether their eight-year old child should dive or not?


In many respects, age is actually used as a surrogate for a required measure of physical strength and emotional and intellectual maturity. As such, some children may be strong and mature at a very young age, whereas others may remain at risk even at an age that they can be fully certified. Therefore, when viewing the age restrictions, these underlying issues must be considered:
  • Is the psychological development of the child adequate for the purpose of training and compliance with the rules of safe diving?
  • Is the child physically “big” and strong enough to wear and use the required scuba equipment without difficulty or being at risk of suffering injuries?
In September 2001, an article appeared in Undercurrent by Doc Vikingo titled “The mind and bodies of children – are they really suited to scuba?” He delineated the three developmental stages of child development according to Jean Piaget:
  • Firstly, the “pre-operational phase,” beginning at ages two to seven, is where a child’s perceptions still dominate his or her judgement. They tend to focus attention on one aspect of an object while ignoring others. They are unable to understand the principles underlying proper behaviour and rely on dos and do nots imposed by authority. Some children aged eight years and even older can be delayed in this phase and this may only be detectable with proper screening.
  • The second phase is the “concrete operational phase” at approximately seven to 11 years of age. Here logical thought starts to develop, but it remains dependent upon concrete references. The child develops the ability to appreciate mass, volume and length and to arrange objects in a logical sequence. However, it remains linked to objects present rather than objects in abstract.
  • Then follows the third and final “formal operational phase” at ages 11 to 15. Here, thoughts gradually become less tied to concrete reality and become more abstract. This allows them to think about what might be, rather than just what is. This level equates more to the thinking pattern needed for safe scuba diving as the child is able to envisage and appreciate risk.
According to Vikingo, the new policy of PADI, Scuba Schools International (SSI) and other agencies clearly allows entry to children who are still in the “concrete operational stage”. His concern is that, although the child might be able to understand Boyle’s law and solve a few mathematical problems, they may still fail to appreciate how this applies to them in an out-of-air situation and to understand the implications of a breath-holding ascent. Even more worrisome is the situation of an emergency, such as with a stuck buoyancy compensator (BC) power inflator mechanism. In these situations, a child of this age is unlikely to generate multiple solutions and to choose the best alternative. Children at this age are also very impulsive and do not appreciate their physical restrictions, thus leading to risk‑taking behaviour.

Simply applying depth restrictions to children does not guarantee safety. The most devastating diving accidents with arterial gas embolism and death often occur in less than 5 m. Panic is one of the leading factors in serious diving accidents and children are more susceptible to it. The absence of mature reasoning and psychological maturity undermines self‑soothing strategies in stressful situations.

In terms of the physical considerations regarding children and diving, the following summary is offered by Carl Edmonds in his textbook Diving and Subaquatic Medicine:
  • The Eustachian tubes in children are narrower and smaller, leading to an increased risk of middle‑ear infection.
  • Children’s upper and lower respiratory tract passages are narrower by comparison to the air cavities associated with them and this predisposes them to pulmonary barotrauma when compared to adults.
  • Asthma is more likely in childhood than in early adolescence when the airways grow relative to the lung volume.
  • The risk of barotrauma, causing more damage to developing organs than fully-developed organs, is of further concern. Injuries do not only affect the existing structures, but may also significantly alter their future growth and maturation.
  • A patent foramen ovale, which is a small opening between the right and left upper chambers of the heart, is more common in children than in adults. As such, dives leading to significant venous bubble formation might predispose children to a greater risk of neurological decompression illness.
  • Due to a relatively large skin‑ to body-mass ratio, children do not regulate their body temperature as well as adults do, which makes them susceptible to hypothermia.
  • Children’s bones are still growing. As such, damage to growth plates might lead to stunted growth. Nitrogen bubbles in the small vessels that supply these growth plates might lead to the damage of these critical tissues.
Equipment for scuba diving is relatively complex and therefore may present various challenges to smaller children. Heavy gear; adult-sized equipment; designs presuming adult hand-grip sizes and strength and poorly fitting BCs and wetsuits all have the potential of causing discomfort, dysfunction and distress in children. Uncomfortable equipment will also cause excessive strain and energy expenditure so that the child is likely to tire quickly and may even be at a greater risk of developing decompression sickness (DCS) on deeper dives. Children are known for their rapid growth and this may prompt parents to buy slightly oversized equipment that children are meant to “grow into”. However, these may initially not function optimally as fins may get lost, loose wetsuits may be ineffective in preserving heat and bundled equipment may lead to entanglement. Conversely, the need for regular equipment size upgrades (which may be delayed for financial reasons) can lead to breathing restrictions or cramps.  

So, after considering all these things, how do you as a parent decide whether your child is ready to learn to dive (even if their age allows them to be trained)?
This is the toughest question. PADI suggests that the following questions may assist in determining if a child is ready to dive:
  • Does the child want to learn to dive? The child should not be pressured to dive by their parents or friends.
  • Is the child medically fit? If the child has a medical condition (for example ear problems or asthma), diving may jeopardise their health and enjoyment significantly.
  • Is the child comfortable with water and can the child swim? If the child does not have adequate watermanship, scuba diving may be very stressful and loss or failure of equipment may precipitate a near drowning situation.
  • Does the child have a sufficient attention span to learn from class discussions, pool and open water briefings and other interactions with instructors? Young children or those with attention deficit disorder (ADD) or attention deficit hyperactivity disorder (ADHD) may not be able to retain information, whereas using psycho-stimulant medication while diving may cause other difficulties.
  • Are the child’s reading skills sufficient to learn from adult material? The child must be able to understand and accept the inherent risks related to diving and be able to master the necessary knowledge and skills to mitigate them.
  • Can the child feel comfortable telling an unfamiliar adult about any discomfort or when not understanding something? The child must be able to admit a problem or express fear of getting into situations they are not ready to cope with so that they may opt out of a dive without being shamed or ridiculed.

Deciding whether or not to allow your child to dive is a difficult decision. There is no one-size-fits-all answer.

For those who remain uncertain, snorkelling may offer a useful bridge for the child to learn many of the skills they will need for scuba diving. It takes a lot of the pressure off of the parents and children and keeps everyone moving forward. Children hone their swimming and finning skills, learn to respect and love the ocean and develop observation skills and an interest in marine life that, in time, they can transfer upon becoming scuba divers.

DAN-SA’s conclusion is that each child should be individually evaluated in terms of their emotional and psychological development. They should preferably be cleared for diving by a diving medical practitioner who is familiar with all the issues listed here. This is necessary to rule out any illnesses or physical reasons why they should not scuba dive. We also recommend that only reputable institutions be used to train your children, preferably diving schools who have extensive experience in assessing and training children.

Do not take scuba diving lightly. It is much more than a quick dip in the ocean to show your children the sea creatures. Always put safety first.

Download Article >


Errol - March 22nd, 2017 at 10:32am

This article focusses on the child. What hasn't been discussed is the child divers ability, both emotionally and physically, to deal with an emergency situation affecting their buddy (read as qualified parent) ie out of air, cramping or any other cause. As an MSDT I have my doubts as to their capabilities.

Peter Southwood - March 22nd, 2017 at 12:40pm

How do the certifying agencies recommend the buddy system should be applied to junior divers?

Dr Frans Cronje - March 22nd, 2017 at 2:15pm

Dear Errol & Peter. You both raise excellent, and related questions. I would like to recommend that you also listen to the excellent presentation by Dr David Charash on Children and diving. Twenty minutes into the talk he addresses the concerns you have raised. Dr. Charash currently serves as the medical director for the Wound Care and Hyperbaric Medicine division of the Danbury Hospital in Connecticut. He is Board certified in Emergency Medicine and Undersea and Hyperbaric Medicine. Dr. Charash has completed both the UHMS/NOAA Dive Medicine Physician, and UHMS Medical Evaluation of Diver programs. Dr. Charash is a DAN Referral Physician, DAN Instructor, and PADI Diver.

Jacques Vieira - June 14th, 2017 at 3:47pm

I think this was a very good read . Well done !


After anaesthesia Air Quality Air exchange centre Air hose failure Altitude changes Altitude sickness Ama divers Anaerobic Metabolism Annual renewal Apnea Apnoea Arterial gas embolism Arthroscopic surgery Aurel hygiene BCD Badages Bag valve mask Bandaids Barbell back squat Bench press Blood flow Bouyancy compensators Boyle's Law Boyle\'s Law Bradycardia Brain Breast Cancer Breath Hold Diving Breath hold Breath-hold Breathing Gas Breathing Bruising Buoyancy Burnshield CGASA CMAS CO2 Cabin pressure Camera settings Cancer Remission Cancer treatments Cancer Cannabis and diving Cannabis Cape Town Dive Festival Carbon dioxide Cardio health Cardiomyopathy Chamber Safety Charles' Law Charles\' Law Charles\\\' Law Charles\\\\\\\' Law Charles\\\\\\\\\\\\\\\' Law Chemotherapy Cleaning products Coastalexcursion Cold Water Cold care Cold Compressed gas Conservation Contaminants Contaminated air Corals Courtactions Crohns disease Crystal build up Crystallizing hoses Cutaneous decompression DAN Courses DAN Profile DAN Researchers DAN medics DAN report DCI DCS Decompressions sickness DCS DM training DReams Dalton's Law Dalton\'s Law Dalton\\\'s Law Dalton\\\\\\\'s Law Dalton\\\\\\\\\\\\\\\'s Law Deco dives Decompression Illness Decompression Sickness Decompression illsnes Decompression treatment Decompression Diaphragms Diseases Dive Chamber Dive Industry Dive Instruction Dive Instructor Dive Pros Dive Research Dive Training Dive accidents Dive buddies Dive computers Dive gear Dive health Dive medicines Dive medicine Dive safety Dive staff Diveleader training Diveleaders Diver Profile Divers Alert Diving Kids Diving career Diving emergencies Diving guidelines Diving injuries Diving suspended Diving Domestic Donation Dr Rob Schneider Drysuit diving Drysuit valves Drysuits EAPs EAP Ear pressure Ear wax Ears injuries Education Emergency action planning Emergency decompression Emergency plans Emergency underwater Oxygen Recompression Emergency Enviromental Protection Environmental factors Environmental impact Environmental managment Equipment care Evacuation Exercise Extended divetime Extinguisher Extreme treatments Eye injuries FAQ Failures Fatigue Faulty equipment Fire Coral Fire Safety Firefighting First Aid Equipment First Aid Training First Aid kits Fish Fitness Flying Francois Burman Free diving Free flow Freedive Training Freediver Freediving performance Gas Density Gas laws Gas mixes GasPerformance Gases Gastric bypass Gear Servicing Gordon Hiles HELP HIRA Haemorhoid treatment Hazard Description Hazardous Marine life Health practitioner Heart Health Heart Helium High temperatures Hot Humans Hydrate Hydrogen Hydroids Hydrostatic pressure Hyperbaric Chamber Hyperbaric research Hypothermia Immine systems In Water Recompression Indemnity form Indian Ocean Inert gas Infections Instinct Instructors Insurance Integrated Physiology International travel International Irritation Kidneys Kids scubadiver Labour laws Legal advice Legislation Leukemis Liability Risks Liability releases Liability Life expectancy Lifestyle Low blood pressure Low pressure deterioration Low volume masks Lung function Lung injuries Lung MOD Maintenance Mammalian Dive Response Mammalian effect Master scuba diver Maximum operating depth Medical Q Medical questionaire Medical statement Middle ear pressure Mike Bartick Military front press Mixed Gas Mono Fins Mooring lines More pressure Muscle pain Mycobacterium marinum Nautilus Nitrogen build up Nitrox No-decompression Non-rebreather Mask Normal Air Nosebleeds O2 providers O2 servicing OOxygen maintenance Ocean pollution Orbital implants Oronasal mask Oxygen Cylinder Oxygen Units Oxygen deficit Oxygen deicit Oxygen ears Oxygen equipment Oxygen masks Oxygen supply Oxygen therapy Oxygen P J Prinsloo PFI PJP Tech Part 3 Photography Pistons Planning Plastic Pneumothorax Pollution Pool Diving Preparation Prepared diver Press Release Professional rights Provider course Pulmanologist Pulmonary Bleb Purge RAID South Africa RCAP Radio communications Rashes Recompression chamber Recompression Recycle Regulator failure Regulators Regulator Remote areas Renewable Report incidents Rescue training Resume diving Risk Assessments Risk assesments Risk elements Risk management SABS 019 Safety Stop Safety Saturation Diving Save our seas Science Scuba Air Quality Scuba Injury Scuba children Scuba dive Scuba health Scubalearners Sealife Skin Bends Skin outbreak Skin rash Snorkeling Snorkels Sodwana Bay Splits Squeezes Standars Supplemental oxygen Surgeries Surgery Tattoes Technical Diving The Bends The truth Thermal Notions Tides Tips and trick Transplants Travel tips Travel Tweezers Unconsciousness Underwater photographer Underwater pho Vaccines Vagus nerve Valsalva manoeuvers Vape Vaping Vasvagal Syncope Venting Volatile fuels Washout treatments Wastewater Water Weakness Wetsuit fitting White balance Winter Woman in diving Work of Breathing Wound dressings Wreck dive Wreckdiving Youth diver abrasion air-cushioned alert diver altitude anemia antibiotics antiseptics bandages bent-over barbell rows body art breathing air calories burn cardiovascular checklist chemo port child clearances closed circuit scuba currents cuts dead lift decompression algorithms decongestants dehydration dive injuries dive medicing dive ready child dive reflex dive tribe diver rescue diver training dive diving attraction doctors domestic travel dri-suits dry mucous membranes dry suits dry e-cigarettes ear spaces elearning electrolyte imbalance electroytes emergency action plans emergency assessment equalizing exposure injuries eyes fEMAL DIVERS fire rescue flexible tubing frediving gas bubble health hospital humidity immersion pulmonary edema (IPE join DAN knee longevity lower stress marine pathogens medical issues medical procedures medical risk assesment mental challenge minor illness mucous membranes nasal steroids nasal nematocysts newdivers nitrogen bubbles off-gassed operating theatre operations orthopeadic outgas pain perforation phillippines physical challenges pinched nerves plasters polyester-TPU polyether-TPU post dive preserve prevention rebreather mask rebreathers retinal detachment risk areas safety stops saturation scissors scuba equipment scuba single use sinus infections smoking snorkeling. spearfishing stings strength sub-aquatic swimmers ears tattoo care tecnical diver thermal protection training trimix unified standards vision impaired warmers water quality