- The Complete Buyer's Quiz
Find your perfect AED in 60 seconds.
- Updated · July 2026
Editor-designed decision tree
~70%
AED within ~3 min · AHA
350K+
EMS-assessed OHCA · AHA
3
Quiz · Quantity · Cost
- Quick answer · The 30-second rule
The right AED depends on four things: environment, quantity of units, whether children may be present, and how trained your team is. The quiz maps those against FDA-approved models and returns the best fit, plus an alternate.
- Office or retail with untrained staff → Philips HeartStart OnSite ($1,529 · 2026 list)
- Schools or daycares → Philips FRx with Child Key ($1,944)
- Gyms or trained-team facilities → ZOLL AED 3 with Real CPR Help ($2,240)
- Outdoor sports fields → HeartSine 450P (IP56 · $1,535)
- Budget pick → HeartSine 350P ($1,295)
- At a glance
Which AED fits which facility?
| AED model | Best for | Pediatric | CPR feedback | 2026 list |
|---|---|---|---|---|
| Philips HeartStart OnSite | Offices, retail, low-training | Separate cartridge | No | $1,529 |
| Philips HeartStart FRx | Schools, mixed adult/child | Child Key | No | $1,944 |
| ZOLL AED 3 | Gyms, trained responders | Universal pads | Real CPR Help | $2,240 |
| ZOLL AED Plus | Workplaces, fleet programs | Pedi-padz II | Real CPR Help | $2,021 |
| HeartSine 350P | Budget buyers, portability | Pediatric Pad-Pak | No | $1,295 |
| HeartSine 450P | Outdoor, sports, IP56 | Pediatric Pad-Pak | Rate Advisor | $1,535 |
| Powerheart G5 | Gyms, ERTs, CPR coaching | Built-in child mode | Intellisense | $2,157 |
| LIFEPAK CR2 | Clinics, professionals | Child mode button | cprINSIGHT | $2,450 |
| Defibtech Lifeline VIEW | Video coaching, high turnover | Separate pads | Video | $1,695 |
Who it's for
Common buyer profiles and typical picks.
Untrained · adults · indoor
Office / corporate
Mixed · adult + child
School / campus
Some training · high risk
Gym / fitness
Untrained · IP-rated
Outdoor / sports field
High turnover · multi-floor
Hotel / hospitality
Trained staff · ECG
Clinical / professional
- Buying guide
The 7 specs that actually matter.
| Feature | What it means | Who needs it |
|---|---|---|
| CPR feedback | Measures compression depth and rate in real time, coaching by voice and display | Gyms, ERTs, trained responder teams |
| Pediatric mode | Reduces shock energy for patients under 8 years / 55 lbs via key, button, or pad swap | Schools, daycares, family facilities |
| IP rating | Dust + water resistance per IEC 60529: IP55 jet water, IP56 powerful jets[7] | Outdoor, poolside, warehouses, fields |
| Pad + battery life | 2 to 5 years before mandatory replacement; longer cycles cut 5-year consumables cost | Budget-conscious operations |
| Ease of use | How fast an untrained person deploys correctly under stress | High-turnover environments |
| Self-testing | Automatic battery, pad, and readiness checks that cut inspection burden | Unmonitored locations |
| Weight | 2.4 lbs (HeartSine) to 7+ lbs (LIFEPAK CR2); affects mounting and travel | Outdoor and travel deployments |
- Methodology · how the match works
The 4 variables that drive most of AED fit.
01
Your environment
02
Quantity needed
03
Pediatric presence
04
Training level
- Long-form guide
Where AED purchases actually go wrong.
Most bad AED purchases are not bad devices. They are right devices in the wrong building: every model in our tool is FDA-approved through Premarket Approval, so the safety floor is identical.[5] What differs is fit.
These are the four purchase mistakes our editorial team sees most, and what each one costs.
Mistake 1: buying on price before environment
A budget unit without an IP rating dies quietly on a pool deck or sports field. The device works; the deployment fails.
Environment first, price second. If the AED lives outdoors or near water, weather sealing is the spec that decides survival, not the sticker.
Mistake 2: ignoring the pediatric question
Children under 8 or under 55 lbs need lower-energy defibrillation, and the Red Cross and American Academy of Pediatrics recommend pediatric-capable AEDs anywhere young children are served.[6] A daycare with an adults-only AED owns a device it may not be able to use.
Schools, daycares, family gyms, youth sports, churches with childcare: answer the pediatric question before comparing anything else. Mandate details are in the schools guide and your state’s rules on the 50-state law tracker.
Mistake 3: buying sophistication your team cannot use
FDA labeling and Good Samaritan laws in all 50 states cover untrained rescuers, and every approved device talks the user through each step.[4] But advanced features cut both ways.
A trained response team gains real advantage from live compression coaching. An untrained front desk gains hesitation from the same screen. Match the device to the people who will actually hold it at minute one, and close the gap with CPR1 training.
Mistake 4: budgeting the sticker, not the program
A $1,944 Philips FRx runs $2,400 or more across 5 years once pad and battery cycles land (sourced calculation: two pad cycles plus one battery at 2026 consumable pricing). Cabinets, signage, and training add $200 to $700 per location (labeled estimate across published deployments).
The buyers who get burned approved a device price, not a program price. Run the Cost Calculator before procurement signs, and size the deployment with the Quantity Calculator.
The stakes behind all four
The AHA counts over 350,000 EMS-assessed out-of-hospital cardiac arrests in the US each year.[2] Roughly 70 percent survive when the shock lands inside 3 minutes; past 10 minutes, fewer than 5 percent do.[1]
Every mismatch above adds seconds or hesitation at exactly the moment neither is affordable. The quiz exists to remove the mismatch before the purchase order exists.
Picked your AED · now plan the rolloutt
Coverage, cost, and comparison : three tools, 10 minutes total.
Step 1
AED Quantity Calculator
Building type, square footage, floors. Returns a planning estimate aligned to the AHA 3-minute collapse-to-shock target, validated by timed drills.
Step 2
AED Cost Calculator
Model, quantity, period, cabinet. Returns true 5-year and 10-year ownership cost including pads and batteries.
Step 3
Read the Buyer's Guide
The complete long-form guide: brands, features, budgeting, compliance, and maintenance in one place.
- Common questions
Frequently asked questions.
Is the quiz truly free? Do I need to enter an email?
Yes, free, and no email is required to see your result. An optional box lets you email the recommendation to yourself after the match appears.
What is the best AED to purchase?
There is no single best AED; the right model depends on environment, quantity, pediatric needs, and training. Untrained office teams usually land on the Philips OnSite; schools need the FRx with Child Key; trained gym teams benefit from the ZOLL AED 3.
How do I choose the right AED?
Match four variables: environment, unit count, pediatric presence, and responder training. The quiz automates exactly that mapping in 60 seconds.
Is it worth buying an AED?
Survival is time-dependent: about 70 percent survive with defibrillation inside ~3 minutes, falling 7 to 10 percent per minute of delay.[1] On-site AEDs close the response gap EMS cannot.
What is the cheapest AED?
Among models we review, the HeartSine 350P at $1,295 (2026 list). Its 4-year combined Pad-Pak keeps long-term consumables among the lowest.
What is the best AED for schools?
The Philips FRx with the Infant/Child Key; one device covers adults and children without swapping pads. Details in the schools guide.
What is the best AED for a gym or fitness facility?
The ZOLL AED 3 or Powerheart G5; both coach compressions in real time, which matters where exertion raises SCA risk up to ~17x.[3]
Do I need a different AED for children?
Which AED is best for outdoor use?
How many AEDs does my building need?
Are AEDs required by law in my facility?
- Data sources
Every recommendation traces to a primary source.
- American Heart Association: CPR and AED placement guidance; collapse-to-shock survival relationship and the 7 to 10 percent per-minute decline.
- AHA Heart Disease and Stroke Statistics: more than 350,000 EMS-assessed out-of-hospital cardiac arrests per year, US.
- Albert CM et al., NEJM 2000: SCA risk up to ~17x during vigorous exertion in habitually inactive individuals.
- OSHA 29 CFR 1910.151 and OSHA Publication 3185: workplace medical readiness and AED program endorsement.
- FDA Premarket Approval (PMA) database: approval status verification for every model referenced.
- American Red Cross: pediatric AED guidance for children under 8 or 55 lbs.
- IEC 60529: ingress protection (IP) rating definitions.
- 14 CFR 121.803: FAA aircraft AED mandate, context for transport-grade durability.