Category: Smart & Connected

A well-made rack will outlive its owner. A well-made treadmill will run for many years with maintenance. The console on that treadmill, and the software behind it, operate on a completely different timescale — and on connected equipment that mismatch is what usually determines the machine’s working life.

The mismatch

Component	Realistic life	What ends it
Steel frame	Decades	Essentially nothing
Motor	Many years with maintenance	Heat, usually from friction
Belt, deck, cables	Consumable	Wear — replaceable if spares exist
Console hardware	Years	Failure, and availability of a replacement
Software platform	Unpredictable	Company decisions entirely outside your control

The bottom two rows are where connected equipment differs from everything else in a home gym.

What firmware support actually means

• Bug fixes and stability, which matter most in the first year.
• Compatibility maintenance as phone operating systems and app standards change. This is the one that quietly breaks older machines.
• Security updates, relevant for anything on your home network.
• New features, which are pleasant and are not the reason support matters.

The second is the significant one. A machine that works perfectly today can stop connecting to your phone after an operating system update, and whether that is fixed depends on whether anyone is still maintaining the firmware.

Questions worth asking before buying

1. How long has this model been on sale? A model near the end of its production run is closer to the end of its support.
2. Is there a stated support period? Rare, and a very good sign where it exists.
3. How are updates delivered? Over the air, via an app, or a service visit.
4. What happened to the previous generation? The most informative question available — look at whether older models still work with the current app.
5. Can the console be replaced? And is a replacement available separately?
6. Does the machine work without the console? On some designs, a dead console means a dead machine.

Open standards as insurance, again

A machine supporting FTMS is substantially protected against this whole category of problem, because third-party software can drive it regardless of what the manufacturer does or does not maintain.

This is the practical reason to treat open standard support as a first-tier specification on connected equipment rather than a technical footnote. It is the difference between a machine whose life is determined by its mechanical parts and one whose life is determined by a company’s product roadmap.

Updating sensibly

• Do not update mid-session, for obvious reasons.
• Read what an update changes where release notes exist. Updates occasionally remove features or change connectivity behaviour.
• Do not skip security updates on anything connected to your home network.
• If an update breaks something, report it — and check whether rolling back is possible before assuming it is not.
• Keep a note of the firmware version that worked, which makes support conversations far easier.

When a console fails

This is the common practical failure and it has a limited set of outcomes: a replacement console is available and fitted; the machine still functions in a basic mode without it; or the machine is finished.

Which of those applies is determined at purchase, not at failure, and it is a question a retailer can answer. On an otherwise sound machine, an unobtainable console is a very expensive way to lose a piece of equipment that has nothing mechanically wrong with it.

Steel outlasts software

On mechanical equipment, buy on build quality and spares availability. On connected equipment, add two further questions: does it support an open standard, and can the console be replaced or bypassed? Those two answers determine whether you have bought a machine that will last as long as its steel, or one that will last as long as somebody else’s commercial interest in supporting it.

The generational test

The most informative thing you can do before buying connected equipment costs nothing: look at how the manufacturer has treated the previous generation.

1. Does the current app still support the previous model? If not, and it is only a few years old, that tells you what to expect.
2. Are spare consoles available for older models?
3. Have older models been moved to a reduced feature set?
4. What do owners of the previous generation say about connectivity after operating system updates?
5. Has the company discontinued a platform before, and how was it handled?

A manufacturer with a good record here is worth paying for. One with a poor record is selling you the same outcome again.

Extending the life of what you have

• Keep the machine working mechanically. The frame and drivetrain will outlast everything else if maintained.
• Note the firmware version that worked, so a support conversation starts from facts.
• Add an external sensor if the console degrades — a heart rate strap and an app can replace much of what a failing console did.
• Do not update reflexively on an older machine that currently works, unless the update is a security one.
• Buy the replaceable console while it is available, if the machine is otherwise excellent and you intend to keep it.

Steel outlasts software

The mechanical parts of good equipment last far longer than the software attached to them, and on connected machines that gap is what ends the product. Two questions cover most of the risk: does it support an open standard, and can the console be replaced or bypassed? Add the generational test — look at how the previous model has been treated — and you have a reasonable picture of what you are actually buying a decade of.

Related reading

• Start here: Connected Fitness Equipment: What the Subscription Buys
• Equipment That Works Without a Subscription
• Third-Party Training Apps With Home Equipment
• Data Ownership and Export From Fitness Platforms
• Equipment for a Hotel Gym
• Warranty Claims on Fitness Equipment
• Browse smart and connected equipment
• Not sure where to start? Try the equipment recommendation tool

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Training data is unusual among the things a fitness platform holds: it accumulates slowly, it becomes more valuable the longer it runs, and it is impossible to recreate. It is also frequently locked inside a platform that offers no way out.

What gets collected

• Session data — duration, distance, pace, power, resistance, heart rate.
• Usage patterns — when you train, how often, for how long.
• Account information, including whatever you entered at setup.
• Body metrics, where you have entered weight, height or age.
• On some devices, more — camera or microphone data on machines with screens and coaching features.

The first is what you care about keeping. The rest is worth knowing about for different reasons.

The export question

Ask before you start using a platform, not after you have three years of history in it:

1. Can individual sessions be exported, and in what format?
2. Can the whole history be exported at once, or only one session at a time?
3. Does it sync automatically to a general platform you already use?
4. What happens if you cancel? Is historic data still accessible, or does it go behind the paywall with everything else?
5. What happens if the service closes? Some give notice and an export window; others have not.

Standard formats

Format	What it holds	Notes
FIT	Detailed session data including sensor streams	The most complete common format
TCX	Session data with time and metrics	Widely supported
GPX	Primarily route data	Less relevant to indoor training
CSV	A summary table of sessions	Basic, and infinitely better than nothing
Proprietary or none	Whatever the platform chooses to show you	The situation to avoid

Any of the first four means your history is portable. The last means it is not.

The practical strategy

The approach that survives platform changes is to treat any single platform as temporary:

1. Sync to a general aggregator you would use regardless of equipment, so data accumulates somewhere independent of any one machine.
2. Export periodically rather than only when you are leaving. An annual export takes minutes.
3. Keep the files somewhere you control, backed up like anything else you would not want to lose.
4. Prefer machines and platforms that support open standards, which makes all of the above straightforward.

Privacy, briefly and practically

Fitness data is personal data. In the UK and EU that brings specific rights, which are worth knowing about:

• A right of access — you can ask what a company holds about you.
• A right to portability — in many cases you can require data in a machine-readable format.
• A right to erasure in defined circumstances.
• A right to know who it is shared with, which is set out in the privacy policy.

These are useful when a platform offers no export button. A data portability request is a legitimate route and companies are obliged to respond to it.

Selling the machine on

An overlooked point. Before selling connected equipment, remove your account and any stored data, and confirm what transfers to the new owner. Some machines retain profiles, session history and account associations unless explicitly cleared.

It is also worth establishing whether the account can be transferred at all, because that affects what the machine is worth to a buyer — and therefore what it is worth to you.

Check for export before you have anything to export

Check for export before you accumulate anything worth exporting. Prefer platforms that sync to somewhere independent, take a copy occasionally, and treat any single service as something you might leave. Years of training history is genuinely valuable and genuinely easy to lose, and the protection costs nothing beyond asking one question at the start.

What a good export policy looks like

A short checklist for judging a platform before you commit years of history to it:

• Bulk export of the full history, not one session at a time.
• A standard file format rather than a screenshot or a proprietary blob.
• Automatic sync to at least one general platform.
• Access to historic data after cancelling, even in a read-only form.
• A clear statement of what happens if the service closes.

Few platforms meet all five. Two or three is reasonable; none is a warning.

Devices with cameras and microphones

Some connected equipment includes a screen with a camera and microphone, for coaching, form feedback or video calls. That is a meaningfully different privacy proposition from a machine that records how far you cycled.

1. Check whether the camera can be disabled in software, and whether there is a physical cover.
2. Check what is processed on the device and what is sent elsewhere.
3. Check whether recordings are stored, and for how long.
4. Consider where the machine is placed, and what is in the background.
5. Read the privacy policy for this specifically — it is usually covered explicitly.

None of this means such devices should be avoided. It means the decision deserves more thought than the same decision about a rowing machine.

A five-minute habit

Once a year, export your training history and put the file somewhere you control, alongside whatever else you back up. It takes minutes, it is the only reliable protection against a platform closing or a subscription lapsing, and it costs nothing.

The alternative is discovering that several years of training history sits behind a paywall on a service you no longer use, or on one that no longer exists. Neither is recoverable, and the longer you have been training the more there is to lose.

Related reading

• Start here: Connected Fitness Equipment: What the Subscription Buys
• Equipment That Works Without a Subscription
• Connectivity Standards: Bluetooth, ANT+ and FTMS
• Firmware Support and Product Lifespan
• Equipment for a Hotel Gym
• Browse smart and connected equipment
• Not sure where to start? Try the equipment recommendation tool

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A connected machine tied to one manufacturer’s app is a narrower proposition than it appears. A great deal of equipment — including equipment sold with no software at all — can be used with third-party apps, and what determines the options is connectivity rather than brand.

Three levels of integration

Level	What the app can do	Requires
None	You watch the app and set the machine yourself	Nothing — works with any machine and a tablet
Read	The app records your speed, cadence, power and distance	FTMS broadcast, or a compatible sensor
Read and control	The app sets resistance to match a workout or a virtual gradient	FTMS with control support

The first level is available to everyone and is frequently overlooked. A tablet on a stand in front of any bike, rower or treadmill delivers coached sessions perfectly well — you simply change the resistance yourself when told to.

What third-party apps offer

• Coached classes and structured programmes, which is what most people actually want from a subscription.
• Virtual routes and simulated terrain, on machines that support resistance control.
• Training plans built around your data rather than a class timetable.
• Session recording and history that lives with you rather than with the machine.
• Multi-machine tracking, so cycling, rowing and running sit in one place.
• Free options, which cover a great deal more than people assume.

Making it work with what you own

1. Establish what your machine broadcasts. FTMS, a power or cadence profile, or nothing.
2. Add sensors if the machine has none. A cadence sensor, a power meter or a heart rate strap can make an unconnected machine partially readable.
3. Sort out the mounting. A stable tablet or phone holder at the right height is what makes this pleasant rather than awkward.
4. Check the connection before each session rather than mid-workout.
5. Decide where the data lives, and whether it exports to somewhere you will still have access to in five years.

The heart rate shortcut

If a machine broadcasts nothing at all, a chest strap alone unlocks a surprising amount. Almost every training app can use heart rate, and heart rate plus time is enough to structure and record a meaningful session on any machine ever made.

For an older or basic machine, this is the cheapest route to making it feel connected, and it requires no compatibility beyond the strap and your phone.

Where the manufacturer app still wins

• Tight resistance integration designed around that specific machine.
• Content produced for the hardware, filmed with that machine in mind.
• Console integration, so everything is on the machine’s own screen.
• Community features and leaderboards tied to that platform.

Those are real advantages, and whether they justify a recurring fee is a personal judgement. The point is that it should be a judgement rather than an assumption that no alternative exists.

Data portability, which is worth checking early

Before committing to any platform, establish whether your session history can be exported in a standard file format. A platform that exports is one you can leave; a platform that does not has your training history permanently.

This matters more over a long time than it seems at the start, and it is a question with a simple answer that is rarely advertised.

Check what your machine broadcasts first

Check what your machine broadcasts before assuming you need its manufacturer’s subscription. FTMS support opens the whole third-party ecosystem, a heart rate strap opens most of it, and a tablet on a stand opens a surprising amount of it with no connectivity at all. The coached content that makes people train is largely available independently of the hardware that is sold alongside it.

Setting up the screen

The unglamorous half of using apps with home equipment, and the part that decides whether it is pleasant or irritating.

• Height and angle matter more than size. A screen you have to look down at affects your position on a bike or rower.
• A stable mount. A tablet that vibrates or slips during hard efforts is worse than no screen.
• Power. Long sessions drain a tablet; a nearby socket saves a lot of irritation.
• Sweat protection. Position the screen out of the drip zone, particularly on a bike or rower.
• Sound. A small speaker is usually better than a tablet speaker in a room with a machine running.

Free options worth knowing about

The paid platforms dominate the marketing and a great deal is available at no cost: video workouts across every modality, structured training plans, session-tracking apps that will record from a heart rate strap, and free tiers of most major platforms.

For someone weighing an expensive connected machine primarily for the content, spending a month training with free content in front of the equipment they already own is a genuinely useful experiment. It answers the question of whether coached content is what gets you training, which is the actual thing being bought.

Before you pay for anything

One experiment settles most of this. Spend a month using free coached content on a tablet in front of whatever equipment you already own, changing the resistance yourself when told to.

If that gets you training consistently, coached content is what you value, and you now know it without having bought a machine to find out. If it does not, an expensive subscription attached to a new machine was unlikely to change that, and the money is better spent on equipment you will use for other reasons.

Related reading

• Start here: Connected Fitness Equipment: What the Subscription Buys
• Equipment That Works Without a Subscription
• Firmware Support and Product Lifespan
• Data Ownership and Export From Fitness Platforms
• Mobility and Balance Equipment for Home Use
• Maintaining Home Fitness Equipment
• Browse smart and connected equipment
• Not sure where to start? Try the equipment recommendation tool

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If you train by heart rate, the sensor is the measurement, and the three common types are not close to equivalent. The one built into most gym equipment — hand-grip contacts — is the weakest, which is unfortunate because it is the one most people use by default.

The three types

Type	How it works	Reliability	Best for
Chest strap	Detects the heart’s electrical signal directly	Highest — the consumer reference	Any training where heart rate matters
Optical (wrist or arm)	Shines light into the skin and measures blood flow changes	Good, with known weaknesses	All-day wear and steady-state training
Hand-grip contacts	Electrical contact through the palms	Lowest	A rough indication at rest or at low intensity

Why hand-grip sensors struggle

They need sustained, even, still contact with both palms — which is exactly what training prevents. Running, rowing and cycling all involve moving hands, changing grip pressure and sweat, and the readings show it.

• Readings lag behind actual changes in intensity.
• They jump to implausible values and settle slowly.
• They frequently latch onto cadence rather than pulse, producing a figure that looks stable and is wrong.
• They require you to hold on, which changes your position and, on an incline treadmill, changes the work you are doing.

They are not useless — a check at rest or during a steady low-intensity effort is roughly informative — but training to them is training to noise.

Optical sensors: where they work and where they do not

Optical wrist sensors are considerably better and have well-understood weaknesses:

• Rapid intensity changes are where they lag most. Interval training is the hardest case.
• Wrist movement and grip disturb the reading. Gripping a bar hard is a common source of error.
• Fit matters enormously. A loose strap is the most common cause of bad data. Snug, and slightly above the wrist bone, is the usual advice.
• Cold skin reduces peripheral blood flow and degrades readings.
• Upper-arm optical sensors avoid most of the wrist problems and sit close to chest-strap accuracy for many people.

Chest straps

A chest strap measures the electrical activity of the heart directly, which is the same principle as clinical monitoring. It responds immediately to intensity changes and is not affected by wrist movement or grip.

• Comfort is the main objection, and modern soft straps are considerably better than older ones.
• Wet the contacts before use. Dry electrodes are the single most common cause of erratic readings at the start of a session.
• Wash it regularly. Sweat residue degrades contact and shortens the strap’s life.
• Battery is usually a coin cell lasting a long time; a sudden drop in reliability often means the battery rather than the strap.
• Dual-band models broadcast over both Bluetooth and ANT+, which makes them compatible with almost anything.

Pairing a strap to your equipment

Many machines can receive an external heart rate signal, which is the single most valuable upgrade available to a console. Check before buying whether a machine supports this — it replaces the least reliable figure it displays with the most reliable, usually for a modest cost.

Where a machine cannot receive a strap, the strap can still pair to a phone or watch and the session can be recorded there. You simply lose the convenience of seeing it on the console.

Does accuracy actually matter for you?

An honest question worth asking before spending anything. It matters if you train to heart rate zones, if you follow a programme built around intensity targets, or if a clinician has advised training within a particular range.

It matters far less if you train by pace, resistance level, power or perceived effort — all of which are perfectly good ways to structure training, and two of which are measured rather than estimated. If you are not actually using the number to make decisions, an inaccurate one is not costing you anything.

If heart rate informs your training, use a strap

If heart rate informs your training, a chest strap is the upgrade that changes the data, and it costs a fraction of any machine. An upper-arm optical sensor is a comfortable close second. A wrist optical sensor is adequate for steady work and weak for intervals. Hand-grip contacts should be treated as an indication rather than a measurement, whatever the console implies by displaying them in the same font as everything else.

Getting a good reading from whatever you have

Sensor choice matters most, and technique matters more than people expect.

1. Chest strap: wet the electrodes before every session. Dry contacts are the single most common cause of erratic readings in the first few minutes.
2. Chest strap: position it just below the chest muscles, snug enough not to slide.
3. Optical wrist: wear it snug and slightly above the wrist bone, not loose over it.
4. Optical wrist: warm up your hands in cold weather — cold skin reduces peripheral blood flow and degrades the signal.
5. Hand grips: hold lightly and evenly with both palms, stay still, and treat the reading as an indication.
6. All types: if a reading looks implausible, it probably is. A heart rate that matches your cadence is a classic false lock.

A note on maximum heart rate formulas

Training zones are usually calculated from an estimated maximum heart rate, most commonly by subtracting your age from a fixed number. That estimate carries a wide margin of error between individuals, which means zones derived from it are approximate even when the sensor is accurate.

That is not a reason to ignore heart rate. It is a reason to treat the zones as a guide rather than a precise instrument, and to pay attention to how a given effort actually feels alongside what the number says. If you have a cardiac condition or are training to a clinically specified range, that range should come from your clinician rather than a formula.

Related reading

• Start here: Connected Fitness Equipment: What the Subscription Buys
• Browse smart and connected equipment
• Not sure where to start? Try the equipment recommendation tool

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“Bluetooth enabled” appears on a great many fitness machines and tells you very little on its own. Connectivity has two separate layers — how a machine talks, and what it says — and the second is the one that determines whether the machine is genuinely open.

The two layers

Layer	What it is	Examples
Transport	How the data physically travels	Bluetooth, ANT+
Profile	What is being said, in a format others understand	FTMS, heart rate profile, cycling power profile

A machine can support Bluetooth and still say nothing useful over it. Transport without an open profile is a closed machine with a wireless connection to its own app.

Bluetooth against ANT+

• Bluetooth is universal on phones and tablets and is the practical default for connecting to consumer devices. Historically it paired with one device at a time, though modern implementations are more flexible.
• ANT+ is long established in sports and fitness, particularly for sensors, and broadcasts to unlimited receivers simultaneously. Common on cycling computers and sports watches; less common on phones.
• Dual-band devices support both, which removes the question entirely and is the sensible thing to look for in a heart rate strap.

For most home users Bluetooth is what matters, because the receiving device is a phone or tablet. ANT+ matters if you already have a sports watch or cycling computer you want to use.

FTMS, which is the one to look for

The Fitness Machine Service profile is a standardised way for equipment to report and, in some cases, be controlled. A machine supporting FTMS can:

• Report speed, cadence, resistance, power and distance in a format any compatible app understands.
• Be controlled by a third-party app, so a workout or a virtual route can set the resistance.
• Work with software the manufacturer has nothing to do with.
• Continue to be useful if the manufacturer’s own platform ends.

This is the specification that most determines a connected machine’s useful life, and it is checkable before purchase. It is also frequently absent from listings, which means asking.

The heart rate profile

Heart rate has its own long-established profile, over both Bluetooth and ANT+, and it is the most interoperable data in fitness. A chest strap will generally talk to almost anything.

The practical value: many machines can receive an external strap, which replaces the least reliable figure on the console — hand-grip heart rate — with the most reliable. If you train by heart rate, checking whether a machine accepts an external strap is more useful than any console feature.

What each combination gives you

Machine supports	What you can do
Nothing	Read the console. That is all.
Bluetooth, proprietary app only	Use the manufacturer’s app, for as long as it exists
Heart rate profile (receive)	Pair a chest strap and get reliable heart rate on the console
FTMS (broadcast)	Third-party apps can read the machine and record your sessions
FTMS (broadcast and control)	Third-party apps can also set resistance — virtual routes and structured workouts

Practical pairing problems

1. One connection at a time. Some machines will pair with a single device, so the app and the watch compete. Disconnect one before pairing the other.
2. Forgotten pairings cause more connection failures than anything else. Clearing old pairings on both machine and device resolves most of them.
3. Firmware updates sometimes change connectivity behaviour, occasionally for the worse.
4. Range and interference are rarely an issue at home, but a machine in a garage with a phone in the house will not connect.
5. Regional or account restrictions occasionally limit which apps a machine will talk to.

What to ask before buying

Three questions, in order of usefulness: does it support FTMS; can it receive an external heart rate strap; and can session data be exported in a standard file format? A machine that answers yes to all three will still be useful long after its original app has been forgotten, and one that answers no to all three is a machine plus a console, which is a perfectly reasonable thing to buy provided you know that is what it is.

Sensors that add connectivity to an unconnected machine

If a machine broadcasts nothing, you are not stuck. Several inexpensive sensors can make it partially readable by an app.

• A heart rate strap is the single most useful addition and works with almost anything.
• A cadence sensor on a bike crank gives pedalling rate to cycling apps.
• A speed sensor on a flywheel or wheel gives distance and speed.
• A power meter, if you are using your own bicycle on a trainer, gives the most meaningful metric available.

None of these makes the machine controllable, and together they make a basic machine perfectly usable with third-party training software — frequently for less than the cost of a year of a manufacturer subscription.

Checking what a machine actually supports

1. Look for FTMS by name in the specification or manual, not just “Bluetooth”.
2. Ask the retailer directly. A specific question usually gets a specific answer.
3. Check whether third-party apps list the model as compatible — most maintain a supported-hardware page.
4. Look at owner discussion for the model, which is where connectivity quirks surface.
5. Treat silence as a no. Manufacturers who support open standards generally say so, because it is a selling point.

Ask for FTMS by name

Transport tells you how a machine talks; the profile tells you whether anyone else can understand it. Bluetooth on its own means very little. FTMS is the specification that opens the third-party ecosystem and protects the machine against its manufacturer’s decisions, and the ability to receive an external heart rate strap is the cheapest console upgrade there is. Ask about both by name, and treat an absence of any mention as an answer.

Related reading

• Start here: Connected Fitness Equipment: What the Subscription Buys
• Data Ownership and Export From Fitness Platforms
• Equipment That Works Without a Subscription
• Firmware Support and Product Lifespan
• Fitness Equipment Safety Standards and What Certification Means
• Browse smart and connected equipment
• Not sure where to start? Try the equipment recommendation tool

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The most important question about a connected machine is not on its specification sheet. It is this: when the payments stop, what is left? The answers across the category range from a fully working machine to something close to a paperweight, and the difference is rarely advertised.

The three outcomes

Outcome	What you keep	What you have bought
Full manual mode	Resistance control, time, cadence, distance, basic metrics	A functioning machine that has lost its classes
Reduced mode	The machine works; the console shows little; no stored data; no automatic resistance	A usable but diminished machine
Account required	Very little — the console is the only interface and it needs a login	A subscription with hardware attached

Get the answer in writing before purchase. It changes the risk profile of the whole decision more than any specification, and retailers can usually confirm it if asked directly.

Why this matters even if you intend to subscribe

Most people asking this question assume the risk is that they cancel. It is not the main risk.

• The company may stop supporting your model. Equipment lasts a decade; software platforms often do not.
• The company may cease trading. This has happened repeatedly in connected fitness.
• Subscription pricing may rise beyond what you consider worthwhile.
• You may want to sell the machine, and what it does without an account determines what it is worth to a buyer.
• Your circumstances may change. A subscription is a recurring commitment in a way a machine is not.

Open standards: the actual protection

A machine that speaks an open connectivity standard is far less exposed, because third-party software can drive it regardless of what the manufacturer does.

• FTMS (the Fitness Machine Service profile) lets a machine report speed, cadence, power and resistance in a common format, and in some cases lets an app control resistance. This is the specification to look for.
• Bluetooth and ANT+ are the transport layers. Useful, and not the same as FTMS — a machine can broadcast heart rate over Bluetooth and still be closed in every other respect.
• Proprietary-only means one app, from one company, and everything depends on that company.

The practical test: can a third-party app read this machine and, ideally, control it? If yes, the machine has a life independent of its manufacturer.

Equipment that never needed a subscription

Worth stating plainly, because the connected category dominates the marketing. A great deal of excellent equipment has no software dependency at all:

• Barbells, plates, racks, benches, dumbbells, kettlebells. Nothing to subscribe to, nothing to obsolete.
• Air bikes and air rowers, which have consoles but no platform dependency.
• Magnetic bikes and rowers with a basic console, which display what they measure and nothing more.
• Most treadmills, where the machine functions fully without any account.

If subscription dependency is a concern, the category is well served by equipment that simply does not have the problem, and it is usually cheaper.

Getting classes without the machine subscription

For many buyers the appeal of a connected machine is the coached content rather than the hardware integration. That is separable:

1. A general fitness app on a tablet in front of any bike, rower or treadmill delivers coached sessions.
2. Free content covers a great deal, particularly for cycling and rowing.
3. Third-party platforms connect to FTMS-capable machines and provide structured training and virtual routes.
4. A heart rate strap gives you the one piece of data that makes any of it more useful.

What you lose is automatic resistance control synchronised to the class, and the leaderboard. Whether that is worth a recurring fee is a genuine question with different answers for different people.

Questions to ask before buying

1. What exactly stops working if the subscription ends?
2. Does the machine support FTMS or an equivalent open standard?
3. Can session data be exported in a standard format?
4. Is the machine usable, and resellable, without an active account?
5. How many user profiles are included, and do extras cost more?
6. What is the five-year total, including the hardware?

Ask what is left when the payments stop

There is nothing wrong with a subscription that you use and value. The mistake is buying a machine without knowing what it becomes when the subscription ends, and discovering that answer in year three. Ask the question first, prefer open standards where you can, and remember that a large part of the equipment market never had this problem in the first place.

Reading the marketing carefully

Certain phrases recur in this category and are worth translating, because they are chosen to avoid answering the question directly.

What the listing says	What to ask
“Free trial included”	What is the price after it, and is there a minimum term?
“Works with our app”	Does it work without the app?
“Membership required for full features”	Which features specifically, and what is left?
“Connected experience”	Does it support FTMS, or only the proprietary app?
“Family plan available”	How many profiles are in the base price?
“Lifetime access”	Whose lifetime — yours, or the product’s?

None of these is dishonest. They are simply written to sell a subscription, and the specific questions are the ones that get you a specific answer.

The five-year arithmetic

Do this before comparing anything else, because it frequently changes the shortlist entirely. Take the hardware price including delivery, add the monthly subscription multiplied by sixty, add any additional profiles, and compare the total against a well-built unconnected machine plus a general fitness app.

For plenty of households the connected option still wins, because the classes are what gets them training and an unused better machine is worth nothing. The point is to reach that conclusion deliberately rather than by comparing two hardware prices.

Related reading

• Start here: Connected Fitness Equipment: What the Subscription Buys
• Firmware Support and Product Lifespan
• Third-Party Training Apps With Home Equipment
• Data Ownership and Export From Fitness Platforms
• Reading Fitness Equipment Specifications Without Being Misled
• Equipment for a Hotel Gym
• Browse smart and connected equipment
• Not sure where to start? Try the equipment recommendation tool

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Connected equipment is sold on the hardware and monetised on the subscription. That is not a criticism — it is simply the business model, and it is worth understanding before buying, because it changes what you are actually committing to and what you own at the end.

Three questions that settle most of it

1. What does the subscription actually provide?
2. What stops working if you cancel it?
3. What is the total cost over the period you expect to own the machine?

Manufacturers answer the first question prominently and the second two much less so. All three are answerable before you buy, and the second is the one that produces regret.

What a subscription typically buys

Component	What it is	Available elsewhere?
Instructor-led classes	Filmed or live sessions with coaching	Widely, through general fitness apps — though not usually synchronised to the machine.
Structured programmes	Progressive plans rather than individual sessions	Yes, from many sources, including free ones.
Automatic resistance control	The class adjusts the machine for you	Only where the machine supports an open standard such as FTMS and the app uses it.
Performance tracking and history	Session data stored and trended over time	Usually, if the machine exports data in a standard format.
Leaderboards and community	Comparison and competition with other users	Platform-specific by nature.
Multiple user profiles	Separate histories for a household	Varies. Check how many profiles are included before assuming.

The honest position: for many buyers the subscription is genuinely good and genuinely used. The problem is not that it is bad value. The problem is that it is frequently priced as though it were optional when the machine has been designed so that it is not.

What stops working when you cancel

This is the question to ask the retailer directly, and to get an answer to in writing if you can. The answers vary enormously across the category:

• Best case: the machine reverts to a “manual” mode with resistance control, basic metrics and time. You have lost the classes and kept a functioning machine.
• Middle case: the machine works, but the console shows little, data is no longer stored, and some features such as automatic resistance are disabled.
• Worst case: the console is the only interface and it requires an account. The machine becomes substantially less usable, and in some designs barely usable at all.

There is a related and less obvious risk: what happens if the company stops supporting the platform, rather than you cancelling. Equipment lasts a long time. Software platforms and the companies behind them do not always last as long. A machine that supports an open connectivity standard is far less exposed to this, because a third-party app can drive it.

Calculating the real cost

Compare on total cost over a realistic ownership period rather than on the hardware price. The arithmetic is simple and it is frequently decisive:

1. Take the hardware price, including delivery and any assembly charge.
2. Add the monthly subscription multiplied by twelve, multiplied by the number of years you expect to own it. Five years is a reasonable horizon for equipment of this type.
3. Add any additional profiles you will need for other people in the household.
4. Compare the total against a non-connected machine of similar build quality plus a general fitness app subscription, if you want classes at all.

Do this before falling in love with a machine. For many households the connected option still wins, because the classes are the thing that gets them to train. For others the same money buys a substantially better-built machine with no ongoing commitment. Both are reasonable conclusions; what is not reasonable is arriving at either by accident.

Connectivity standards, and why they are the real specification

Two machines can both be “smart” and be in completely different positions in five years, depending on what they speak.

• Bluetooth and ANT+ are the transport standards. ANT+ is well established for sensors; Bluetooth is more universal for phones and tablets.
• FTMS (Fitness Machine Service) is the profile that lets a machine report speed, cadence, power and resistance in a common format, and in some cases lets an app control resistance. A machine supporting FTMS can be driven by third-party software.
• Proprietary-only means the machine talks to one app, from one company. Everything about its future depends on that company.

If long-term flexibility matters to you, open standard support is the specification to prioritise and it costs nothing to ask about.

Data, privacy and what you can take with you

Connected equipment collects training data, and often more — account details, usage times, sometimes video or voice depending on the device. Two practical questions: can you export your training history in a standard format, and can you delete the account and the data if you sell the machine on? The second matters more than people expect, because equipment of this kind is frequently resold.

Working out what you are actually committing to

1. Establish exactly what stops working if the subscription ends.
2. Calculate the five-year total, including additional household profiles.
3. Check whether the machine supports an open connectivity standard.
4. Check whether session data can be exported.
5. Check whether the equipment is usable, and resellable, without an active account.
6. Then compare against an unconnected machine of similar build plus a separate app.

Buying connected equipment second-hand

There is a large used market in connected equipment, for the obvious reason that a lot of it is bought enthusiastically and used briefly. It can be excellent value, with two specific checks that do not apply to ordinary equipment:

1. Can the account be transferred or removed? Some machines are tied to the original owner’s account, and some require a fee to re-register to a new one. Establish this before money changes hands, not after.
2. Is the model still supported? A machine one or two generations old may no longer receive the software it depends on. Ask what the current supported model list is.
3. Does the subscription price for a new user match what the seller pays? Legacy pricing is common and is not usually transferable.
4. Does it work without a subscription at all? If it does, you are buying a perfectly good machine and can ignore the platform entirely. If it does not, you are buying a commitment.

The general principle: a used connected machine that supports open standards is a good machine at a discount. A used connected machine that only works with a proprietary subscription is a subscription with a machine attached, and should be priced accordingly.

Households, and the profile question

Connected platforms differ substantially in how they handle multiple people, and this is worth establishing before purchase rather than discovering afterwards. Check how many profiles are included in the base subscription, whether additional profiles cost extra, whether each profile keeps separate history and settings, and whether switching between them is quick enough that people will actually bother. A platform where changing user takes a minute is a platform where the second user stops changing it.

Related reading

• Equipment That Works Without a Subscription
• Firmware Support and Product Lifespan
• Third-Party Training Apps With Home Equipment
• Equipment for a Hotel Gym
• Warranty Claims on Fitness Equipment
• Browse smart and connected equipment
• Not sure where to start? Try the equipment recommendation tool

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