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Cardiology · UK

Pacemakers - the right device for your heart’s wiring.

Single, dual-chamber, leadless, biventricular or conduction-system - a pacemaker is a decade-long relationship, not a gadget.

See indicative pricing
A radiographer guides a patient onto the bed of an advanced 3 Tesla MRI scanner in a London imaging suite

Indicative pricing

What private pacemaker care costs in the UK.

Indicative all-in ranges across UK cardiac units - device, implant and follow-up.

In short

£8,500–£15,000 all-in, checks from £150.

Procedure Indicative range
Device cardiology consultation + ECG £250–£450
Single-chamber pacemaker (implanted, all-in) £7,000–£12,000
Dual-chamber pacemaker (implanted, all-in) £8,500–£15,000
Leadless pacemaker (implanted, all-in) £15,000–£25,000
Biventricular pacemaker / CRT-P (all-in) £18,000–£30,000
Device clinic check (in person) £150–£300
Remote monitoring (annual) £200–£500/year

The device itself drives most of the price - leadless capsules and biventricular systems cost several times a standard generator. Ongoing costs are modest: a device clinic check once or twice a year and, optionally, remote monitoring.

The problem

The right device type, and a plan for the next fifteen years.

Pacemaker care goes wrong quietly - the wrong chamber configuration, no remote monitoring, batteries reaching end-of-life unnoticed.

  • The diagnosis picks the device

    Heart block, sick sinus and AF with pauses each call for a different configuration. The choice should never start from the catalogue.

  • Remote monitoring from day one

    Devices that phone home catch lead problems and battery depletion months early.

  • Plan the battery change before you need it

    Generators last 8–15 years. A tracked device means an elective day-case swap - never an urgent admission on an end-of-life alert.

When it helps

When a pacemaker is the right answer.

The rhythm problems a pacemaker genuinely solves, plus the one red flag that means urgent review rather than a routine booking.

  • A heart that beats too slowly

    Bradycardia causing fatigue, breathlessness or fainting - the core problem every pacemaker exists to solve.

  • Heart block

    The signal from the upper to lower chambers fails intermittently or completely - a dual-chamber device restores the relay.

  • Sick sinus syndrome

    The natural pacemaker ages and misfires - pauses, slow spells and sometimes racing runs in between.

  • Pauses in atrial fibrillation

    AF that stops and starts can leave long gaps - a simple ventricular or leadless device abolishes the blackouts.

  • Unexplained falls and faints in later life

    When monitoring catches pauses behind recurrent falls, pacing often ends them - and the fractures they cause.

  • Heart failure with a wide QRS

    A biventricular pacemaker (CRT-P) re-synchronises a failing heart - a pacemaker as treatment, not just insurance.

  • An ageing device needing replacement

    Batteries last 8–15 years.

  • Red flag: blackouts with a known slow rhythm

    Documented bradycardia plus syncope needs urgent cardiology review and often an expedited implant - not a routine appointment in six weeks.

Procedure options

What each type of pacemaker does, who it suits, and the features - rate response, MRI-conditionality, remote monitoring - worth asking about.

  • Single-chamber pacemaker

    One lead, usually in the right ventricle. The workhorse for atrial fibrillation with slow conduction, where pacing the atrium adds nothing.

  • Dual-chamber pacemaker

    Leads in the right atrium and ventricle, keeping the two in step. The standard choice for heart block and sick sinus syndrome.

  • Leadless pacemaker

    A capsule the size of a large vitamin pill sitting entirely inside the heart. No pocket, no scar on the chest, no leads to fracture or infect - ideal for selected single-chamber needs.

  • Biventricular pacemaker (CRT-P)

    Three leads, pacing both ventricles to resynchronise a failing heart with a wide QRS - improves symptoms and survival in the right patients.

  • Rate-responsive pacing

    Sensors detect movement or breathing and speed the pacing rate with exertion - so stairs and sprints feel normal again.

  • Conduction-system pacing

    His-bundle or left-bundle-branch pacing uses the heart’s own wiring for a more natural beat - increasingly offered where pacing will be frequent.

  • MRI-conditional systems

    Nearly all modern devices allow MRI scans under specified conditions.

  • Remote monitoring

    A bedside transmitter sends device data to your clinic overnight - battery status, rhythm episodes, lead health - catching problems months before a symptom.

Safety and recovery

What to expect afterwards - honestly.

A pacemaker should make life bigger, not smaller. Here is what living with one actually involves - and the handful of genuine precautions.

  • Living with a pacemaker is refreshingly boring

    Once healed, most people forget the device is there. Normal exercise, travel, sex, swimming and flying are all fine - airport scanners included, with sensible precautions.

  • Household electronics are almost all safe

    Phones (kept 15 cm from the device, not in a breast pocket), microwaves, Wi-Fi and induction hobs at arm’s length are fine. Keep strong magnets - including phone MagSafe rings - away from the generator.

  • The battery is a scheduled event, not an emergency

    Modern generators last roughly 8–15 years depending on pacing burden. Remote monitoring flags depletion months ahead, and replacement is a short day-case.

  • Leads are the long-term weak point

    Over decades, leads can fracture or their insulation wear. Checks catch it early; extraction and replacement, when needed, is done at specialist centres.

  • Driving rules are specific

    After a first implant, private drivers must pause driving (typically one week if criteria are met); bus and lorry licences pause longer. Your cardiologist confirms your DVLA category in writing.

  • Red flags at any point

    Fainting returns, a hot or swollen device site, persistent hiccups or chest-wall twitching, or a beeping/vibrating alert from the device - same-day device clinic contact, not a routine booking.

Reading your device check report

Your device check report in four parts. Read the last one first.

Whether the check was in clinic or transmitted from your bedside unit overnight, the report keeps to the same shape.

A UK cardiac physiologist reviewing a patient’s pacemaker check report

A quiet reminder

Pacing percentages and impedance trends mean little without context - ask your care team to put it in plain terms.

If you would like someone to talk you through your device report and what the numbers mean for your battery and leads, ask the clinician who wrote it.

  1. 01 Header

    Your device, on paper

    The generator model, lead models and serial numbers, implant date and MRI-conditional status - the passport data every hospital will ask for.

  2. 02 Technique

    Battery and lead health

    Battery voltage and estimated longevity, lead impedances and thresholds - trended over time, this is how problems are caught early.

  3. 03 Findings

    What your heart has been doing

    Pacing percentages, any recorded arrhythmias (AF episodes, pauses, fast runs) and how often the device actually had to step in.

  4. 04 Impression

    Settings, changes and next check

    Read this first: what was reprogrammed and why, whether the battery is on schedule, and when your next remote or in-person check falls.

Recognised by major UK insurers

BupaAXA HealthVitalityAvivaWPACignaHealixBupaAXA HealthVitalityAvivaWPACignaHealixBupaAXA HealthVitalityAvivaWPACignaHealix

Pacemakers and their implantation are usually covered when medically indicated, with pre-authorisation for the device cost. Ongoing device checks are often claimable as outpatient follow-up.

Frequently asked

Common questions about pacemakers.

Quick answers on how they work, device types, batteries, daily-life restrictions and private costs.

  • What exactly does a pacemaker do?

    A pacemaker watches every heartbeat and steps in only when your own rhythm is too slow or the electrical signal fails - sending tiny, painless impulses to keep the heart at a healthy rate. Modern devices adjust their rate with exercise and record every rhythm disturbance they see.

  • What types of pacemaker are there?

    Single-chamber (one lead), dual-chamber (two leads, keeping the upper and lower chambers in step), biventricular or CRT-P devices for heart failure, and leadless capsules that sit entirely inside the heart. Conduction-system pacing - using the heart’s own wiring - is the newest refinement. The right type follows your diagnosis, not the catalogue.

  • How long does a pacemaker battery last?

    Typically 8–15 years, depending on how much of the time the device is pacing and the settings used. Remote monitoring tracks the battery continuously and flags depletion months in advance, so replacement - a short day-case swap of the generator only - is planned, never a panic.

  • What can I not do with a pacemaker?

    Remarkably little. Avoid holding strong magnets against the device, keep your phone out of the breast pocket on that side, mention the device before MRI scans (nearly all modern systems are MRI-conditional), and avoid arc welding and industrial magnetic fields. Contact sports that pound the collarbone area deserve a conversation first.

  • How much does a private pacemaker cost in the UK?

    All-in - device, implanter, hospital and first check - expect £7,000–£12,000 for single-chamber, £8,500–£15,000 for dual-chamber, £15,000–£25,000 for leadless and £18,000–£30,000 for a biventricular CRT-P system. Device clinic checks run £150–£300 and remote monitoring £200–£500 a year.

  • Do pacemakers fix palpitations or a racing heart?

    No - a standard pacemaker prevents the heart going too slowly; it cannot slow a racing rhythm. Fast rhythms need medication, ablation, or in some cases a defibrillator (ICD). If your problem is racing rather than slowing, an electrophysiologist is the right specialist instead - see the pacemakers and defibrillators comparison page.

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