MacBook battery cycle-count limits by generation
Apple's model-specific cycle table contains three ratings: 300, 500 and 1,000 cycles. Our compilation below groups its 107 named entries by family and rating. It counts the names Apple lists, rather than separating every CPU or retail configuration. A single “M5 Pro or M5 Max” entry stays one entry; the source itself combines it.
| Family | Scope in Apple’s table | Rated cycles | Named entries |
|---|---|---|---|
| MacBook | Late 2009 and Mid 2010 13-inch; Retina 12-inch 2015–2017 | 1,000 | 5 |
| MacBook | 13-inch Aluminum, Late 2008 | 500 | 1 |
| MacBook | Other listed early MacBook models through Mid 2009 | 300 | 8 |
| MacBook Neo | MacBook Neo | 1,000 | 1 |
| MacBook Pro | Listed models from 2009 onward, including listed Apple silicon models | 1,000 | 53 |
| MacBook Pro | 15-inch, Late 2008 only | 500 | 1 |
| MacBook Pro | Other early listed 15-inch and 17-inch models through 2008 | 300 | 10 |
| MacBook Air | Late 2010 onward, including M1–M5 | 1,000 | 25 |
| MacBook Air | Mid 2009 only | 500 | 1 |
| MacBook Air | Original MacBook Air and Late 2008 | 300 | 2 |
The sum is 84 entries at 1,000 cycles, three at 500 and twenty at 300: 84 + 3 + 20 = 107. These are catalogue counts, not percentages of Macs in use. They say nothing about failure frequency or how many batteries reached each rating.
The boundaries matter more than a broad “old versus new” rule. A 15-inch Late 2008 Pro and a 17-inch Late 2008 Pro have different ratings. So do Aluminum Late 2008 and other Late 2008 MacBooks. Match Apple's exact model name before applying the family summary.
The live commercial Pro specifications showed an M6 model when checked on 30 October 2026, but the cycle-count source did not list M6. We have not inferred its model-specific rating. Check Apple's updated table for a newly introduced model; a missing entry is not a zero-cycle rating.
Read cycles as cumulative use
A cycle accumulates when total battery use adds up to one full charge. It is not a count of plugging the cable in. Four separate uses of a hypothetical 25% of a full battery add up to one equivalent cycle; four cable connections alone do not establish that amount. You do not need to force a deep discharge to make the counter meaningful.
For a quick check of how much of a published rating has been used, divide cycles by the limit: a hypothetical battery at 250 cycles is at 250 ÷ 1,000 × 100 = 25% of a 1,000-cycle rating. The same 250 cycles is 250 ÷ 300 × 100 = 83.3% of a 300-cycle rating. That comparison is arithmetic, not a diagnosis of either battery's health.
Do not interpret “25% of rated cycles used” as “25% worn out” or “75% of lifespan left.” It describes the counter relative to the reference. Capacity, calendar age, temperature and the symptoms of the particular battery remain separate inputs. Apple distinguishes time per charge from the battery's overall service life in its battery guidance.
What a cycle budget looks like in years
The table below divides the rating by an assumed rate of use. It shows how quickly the counter would reach that number if use stayed constant. It does not predict a replacement date. We use 365 days per year and round to two decimals.
| Rating | Half a cycle per day | One cycle per day | Two cycles per day |
|---|---|---|---|
| 300 cycles | 1.64 years | 0.82 years | 0.41 years |
| 500 cycles | 2.74 years | 1.37 years | 0.68 years |
| 1,000 cycles | 5.48 years | 2.74 years | 1.37 years |
For example, 1,000 ÷ (0.5 × 365) = 5.48 years. Change the assumed use to two equivalents per day and the calculation becomes 1,000 ÷ (2 × 365) = 1.37 years. The rating has not changed; the amount of battery throughput per day has.
This explains why a five-year-old Mac that spends much of its time on a desk and a newer travel Mac can have very different cycle counts. It does not prove the older battery is healthier. A count is useful context when buying a used laptop, but the condition, capacity, runtime and physical state need to agree with the seller's description.
Reaching the rating is not an automatic shutdown
Apple's cycle-count article says a battery is considered consumed once it reaches its maximum cycle count, and recommends replacing it then for best performance. Apple also says a battery can still be used after reaching its maximum cycle count, though runtime may be reduced. Its battery service guidance says a MacBook battery is designed to retain up to 80% of its original capacity at 1,000 complete charge cycles.
For a decision, use the battery-health guide to check the condition and capacity, then compare actual unplugged runtime with your needs. If macOS says Service Recommended, assess that message even when the counter is below its rating. Conversely, a count above the rating does not by itself establish that a battery is unsafe.
For a swollen case, lifting trackpad or other possible physical battery damage, the swollen-battery guide takes priority over these numbers. No counter or monitoring app rules out physical damage. For service options and prices, use the separate replacement guide.
How we counted the model entries
We transcribed the ten family/rating groups from Apple's source, split the visible model names into entries, then summed each rating. Names were shortened for the working dataset without changing their grouping. Apple's combined 2024 and November 2023 Pro names were not expanded into separate base, Pro and Max versions. Counting CPU variants instead would produce a different total and would need a different method.
This reference owns the historical ratings and the throughput calculations. It does not duplicate the battery-health guide's full menu walkthrough. Its figures were checked on 30 October 2026; Apple's source showed a 10 March 2026 publication date. Newly added models can change the catalogue count. No batteries were cycled, discharged or tested for this article.
How Tend helps
Tend's Free battery view shows health, cycles and capacity together, so a counter has context. Pro adds a daily battery health record. Tend helps you look after your Mac; its optional companion shows how it's doing. Tend can't turn cycles into a service date, detect swelling or reverse wear. See the Free and Pro features.
Questions
What is the cycle-count limit for an Apple silicon MacBook?
The Apple silicon MacBook models listed in the checked Apple cycle table are rated at 1,000 cycles, including the Neo and M1–M5 families. The source did not yet list M6, so this reference does not infer its model-specific rating.
Does charging a MacBook every day add one cycle every day?
Not necessarily. A cycle reflects cumulative battery use equal to a full charge, rather than how often a charger is connected. Partial uses accumulate.
Does a MacBook stop working at 1,000 cycles?
No. Apple says you can keep using a battery after its maximum cycle count, though battery life may be reduced. It also considers the battery consumed at that point and recommends replacing it for best performance.
Is a 300-cycle battery always worse than a 1,000-cycle battery?
The numbers describe different model ratings, not measurements of two batteries today. Compare each battery with its own rating and check its condition, retained capacity and actual runtime.
Related guides
Check battery health
Read condition, capacity and cycle count together.
Service Recommended
Understand the macOS battery warning.
Battery capacity by model
Compare the original stored energy in Wh.
Battery replacement
When service helps and how to check the cost.
Sources and method
Download the public source data and calculation assumptions (JSON). Each record keeps its source and price period so you can check or reuse the figures.
- Apple: Determine battery cycle count for Mac laptops
- Apple: Battery Service and Recycling
- Apple: Maximizing Battery Life and Lifespan
- Apple: current commercial Pro specifications (M6 cross-check)
Keep a cycle count in context
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