Half Marathon Benchmarks for Women Age 80+
Women competing in the half marathon at 80+ are among the most remarkable endurance athletes in road racing. Completing 13.1 miles at any competitive pace at this age is an extraordinary achievement.
Quick answer: For women age 80+ running the Half Marathon, a 60% age-grade (“Local Class”) at age 80 is 3:08:39. A 70% Regional Class performance is 2:41:42, requiring easy pace 14:39/mi, threshold 11:18/mi. These benchmarks are from WMA (World Masters Athletics) 2025 standards.
Women Half Marathon Times — Ages 80+
| Age | Recreational 50% | Local Class 60% | Regional 70% | National 80% |
|---|---|---|---|---|
| 80 | 3:46:23 17:16/mi | 3:08:39 14:23/mi | 2:41:42 12:20/mi | 2:21:29 10:48/mi |
What each level means
- National Class (80–89%) — Competitive at national masters championships. Requires serious, structured training over years.
- Regional Class (70–79%) — Strong age-group placements at regional races. Consistent training with quality sessions.
- Local Class (60–69%) — Competitive in local races. Solid fitness from regular running and some structured training.
- Recreational (below 60%) — Running for fitness and enjoyment. Most runners start here.
Training paces by performance level
The training paces below are derived from each WMA benchmark time. If you are running at 70% age-grade, these are the training zones that produce and maintain that performance level.
| Age | Level | Time | Easy | Threshold | Interval |
|---|---|---|---|---|---|
| 80 | Local Class | 3:08:39 | 16:53 | 13:08 | 11:23 |
| Regional Class | 2:41:42 | 14:39 | 11:18 | 9:46 | |
| National Class | 2:21:29 | 12:58 | 9:57 | 8:34 |
All paces per mile. Training paces derived from the WMA benchmark time for each age and performance level.
Training at this age and distance
Half marathon training for women 80+ is managed entirely around recovery and consistency. Easy running as the primary session, long runs to 8–10 miles at easy pace for endurance, with one quality effort per two weeks. Every training decision is filtered through recovery: can the body absorb this and be ready for the next effort?
Calculate your exact age-graded score
Enter your race time below to see your precise WMA age-graded percentage and where you fall relative to these benchmarks.
Population benchmarks are starting points
WMA age-grading tells you how your time compares to world-record standards for your age group. StrideIQ goes further — it tracks your individual efficiency trends, recovery patterns, and adaptation curves from your actual training data. At any age, knowing your population percentile is the beginning. Understanding your personal response to training is what drives real improvement.
Common questions
What is a good Half Marathon time for women in their 80s?
Using WMA age-grading standards, a 80-year-old woman running 3:08:39 scores 60% ("Local Class"). A 70% "Regional Class" performance at that age is 2:41:42. These benchmarks are derived from world-record data for each age group, not population averages.
What training paces should women in their 80s use for Half Marathon training?
The right training paces depend on your current fitness. At 70% age-grade (2:41:42 for a 80-year-old), your training zones are: Easy 14:39/mi, Threshold 11:18/mi, Interval 9:46/mi. At 60% age-grade (3:08:39): Easy 16:53/mi, Threshold 13:08/mi. Use the calculator below to find your exact paces.
How does Half Marathon performance change through the 80s?
WMA data shows a gradual performance decline with each decade — typically two to five percent per five years for most distances. The age factors in the table above account for this and allow fair comparison across ages. Consistent training often offsets age-related decline significantly. Many runners in their 80s who train with structure outperform their unstructured earlier years on an age-adjusted basis.
Other demographic benchmarks
Data source: Alan Jones 2025 WMA Road Age-Grading Tables, approved by USATF Masters Long Distance Running Council (January 2025). Training paces derived from the Daniels/Gilbert oxygen cost equations using each WMA benchmark time as input.