Stride and Cadence Runners Excel on Different Terrains
When Jon Mott ran a 2:17:20 marathon at the 2022 Berlin Marathon, he set his personal record on a flat, fast course. A few months later, at Boston, where the 26.2 miles include repeated hills, Mott felt confident in his training but struggled to maintain his rhythm. “At no point was I able to lock into my rhythm,” he said. “There was no flow to the race, I guess you can say, and it just really beat me up.”
The contrasting results led Mott, a three-time U.S. Olympic Marathon Trials qualifier and coach at Runnersfix, to identify a pattern in his performances. On flat courses, he could open up his stride and cruise. On hilly courses, runners who could shorten their stride and adjust turnover often fared better. Mott’s observation became a coaching framework, categorizing runners as stride-oriented or cadence-oriented.
In this framework, stride runners generate speed by lengthening their stride while keeping cadence relatively steady. Cadence runners rely more on increasing steps per minute, with less change in stride length. Mott first encountered this distinction while researching running shoes, comparing Asics’s Metaspeed Edge and Sky models. Data from Asics’s sports-science institute separated runners by how they increase speed, noting that stride runners land closer to the midfoot or forefoot, while cadence runners favor heel strikes with smoother turnover.
“Stride-dominant runners tend to rely more on stride length to generate speed,” Mott explains. “But when running uphill, trying to maintain that longer stride can become inefficient and more demanding.” This explains why Mott felt comfortable in Berlin but struggled in Boston’s hills.
Cadence runners excel on variable terrain. Because they rely on step frequency, they can more readily adjust their turnover when course conditions change. Their shorter, quicker steps make it easier to adapt to disruptions that challenge longer strides.
To identify their tendency, Mott analyzes wearable data, focusing on cadence numbers. If cadence barely changes at faster paces, they’re stride-oriented. If cadence rises notably as pace increases, they lean toward cadence-driven speed. Mott uses a change of 10 to 20 steps per minute from slow to fast efforts as a guideline, but cautions against relying on a single run. Variables like terrain, fatigue, and shoes affect metrics, so multiple data points are needed.
For stride runners preparing for flat marathons, Mott recommends continuing to train on flat routes to build rhythm and endurance. When facing hilly courses, the focus shifts to adaptability. Instead of overhauling mechanics, runners should practice taking shorter, quicker steps on hills while building strength. This approach helps maintain efficiency when hills disrupt their usual stride.
Cadence Runners and Flat Course Preparation
On pancake-flat courses, cadence runners must prioritize efficiency at a steady pace. Their reliance on step frequency means repetitive motion for 26.2 miles demands muscular endurance. Mott advises focusing on consistent turnover rather than forcing stride length. Building strength through tempo runs on flat terrain helps maintain form when the course offers no variation. This approach prevents fatigue from the monotony of endless straightaways.
The Broader Implications of Runner Classification
Mott emphasizes that runner types are not rigid categories. Each has strengths that can be leveraged with targeted training. Stride runners thrive on flat courses, while cadence runners excel in hilly conditions. The key is aligning preparation with course demands rather than altering natural mechanics. This approach maximizes performance potential without increasing injury risk.
Data from wearable devices remains central to identifying tendencies. Cadence changes during different paces reveal whether a runner is stride or cadence oriented. Mott warns against overinterpreting a single run, as terrain, fatigue, and shoe choices influence metrics. Multiple data points provide a clearer picture of how a runner’s mechanics respond to varying conditions.
