The spider method in track is a conditioning drill where an athlete starts at a central point, sprints out to a series of markers at increasing distances, and returns to the start after each one. The name comes from the radiating movement pattern, which looks like the legs of a spider extending from a single body. It builds speed endurance, anaerobic fitness, and the ability to accelerate repeatedly, making it a staple in sprint and middle-distance training programs.
How the Spider Drill Works
The basic setup uses four or five cones (or lines on a track) placed at progressively greater distances from a starting point. A common configuration spaces the markers at 20, 40, 60, and 80 meters, though coaches adjust these based on the event and fitness level of their athletes. Some versions use shorter intervals of 10, 20, 30, 40, and 50 meters for younger or less conditioned runners.
The athlete begins at the start line, sprints to the first marker, then turns and sprints back to the start. Without a full rest, they immediately sprint to the second marker and back, then the third, and so on through all the markers. One complete cycle through every marker counts as a single repetition. The total distance covered in a single rep adds up fast. Using the 20/40/60/80 meter setup, for example, one rep covers 400 meters of sprinting with four direction changes.
Why Coaches Use It
The spider drill targets a specific kind of fitness that straight-line running doesn’t fully develop. Each return to the start forces a deceleration, a turn, and a fresh acceleration. That repeated acceleration under fatigue mimics the demands of racing, where athletes need to respond to surges, hold form when tired, and push through the final meters of a race. For sprinters, this translates to better speed endurance in the 200 and 400 meters. For 800-meter runners, it builds the anaerobic capacity to sustain a fast pace across both laps.
The drill also serves as a mental toughness exercise. Each successive leg is longer than the last, and the cumulative fatigue makes the final sprint to the farthest marker significantly harder than the first. Athletes learn to maintain running mechanics and effort when their body is signaling them to slow down, which is one of the most transferable skills in competitive track.
Typical Setup and Distances
There is no single official version of the spider drill. Coaches modify it based on what they’re training for. Here are the most common variations:
- Short spider (speed focus): Markers at 10, 20, 30, 40, and 50 meters. Total distance per rep is about 300 meters. Best for pure sprinters working on acceleration and turnover.
- Standard spider (general conditioning): Markers at 20, 40, 60, and 80 meters. Total distance per rep is 400 meters. The most widely used version for high school and college athletes.
- Long spider (endurance focus): Markers at 25, 50, 75, and 100 meters. Total distance per rep is 500 meters. Suited for 400-meter and 800-meter runners building sustained effort tolerance.
Athletes typically complete two to four full reps in a session, with rest periods between reps that range from two to five minutes depending on the training goal. Shorter rest periods push aerobic and anaerobic systems harder, while longer rest periods allow athletes to maintain higher sprint quality on each leg.
How It Differs From Suicides and Shuttles
The spider drill is closely related to the “suicide” drill common in basketball and soccer, and some coaches use the terms interchangeably. The key difference in a track context is intent and pacing. Suicide drills are typically run at maximum effort as a pure conditioning test. The spider method, when used by track coaches, often incorporates target times for each leg and deliberate pacing strategies. An athlete might be asked to run each outbound leg at 90% effort while focusing on smooth deceleration and efficient turns, rather than simply going all-out.
Shuttle runs, by contrast, usually involve a fixed short distance repeated many times (such as running back and forth over 25 meters). The spider drill’s progressive distance structure creates a different physiological demand because the later legs require sustaining speed over longer distances while already fatigued from the shorter ones.
Programming the Spider Into Training
Most coaches place spider drills in the early-to-mid portion of the competitive season, after athletes have built a baseline of aerobic fitness but before tapering begins. Running it once or twice a week is common. Doing it more frequently risks overtraining the anaerobic system, which can leave athletes flat on race day.
The drill fits naturally into a session after a thorough warm-up and dynamic stretching. Some coaches pair it with technical work earlier in the practice, using the spider as a finishing conditioning piece. Others run it as the primary workout on a dedicated conditioning day. For sprinters specifically, coaches often limit spider work to the off-season and pre-season, switching to more race-specific interval training as competitions approach.
Recovery between spider sessions matters. The repeated accelerations and direction changes place significant stress on the hamstrings, hip flexors, and ankles. Athletes new to the drill should start with the shorter version and fewer reps, building volume over several weeks rather than jumping into the full standard setup.
What Good Form Looks Like
The most common mistake athletes make during the spider drill is letting their form collapse on the later, longer legs. As fatigue builds, runners tend to shorten their stride, lean too far forward, and tighten through the shoulders and arms. Coaches watch for upright posture, relaxed hands, and consistent knee drive throughout the drill.
The turn at the starting point is another area where technique matters. Rather than planting hard and reversing direction (which wastes energy and stresses the knees), experienced athletes decelerate over the last few meters, plant on the outside foot, and use a rounded turn to redirect momentum. This is smoother, faster, and significantly easier on the joints over multiple reps.