HYROX Sled Pull Guide
The Sled Pull is a uniquely demanding station that tests grip strength, lat endurance, and the ability to sustain pulling power from a seated position over 50 meters. This guide covers the technique, weight standards, pacing strategy, and targeted training you need to pull faster on race day.
Sled Pull Technique
The Sled Pull is unlike any other HYROX station because it removes the legs almost entirely from the equation. Seated on the floor, athletes pull a weighted sled 50 meters toward them using a rope in a hand-over-hand pattern. This isolates the upper body -- specifically the lats, biceps, and forearms -- in a way no other station does. Athletes from a CrossFit background with rope pull experience adapt quickly; pure runners and cyclists frequently find it the most surprising station in the race.
The Seated Position
Sit directly on the floor with legs extended in front of you. Some athletes brace their feet flat on the floor for purchase; others find that keeping legs slightly bent allows a lean-back drive at the start of each pull stroke. Experiment in training to find what generates the most force for you. The key is maintaining a braced core throughout -- a collapsed lower back bleeds energy and reduces the effective range of each pull. Lean back slightly before taking the first grip to pre-load the rope with tension. Starting from a slack rope costs you the first half-second of every set.
Hand-Over-Hand Mechanics
The fundamental movement is a continuous hand-over-hand pull where one hand releases forward to grip the next section of rope as the other drives back toward the hip. The hands should never both be at the hip simultaneously -- as one arrives, the other is already reaching. This continuous overlap keeps the sled moving without momentum-killing pauses. Think of it as a rope climbing motion performed horizontally. Athletes who pause between hand positions create micro-stops that accumulate into significant time lost across 50 meters.
Lat Engagement Over Bicep Dominance
The most critical technical distinction in sled pull is whether you are pulling primarily with your lats or your biceps. The biceps are a relatively small muscle that fatigues quickly under sustained pulling load. The lats -- the broad muscles of the back -- are large, powerful, and far more capable of sustained effort. To engage the lats, think about driving your elbow down and back toward your hip rather than curling your wrist toward your shoulder. The elbow-to-hip cue recruits the lat as the prime mover and relegates the bicep to a stabilizing role. Most athletes find their sled pull times improve significantly once they feel this distinction.
Grip Strategy
Grip fatigue is one of the most common limiters in the Sled Pull, particularly for athletes who do not train pulling movements regularly. The forearm flexors that close the fingers tire faster than the lats in most cases. There are two practical strategies to manage grip. First, open and close the fingers slightly between each hand placement rather than squeezing maximally throughout. A moderately firm grip that maintains rope contact is sufficient -- a white-knuckle crush fatigues the forearms rapidly. Second, train grip endurance specifically in the weeks before your race using farmer walks, dead hangs, and barbell holds at the end of training sessions.
Rope Management
As the sled approaches, rope piles up beside and around you. Disorganized rope that tangles underfoot creates genuine safety risk and costs time when you have to stop and clear it. Develop the habit of coiling pulled rope consistently to one side -- your left if you are right-hand dominant, or whichever side is natural for you. A consistent coiling pattern takes minimal extra effort but prevents the chaotic rope tangle that derails many athletes mid-station.
Performance Benchmarks
Target times for the Sled Pull 50m by experience level. Times reflect race conditions after the preceding run and stations.
| Level | Target Time | Notes |
|---|---|---|
| Beginner | 3:00 – 6:00 | First race, limited pulling background |
| Intermediate | 2:30 – 3:30 | Some rope and pulling training |
| Advanced | 1:45 – 3:00 | Trained specifically for HYROX |
| Elite | < 1:30 | Pro division, podium-level athletes |
Sled Pull times are heavily influenced by accumulated upper body fatigue from the SkiErg earlier in the race. Athletes who went too hard on the SkiErg often find the Sled Pull grip and lat demands compounded by pre-existing fatigue. Pace the SkiErg with the Sled Pull in mind.
Common Mistakes to Avoid
Some athletes attempt to stand and pull the rope rather than remaining seated. In HYROX competition this is a rule violation and will result in a penalty or no-rep. Beyond the rules issue, standing also removes the braced seated position that allows maximal lat engagement with controlled body weight. Always remain seated on the floor throughout the 50m.
Leaning the torso backward aggressively to add body weight leverage to each pull feels powerful in the short term but creates a rocking, inefficient rhythm that fatigues the spinal erectors and limits the pulling cadence. The sled pull rewards consistent, rapid hand-over-hand strokes over large body-weight swings. Keep the torso relatively stable and let the arms and lats do the work.
Any pause where both hands are stationary at the hip allows the sled to settle and removes momentum from the system. This makes the next pull harder and slows your overall cadence. Train to have the reaching hand already moving forward before the pulling hand finishes its stroke. Continuous overlap is the goal.
Athletes who arrive at race day with undertrained forearms and grip will fatigue out in the second half of the 50m pull. Grip is trainable and responds quickly to specific work. Farmer walks, rope hangs, dead hangs, and towel pull-ups are all effective. Start grip-specific training at least 6 weeks before your race and you will notice a measurable difference.
Training Exercises for the Sled Pull
Lat-Dominant Pulling Movements
Seated cable rows performed with a straight-arm lat pulldown movement pattern most closely replicate the sled pull mechanics. Perform these with moderate weight at high rep ranges -- 3 sets of 15 to 20 reps -- to build lat endurance rather than pure strength. Straight-arm cable pulldowns also directly train the specific lat engagement pattern required. Barbell rows and dumbbell rows build the same musculature with slightly different motor patterns and should form the foundation of your back training in the 8 to 12 weeks before your race.
Rope Pulling and Grip Work
If you have access to a battle rope or sled rope, seated rope pulls performed on the floor are the most direct training transfer available. Perform 6 to 8 sets of 20m seated rope pulls with 90 seconds rest between sets. For grip endurance, add farmer walks at 50% body weight per hand for 3 sets of 40m at the end of upper body training sessions. Dead hangs from a pull-up bar for maximum duration -- targeting 60 to 90 seconds -- build the forearm endurance that prevents grip failure in the final 15 meters of the pull.
Lat Pulldowns as Baseline Strength
Wide-grip lat pulldowns build the lat width and strength that transfers to sled pull performance. Train these with progressive overload across a 6-week block, targeting 3 to 4 sets of 8 to 12 reps. Paired with high-rep rope pull training, they create both the strength base and the endurance capacity the Sled Pull demands.
4-Week Sled Pull Training Block
This block develops the lat endurance, grip capacity, and pulling mechanics needed for the HYROX Sled Pull 50m. Integrate alongside your full HYROX program.
- Session A: 4 x 12 seated cable rows at moderate load. Focus on lat engagement cue. 3 x 30s dead hang.
- Session B: 3 x 15 straight-arm lat pulldowns. 3 x 40m farmer walks at 50% body weight per hand.
- Session A: 6 x 20m seated rope pull at moderate resistance. Focus on continuous hand-over-hand cadence. Rest 90s.
- Session B: 3 x 10 wide-grip lat pulldowns at 75% max. 4 x 45s dead hang. 3 x 20m farmer walk.
- Session A: 1km run at race pace immediately into 50m seated rope pull at race weight. Rest 5 min. Repeat x3.
- Session B: 4 x 15 seated cable rows superset with 4 x 40m farmer walks. Minimal rest between exercises.
- Session A: 1km run + 1 x 50m seated rope pull at race weight. Record time as race predictor.
- Session B: Easy 2 x 20m rope pull at 80% race weight. 2 x 60s dead hang. Keep it fresh for race week.
Explore More HYROX Tools
Frequently Asked Questions
The total sled weight (sled plus added plates) differs by division. Women Open: 78kg. Women Pro and Men Open: 103kg. Men Pro: 153kg. These are the total loaded weights including the sled frame. The Sled Pull uses lighter loads than the Sled Push because pulling from a seated position against gravity is a more mechanically disadvantaged movement than pushing with the full leg drive available in the Push station.
No. In HYROX competition, the Sled Pull must be performed from a seated position on the floor using a hand-over-hand rope technique. Standing is a rule violation and will result in a penalty. If you are uncertain about the specific rules at your event, check the official HYROX rulebook or confirm with race officials before your wave starts. In training, always practice from the seated position to develop the correct movement pattern and avoid reinforcing an illegal technique.
Grip failure on the Sled Pull is almost always a training deficit rather than a structural limitation. The forearm flexors that close the fingers respond quickly to specific training. Start farmer walks, dead hangs, and rope pulling work at least 6 weeks before your race. On race day, avoid a white-knuckle grip -- a moderately firm hold is sufficient to pull the rope without the excess tension that accelerates forearm fatigue. Chalk is permitted at most HYROX events and provides meaningful grip assistance if sweating is an issue for you.
They challenge the body in entirely different ways, making direct comparison difficult. The Sled Push is a lower body dominant station with higher absolute loads. The Sled Pull isolates the upper body -- lats, biceps, and grip -- at lower loads. Athletes with a strength training background generally find the Sled Push more manageable because lower body strength is more commonly developed. Athletes with a gymnastics, rowing, or CrossFit background often find the Sled Pull more accessible. For most HYROX-specific athletes, the Sled Pull is the more surprising difficulty because the seated pulling stimulus is uncommon in standard training.
Chalk is permitted at most HYROX events and is a legitimate performance aid for the Sled Pull. If grip sweating or slipping is a concern in training, chalk will provide meaningful benefit. Apply it to the palms and fingers before the station. Liquid chalk is typically easier to manage during a race than loose chalk and is accepted at most events. Confirm chalk permission at your specific race if you are uncertain -- some indoor venues have restrictions on loose chalk that do not apply to liquid formulations.