Key Takeaways

  • Elite hurlers cover 7,500 - 7,800m per match, perform 189 accelerations and 22 sprints, with performance dropping significantly in the second half
  • Hurling has a higher injury rate than Gaelic football (76.7 vs 51-61 per 1,000 match hours), with hamstrings the most commonly injured muscle and sprinting the #1 mechanism
  • Hurling rewards short-range explosive speed - most decisive actions happen in the first 5-15 metres, not over 40m runs
  • A structured S&C programme built around sprint training, posterior chain strength, and plyometrics reduces injury risk and improves on-pitch performance
  • Strength serves speed - a parallel squat of 1.5x bodyweight is adequate for most hurlers. Beyond that, the return on investment for speed diminishes

Introduction

Hurling is one of the fastest field sports in the world. A sliotar can travel at 160 km/h. Players transition between activities every 3.7 seconds. And the physical demands of a 70-minute match are relentless - sprints, accelerations, aerial duels, direction changes, and collisions, all layered on top of high-level skill execution under pressure.

Despite that, hurling has historically been underserved by sports science compared to Gaelic football, rugby, or soccer. That’s changing. A 2022 review by Collins, Reilly, Malone, Keane, and Doran pulled together over 100 research investigations into hurling - covering GPS match demands, performance profiles, injury data, and training interventions.

This post breaks down what the research actually tells us about the physical demands of hurling, and how to build a strength and conditioning programme that matches those demands. Not generic gym work. Structured, evidence-based programming that accounts for the unique demands of hurling.

What 70 Minutes of Hurling Actually Looks Like

GPS data from elite inter-county hurlers paints a clear picture of what the body goes through during a match.

Key match demands (Collins et al., 2018; Young et al., 2019; Egan et al., 2021):

  • Total distance: 7,500 - 7,800m per match
  • High-speed running (>17 km/h): 1,134m
  • Sprint distance (>22 km/h): 319 - 415m
  • Max velocity: 29 - 31 km/h
  • Total sprints: ~22 per match
  • Accelerations: ~189 per match
  • Mean heart rate: 83% of HR max (163 bpm)

Midfielders cover the most ground (8,999m total, 1,571m HSR). Half-backs and half-forwards also accumulate significant high-speed running. Full-backs and full-forwards have lower total distance but similar sprint demands.

One thing stands out: performance drops in the second half. HSR decreases between the first and second halves, and sprint output falls as the match progresses. The players who can resist that drop-off are the ones still making decisive plays in the 60th minute.

How Hurling Differs From Gaelic Football

If you’re used to training for Gaelic football, you might assume the same programme works for hurling. It doesn’t - at least not without adjustment.

HSR in hurling is 39% lower than Gaelic football (1,134m vs. 1,695m). That doesn’t mean hurling is less demanding. It means the demands are different. Hurling involves:

  • More sprints over shorter distances. The ball travels faster and further in hurling. Scores come from one and two-pass possessions. The decisive action is often a 5-15m burst to reach a breaking ball, not a 40m run.
  • Higher acceleration demands. Players perform one acceleration roughly every 22 seconds. Winning the ball in hurling is about who gets there first from a standing or jogging start.
  • Greater upper body and rotational demands. Striking, hooking, blocking, and aerial contests all require upper body and core strength that football doesn’t demand to the same degree.
  • More contact and collision. Injury rates in hurling match-play (76.7 per 1,000 hours) are higher than Gaelic football (51-61 per 1,000 hours). Contested aerial duels and shoulder-to-shoulder challenges are constant.

The bottom line: hurling rewards explosive, short-range speed and the ability to repeat it. A programme built purely on aerobic capacity and heavy squats misses the point.

What the Injury Data Tells Us

Before designing a programme, you need to understand what breaks down and why.

Key injury findings (Blake et al., 2011; Murphy et al., 2012; O’Malley et al., 2014):

  • Muscle injuries are the most common type (42% of all injuries)
  • Hamstrings are the most frequent site (16.5 - 23.6%)
  • Lower limb injuries account for 68 - 70% of all injuries
  • Sprinting is the most common mechanism of injury (24.5%)
  • Direct contact accounts for 38.6% of injuries
  • Match-play injury rate is 19 times higher than training (76.7 vs. 3.87 per 1,000 hours)
  • Median time loss: 12 days per injury

Two things jump out. First, hamstrings are the biggest soft-tissue risk, and sprinting is the primary mechanism. Second, the match-play injury rate dwarfs the training injury rate - meaning players are underprepared for what matches actually demand.

The research is clear: well-developed lower-body strength, repeated-sprint ability, and speed are associated with better tolerance to higher workloads and reduced risk of injury in hurling (Malone et al., 2019). Inadequate conditioning is a predisposing factor.

Programming Principles for Hurling

At O’Hanlon Performance, our programming approach is built on one central principle: the goal is not to get strong. The goal is to get fast. Strength is a tool in service of speed, not an end in itself.

Every programme I write for hurlers is built around three pillars - speed, strength, and durability. Here’s how those principles apply to hurling specifically.

1. Sprint Training is Non-Negotiable

The best way to prepare for the sprint demands of hurling is to sprint. That sounds obvious, but most club hurlers don’t include any structured sprint work in their training.

The research shows hurlers perform around 22 sprints per match, with one acceleration every 22 seconds. The majority of these are short - 5 to 20 metres. Your programme needs to reflect that.

What this looks like:

  • Short acceleration work (10-30m) at 95-100% effort
  • Flying sprints (10-15m builds) for top-end speed maintenance
  • Always done when fresh - before gym work, never after

Speed should be trained as a skill, regularly, year-round. Not tested once in pre-season and then forgotten.

2. Get Strong Enough, Not As Strong As Possible

There’s a point of diminishing returns with maximal strength. For most field sport athletes, a parallel squat of around 1.5x bodyweight is adequate. Beyond that, the transfer to speed diminishes and the recovery cost increases.

The problem with chasing strength numbers is that it eats into recovery, adds unnecessary muscle mass, and can actually interfere with the coordination patterns that make you fast. Strength serves speed. When it stops serving speed, it becomes a competing adaptation.

What this looks like for hurlers:

  • Trap bar deadlift as a primary strength movement - simple, safe, effective, and mimics the concentric drive of acceleration
  • Single leg work is essential, not optional. Split squats, skater squats, single leg deadlifts. Start with single leg work and progress to bilateral, not the other way around
  • Periodise squat depth: deep squats in pre-season for general development, shift to partial squats and more dynamic work as championship approaches

3. Train the Posterior Chain for Sprint Speed

The hamstring is the most commonly injured muscle in hurling, and sprinting is the most common mechanism. The posterior chain - glutes, hamstrings, and the entire connective tissue system from foot to hip - needs specific attention.

The progression we use:

  1. Bilateral hip thrust - builds basic glute motor recruitment
  2. 45-degree back extension - research shows it elicits 122% of maximal voluntary contraction in the glutes, actually higher than the hip thrust
  3. Nordic hamstring curls - essential for injury prevention and speed performance. The joint torques closely resemble what happens during the swing phase of sprinting. Train with varying foot positions to target all portions of the hamstring
  4. Oscillatory isometric split squat - arguably the single best weight room exercise for speed. It trains the static-spring and relaxation abilities of hip extensors and flexors in a position directly relevant to sprinting

These aren’t random exercises thrown into a circuit. They’re sequenced in a progression that builds from general to specific across the training year.

This is exactly what our Speed & Strength programmes are built around. Every programme includes structured posterior chain work, sprint mechanics, and injury prevention - designed for the GAA season and delivered through the Everfit app. See coaching options.

4. Plyometrics Build the Elastic System That Drives Speed

Speed is largely elastic in nature. The fascial system - tendons, connective tissue, the entire spring mechanism from foot to hip - is a primary driver of high-speed movement. Plyometrics train that system.

Key plyometric priorities for hurlers:

  • Pogo hops are the gateway exercise. Build foot and ankle pretension before progressing to anything more complex. Done barefoot for best effect
  • Bounding has the closest relationship to sprint speed of any plyometric exercise. Combine short bounds (for acceleration) with long bounds (for max velocity). The combination is superior to either alone
  • Drop jumps are the most powerful motor recruitment tool available. Focus on minimal ground contact time (under 0.22 seconds). Quality over quantity
  • Hurdle hops and lateral barrier hops build reactive power and frontal plane forces - directly relevant to the direction changes and evasion patterns in hurling

The key with plyometrics: volume must be moderate. A 2-day performance slump after high-intensity plyometrics is normal as the fascia remodels. More is not better. Leave athletes wanting more.

5. Programme Design: Pick Two, Forget the Fluff

The biggest programming error for club hurlers is trying to do everything in every session. A bit of sprinting, a bit of lifting, a bit of conditioning, a bit of core, a bit of mobility - and none of it done with enough intent or quality to drive adaptation.

The principle is simple: pick two elements per session. A primary emphasis and a complementary secondary theme. That’s it.

Example session structures for hurling:

PrimarySecondary
Acceleration (6x20m)Trap bar deadlift (4x4)
Bounding (3x30m)Nordic hamstrings + split squats
Flying sprints (4x10m fly)Hurdle hops (3x5)
Isometric split squatsShort acceleration (4x15m)

Every session should have a clear purpose. If you can’t explain the primary goal of the session in one sentence, it’s too complicated.

6. Periodise Around the Hurling Season

The GAA calendar creates specific demands. Pre-season, league, and championship each require different training emphases. The principle: contrast strength and speed periods rather than lifting heavy year-round.

Pre-season (November - February):

  • Build general strength base (deep squats, deadlifts, single leg work)
  • Develop aerobic capacity and repeated-sprint ability
  • Introduce sprint mechanics and acceleration work
  • Higher volume plyometrics (bounding, multi-jumps)
  • Start simple, build the base

League phase (February - April):

  • Shift from general to specific strength (partial squats, isometric work, trap bar)
  • Increase sprint training intensity and frequency
  • Reduce gym volume, increase speed quality
  • Maintain plyometric work at lower volume

Championship (May - August):

  • Minimal gym work - simple, low-complexity, high-intent (partial squats, overcoming isometrics)
  • Speed and plyometric potentiation is the priority
  • Maintain strength, don’t build it
  • The weight room complements field sessions, never competes with them

Off-season (September - October):

  • Active recovery, address any niggles
  • Light movement work, barefoot training, general fitness
  • Mental break from structured programming

What This Means for Club Hurlers

You don’t need to be an inter-county player to benefit from structured S&C. The demands are scaled, but the principles are the same. If you’re playing club hurling and training in the gym without a plan, you’re likely:

  • Spending too much time on exercises that don’t transfer to the pitch
  • Not sprinting enough (or at all) outside of hurling training
  • Overloading the gym and underloading speed and power work
  • Missing the posterior chain work that prevents hamstring injuries
  • Doing the same programme for months without periodisation

The research is clear. Well-developed lower-body strength, repeated-sprint ability, and speed reduce injury risk and improve match performance. The question isn’t whether you should be doing S&C. It’s whether your S&C actually matches what hurling demands.

If you want a programme built around these principles - structured speed work, evidence-based strength training, and injury prevention designed by a chartered physiotherapist - check out our coaching options. Every programme is built around the GAA season and delivered through the Everfit app. No guesswork. No generic templates. Just structured training that transfers to the pitch.

Start training with structure

Frequently Asked Questions

How far do hurlers run in a match? Elite inter-county hurlers cover between 7,500 and 7,800 metres per match, with midfielders covering the most (up to 8,999m). Of that total, approximately 1,134m is at high speed (>17 km/h) and 319-415m is at sprint speed (>22 km/h).

What are the most common injuries in hurling? Muscle injuries account for 42% of all hurling injuries, with hamstrings being the most frequently injured site (16.5-23.6% of injuries). Lower limb injuries make up 68-70% of all injuries. Sprinting is the most common mechanism (24.5%), followed by direct player contact (38.6%).

How many sprints do hurlers do in a match? Elite hurlers perform approximately 22 sprints and 189 accelerations per match. That works out to roughly one acceleration every 22 seconds of match time. The majority of these are short-range efforts over 5-20 metres.

Is hurling more physically demanding than Gaelic football? The demands are different rather than more or less. Hurling has 39% less high-speed running than Gaelic football but a higher injury rate (76.7 vs 51-61 per 1,000 match hours). Hurling involves more short-range sprints, more frequent accelerations, and greater upper body and rotational demands from striking, hooking, and aerial contests.

What strength training should hurlers do? Hurlers should focus on posterior chain strength (hip thrusts, Nordic hamstring curls, back extensions), single leg work (split squats, skater squats), and compound movements like trap bar deadlifts. A parallel squat of around 1.5x bodyweight is adequate for most field sport athletes. Training should be periodised around the GAA season, with strength work reducing in volume as championship approaches.

How often should hurlers sprint train? Sprint training should be included year-round in some form. Short acceleration work (10-30m) and flying sprints should be done when fresh - before gym work, never after. For club hurlers training 2-3 times per week in the gym, at least one session should include structured sprint work.

References

  • Collins, K., Reilly, T., Malone, S., Keane, J., & Doran, D. (2022). Science and Hurling: A Review. Sports, 10, 118.
  • Collins, D.K., McRobert, A., Morton, J.P., O’Sullivan, D., & Doran, D.A. (2018). The Work-Rate of Elite Hurling Match-Play. J. Strength Cond. Res., 32, 805-811.
  • Young, D., Malone, S., Beato, M., Mourot, L., & Coratella, G. (2019). Match-Play Temporal and Position-Specific Physical and Physiological Demands of Senior Hurlers. J. Strength Cond. Res., 34, 1759-1768.
  • Young, D., Coratella, G., Malone, S., Collins, K., Mourot, L., Beato, M. (2019). The match-play sprint performance of elite senior hurlers during competitive games. PLoS ONE, 14, e0215156.
  • Egan, B., Young, D., Collins, K., Malone, S., & Coratella, G. (2021). The Between-Competition Running Demands of Elite Hurling Match-Play. Sports, 9, 145.
  • Blake, C., Murphy, J.C., Gissane, C., & O’Malley, E. (2011). A prospective study of injury in elite Gaelic games. Br. J. Sports Med., 45, 337.
  • Murphy, J.C., Gissane, C., & Blake, C. (2012). Injury in elite county-level hurling: A prospective study. Br. J. Sports Med., 46, 138-142.
  • O’Malley, E., Murphy, J., Gissane, C., & Blake, C. (2014). Epidemiology of lower limb injury in Gaelic football and hurling. Br. J. Sports Med., 48, 646.
  • Malone, S., Hughes, B., Doran, D.A., Collins, K., & Gabbett, T.J. (2019). Can the workload-injury relationship be moderated by improved strength, speed and repeated-sprint qualities? J. Sci. Med. Sport, 22, 29-34.