how to improve speed for rugby league
How to Improve Speed for Rugby League: The Performance Coach’s Framework
Speed in rugby league isn’t a single quality. It’s the explosive first step that separates a running back from their marker. It’s the sustained pace that keeps defenders at full extension for 60 minutes. It’s the ability to accelerate into space before that space closes. Most rugby league players train hard in the weights room and assume speed will follow. We’ve learned that’s not how it works.
We at Acceleration Australia have spent 25 years helping rugby league athletes—from junior representatives through to NRL professionals—develop the specific speed qualities that translate to the field. We’ve worked with Brisbane Broncos, North Queensland Cowboys, St George Illawarra, and Newcastle Knights, and what we’ve discovered is that speed in rugby league is built through systematic development, not accident.
Here’s what separates the genuinely quick rugby league players from those who look quick: they understand that speed for rugby league isn’t just running fast in a straight line. It’s acceleration mechanics, first-step explosiveness, sustained pace across full-contact football, and the ability to maintain speed while changing direction under pressure. Each of these requires specific, progressive training.
The Three Types of Speed Rugby League Demands
Rugby league speed isn’t monolithic. The sport demands three distinct speed qualities, and most rugby league athletes overdevelop one while neglecting the others.
Acceleration speed is the explosive power needed in the first 5–10 metres. This is what separates a halfback from their defending opposite. This is what allows a centre to create separation on the ball. This is what gives a prop enough momentum to hit the ruck effectively. Acceleration speed is built through neural power development—teaching your nervous system to recruit maximum muscle force in minimal time.
We test acceleration speed with a 20-metre sprint, specifically measuring the first five metres. The difference between an athlete quick off the mark and one who needs a stride or two to reach top speed is measurable and trainable. We’ve seen rugby league players at all levels improve their first-step quickness through specific resisted acceleration work, plyometric jumping drills, and technical sprint coaching. This quality is non-negotiable for rugby league.
Maximum velocity speed is how fast you can actually run once you’re up to speed. This is your top-end speed—the pace you hit when you’ve got space and a few steps to build momentum. Maximum velocity matters because it determines your ceiling for breaking the line or running down an opponent in pursuit. But here’s the nuance: maximum velocity speed is less trainable than acceleration. Your genetic muscle fibre composition has a ceiling. What you can change is how quickly you reach that ceiling and how long you maintain it.
We’ve worked with rugby league athletes who’ve gained a step or two in their top-end speed through sprint mechanics coaching and specific speed-endurance work. But the real gains come from improving their acceleration speed—because quicker acceleration means you reach your maximum velocity sooner, giving you a bigger edge in a contact sport where space and timing matter more than pure straight-line speed.
Speed endurance and repeated-sprint ability is where rugby league speed really lives. A player can be quick off the mark in isolation, but rugby league is 80 minutes of repeated efforts—scoring tries in the first minute then defending without fatigue in the 70th. Speed endurance is the ability to maintain your speed output across repeated sprints with minimal recovery.
This is where we see the biggest training effect. Most rugby league athletes don’t specifically train speed endurance. They run, they lift, they play. They don’t systematically develop the capacity to repeat maximal sprints while fatigued. This is trainable, and we’ve seen dramatic improvements in rugby league athletes’ ability to maintain pace late in games after structured speed-endurance training.
Building Your Acceleration Mechanics
Acceleration is the foundation of rugby league speed. You can’t improve what you don’t understand, so let’s get specific about how acceleration actually works.
Elite acceleration in rugby league has a few non-negotiable elements. First is body angle. Your centre of gravity needs to stay low and lean forward during the first few steps. This isn’t sprinting like a track athlete—rugby league acceleration happens while you’re scanning the field, reading the defence, positioning the ball. But mechanically, that forward lean and low centre of gravity are what make those first steps explosive.
Second is ground force production. Speed comes from how hard you push into the ground, not from how fast your legs move. This is why strength training matters for speed. Stronger legs produce more ground force. Faster ground force production means faster acceleration. We see rugby league players improve their first-step speed through deliberate strength work—specifically heavy back squats, front squats, and single-leg work. These build the raw force production that drives acceleration.
Third is stride frequency and length balance. Early acceleration happens through increased stride frequency—your legs moving faster—more than through longer strides. But as you accelerate, stride length gradually increases. Most rugby league athletes have no idea whether their stride pattern is efficient. We film sprints, analyse body angles, measure stride length and frequency, then coach technical correction.
Here’s what we’ve learned: technical coaching combined with targeted strength work produces measurable acceleration improvements. A rugby league player who’s struggled with their first-step quickness might work on body angle correction (video analysis and deliberate practice), add resisted acceleration work (sled pushes, harness sprints, weighted vests), and increase their lower-body force production (heavy squats, single-leg work). Over 4–6 weeks, their 20-metre sprint time—particularly the first five metres—improves measurably.
The Speed-Building Block: Acceleration Development
We structure speed development for rugby league through what we call the acceleration development block. This is typically 4–6 weeks of focused training emphasizing the qualities that build faster acceleration.
The block includes several specific training components. Plyometric work—explosive jumping and bounding—trains your nervous system to recruit muscle quickly. Medicine ball throws build explosive power through a different movement pattern. Sled work or resisted acceleration drills teach your muscles to produce force against resistance, building the power foundation for acceleration. Heavy compound strength work—squats, deadlifts, lunges—builds the absolute force production that underpins acceleration. Sprint mechanics coaching ensures that whatever strength you develop is applied efficiently.
This isn’t random training. It’s strategically sequenced. You start each session with an explosive activity when your nervous system is fresh—plyometrics or med ball work. You follow with either heavy strength work or resisted acceleration drills. You end with technical sprint work or agility drills at lower intensity.
We’ve seen this block produce measurable acceleration improvements. Rugby league players typically show faster 20-metre sprint times after 4–6 weeks of dedicated acceleration development. The improvements aren’t massive—maybe 0.1–0.2 seconds—but in rugby league, that’s the difference between a halfback getting to the line first or second, between a centre beating their defender or getting tackled one metre out.
The key is that this block needs to be strategic about when it happens. Pre-season is ideal. In-season, you maintain acceleration quality through lower volume of this work. Off-season, you can build acceleration alongside other physical development. But you need dedicated focus on acceleration work—not just general conditioning—if you want to improve how quickly you move in those critical first few metres.
Speed Endurance: Maintaining Pace Across 80 Minutes
Here’s where most rugby league training falls short. Players develop decent acceleration and decent top-end speed, but they can’t maintain that speed when they’re fatigued, when they’ve already run 40 minutes, when they’re defending their line for the fifth time in ten minutes.
Speed endurance is trainable, but it requires specific conditioning work that’s different from general aerobic fitness. You can be aerobically fit—able to jog slowly for extended periods—while being terrible at speed endurance. Speed endurance is the ability to produce maximal or near-maximal speed efforts repeatedly with minimal recovery.
We structure speed-endurance work through high-intensity interval training with short recovery periods. A typical session might include 6–8 repeated 30–40 metre sprints with 30–45 seconds’ recovery between efforts. The key is that recovery is minimal. You’re not fully recovered before the next sprint. Your body needs to produce speed while fatigued. This trains your energy systems to handle repeated maximal efforts.
Rugby league athletes often find this work challenging. It’s uncomfortable. You’re sprinting, breathing hard, recovering just enough to sprint again. But this is precisely what rugby league demands. That discomfort in training translates to maintaining pace in the 70th minute of a game when the intensity rises and space tightens.
We’ve worked with rugby league players who’ve trained general aerobic conditioning their whole careers but never done specific speed-endurance work. When we introduce it, they’re often surprised how difficult it is. But over 6–8 weeks of consistent speed-endurance training, we see them maintain their sprint times into the second half of games. Late-game fatigue still affects them, but it doesn’t affect their speed the way it used to.
Testing Creates Accountability: Measuring Your Speed Development
Most rugby league players never get formally tested for speed. They get faster through playing and training, which means they often can’t see how much they’ve actually improved. We approach this differently.
When we work with rugby league athletes at Acceleration Australia, we measure their speed development through consistent, objective testing. We use the 20-metre sprint as our primary speed measure. We time it with electronic timing gates for accuracy, and we break it into segments—the first five metres (acceleration), five to ten metres (continued acceleration), ten to 20 metres (maximum velocity). This shows us exactly where an athlete’s speed limitations are.
We also use the pro-shuttle to measure change-of-direction speed. Rugby league isn’t straight-line sprinting. It’s accelerating into space, then cutting back, or planting and changing direction under pressure. The pro-shuttle measures this. An athlete might have good straight-line speed but poor change-of-direction ability. The testing shows us what to prioritise.
Testing happens pre-training (establishing your baseline), then again after your acceleration development block, and periodically through the season. This creates accountability. You know whether you’re actually getting faster or whether you feel like you’re training hard but not improving.
We’ve seen this testing motivation be surprisingly powerful. A rugby league player might feel like they’re training hard, then get tested and see their acceleration hasn’t improved. That objective feedback changes their approach. Suddenly they understand that what they’ve been doing isn’t producing results. They commit more deliberately to the acceleration work. The next test shows improvement. That’s when real progress happens.
Position-Specific Speed Development for Rugby League
Speed needs for rugby league vary significantly by position. A halfback needs exceptional acceleration and change-of-direction speed. A fullback needs sustained speed and the ability to position themselves to cut off threats. A centre needs explosive acceleration to create separation. A forward needs to accelerate under load while maintaining body position.
Here’s how we adjust speed training by position.
Halves (halfbacks and five-eighths) need the fastest acceleration in the team. Your playmaking ability depends partly on creating separation quickly off the ruck. We emphasise plyometric work, resisted acceleration, and change-of-direction drills for halves. Heavy strength work still matters—raw power matters—but the emphasis tilts toward rapid-force development and agility.
Fullbacks need excellent sustained pace and the ability to accelerate into threats. Speed-endurance work becomes more important. You might not need the explosive first step a halfback needs, but you need to maintain high speed across 80 minutes while reading the game. We emphasise sustained sprint work and repeated-sprint conditioning for fullbacks.
Centres need explosive acceleration to beat defenders in space. First-step quickness is critical. We emphasise plyometrics, resisted acceleration, and heavy strength work for centres. Change-of-direction work matters, but the priority is creating that explosive separation in the first 5–10 metres.
Edges (second-row and centres on the wing) need good acceleration but also the ability to change direction laterally. Rugby league edges spend time defending wide then working infield. We emphasise lateral change-of-direction work, acceleration mechanics, and speed-endurance alongside position-specific conditioning.
Forwards (props, hookers, locks) need to accelerate under load while maintaining body position. This is different from a back accelerating with the ball in open space. Forward speed development emphasises absolute strength development—building maximum force production—alongside plyometric work. Speed mechanics shift slightly for forwards because body positioning and impact absorption matters more.
The point isn’t that forwards can’t be quick. It’s that the speed they develop is trained differently. We’ve worked with props who’ve improved their acceleration significantly once they understood that their speed limitation isn’t a fitness problem—it’s a strength and power problem that needs specific work.
Common Speed Training Mistakes in Rugby League
After 25 years coaching rugby league athletes, we’ve seen patterns repeat. Here are the mistakes that limit speed development.
The biggest mistake is training speed with no testing. Athletes run sprints, feel good, assume they’re getting faster, then never actually measure whether speed has improved. Without testing, you have no feedback. You can’t see whether your training is working. You can’t adjust your approach based on results. Testing creates accountability and shows you what’s working.
The second mistake is assuming strength training automatically produces speed. Strength matters for speed—you can’t produce acceleration without force production. But strength training without specific speed work doesn’t automatically make you quicker. We’ve seen incredibly strong rugby league players who move slowly because they never trained acceleration mechanics or explosive power. Strength is necessary but not sufficient. You need dedicated speed work.
The third mistake is neglecting acceleration training in favour of pure conditioning. Many rugby league training programs emphasise aerobic conditioning and game-simulating drills. These matter, but they don’t specifically develop acceleration speed. If you want faster acceleration, you need dedicated acceleration work. Pure conditioning develops work capacity. Speed development develops quickness. You need both.
The fourth mistake is ignoring change-of-direction speed. Rugby league happens in space with defenders closing. Straight-line speed matters, but change-of-direction speed matters more. An athlete with good straight-line speed but poor lateral agility gets caught by defenders who change angle faster. We emphasise change-of-direction drills, footwork patterns, and lateral plyometrics because these are where rugby league speed is actually expressed.
The fifth mistake is only training speed pre-season. Speed qualities fade quickly in-season without maintenance. A rugby league player might develop good acceleration pre-season, then play 20 rounds without dedicated speed work and lose that sharpness. In-season speed maintenance doesn’t require the volume of pre-season, but it’s necessary. One or two focused speed sessions per week during competition maintains the qualities you’ve built.
Your Speed Development Timeline
Speed development for rugby league takes time. Here’s what realistic improvement looks like.
Weeks 1–2 of dedicated speed work are baseline measurement and movement pattern learning. You’re establishing your current speed, your movement patterns, and your technical proficiency. You’ll do the work, but don’t expect major speed improvements yet. Your nervous system is learning.
Weeks 3–4 is where adaptation starts. Your body is responding to the stimulus. You might see small improvements in your 20-metre sprint time, particularly in the first five metres. Movement patterns are becoming more automatic. You’re not thinking about body angle anymore—you’re just sprinting faster.
Weeks 5–6 is where real improvements typically show. After 4–6 weeks of dedicated speed work, rugby league athletes typically show measurable 20-metre sprint time improvements. It’s not miraculous—maybe 0.15–0.25 seconds faster—but that’s meaningful in rugby league.
Weeks 7–8 and beyond is where you shift to maintenance and where speed-endurance becomes the focus. You’ve built faster acceleration. Now you train to maintain it while developing the speed-endurance needed across 80 minutes.
This timeline assumes consistent training. One or two sessions per week of speed work won’t produce the same results as three or four. The adaptation is dose-dependent. More consistent, focused speed work produces faster improvement.
Practical Speed Training Components for Rugby League
We’ve identified the training elements that consistently improve speed for rugby league athletes.
- Plyometric work: Jump drills, bounding, and reactive movements train your nervous system for explosive power. Include 2–3 times weekly, focusing on quality over quantity. Five explosive jumps done well beats ten tired jumps.
- Resisted acceleration drills: Sled pushes, harness sprints, and weighted vests teach your muscles to produce force. These build acceleration speed more reliably than unresisted sprinting alone. Include 1–2 times weekly during acceleration development blocks.
- Heavy strength work: Squats, deadlifts, and single-leg exercises build the force production that underpins speed. Stronger athletes are generally faster athletes. Heavy work (3–5 sets of 3–5 reps) 2–3 times weekly.
- Sprint mechanics coaching: Video analysis and deliberate technical practice correct inefficient movement patterns. This ensures whatever strength and power you develop translates to faster sprinting.
- Speed-endurance work: High-intensity interval training with 30–45 second recoveries trains your ability to maintain speed while fatigued. This is rugby league-specific conditioning that general aerobic work doesn’t provide.
- Change-of-direction drills: Cone work, lateral movement drills, and reactive agility exercises train the multi-directional speed that rugby league demands.
- Recovery and mobility: Static stretching, dynamic warm-ups, and flexibility work support speed development. A stiff athlete moves slower than a mobile athlete.
How We Approach Speed Development at Acceleration Australia
At Acceleration Australia, our approach to rugby league speed development is built on 25 years of testing and training rugby league athletes at all levels. We’ve worked with NRL clubs and junior representative teams, and what we’ve learned is that speed improvement for rugby league requires a framework, not just training volume.
When a rugby league athlete comes to us—whether they’re a 14-year-old junior representative or a professional defending their spot on a squad—they start with a Performance Testing Session. We measure their 20-metre sprint, their pro-shuttle time, their vertical jump, and their movement patterns. This testing creates a baseline. It shows us their specific speed limiters: are they slow to accelerate or do they lack top-end speed? Are they quick in a straight line but poor at change of direction?
From that testing data, we write a rugby league-specific speed development program. A player who needs acceleration work gets resisted drills, plyometrics, and heavy strength work emphasising lower-body power. A player who needs speed-endurance gets conditioning work structured differently. A player who needs change-of-direction work gets lateral drills and agility focus. Each program is individual because each athlete’s speed limitations are different.
We deliver this training at our Brisbane and Gold Coast centres in small groups—typically three athletes per coach—so you get individual program design alongside the competitive energy of group training. For rugby league athletes during competition season, we also offer online programs through AccelerWare. These sport-specific rugby league programs are built on our testing data from thousands of players. You get video demonstrations of every exercise, you can train when your schedule allows, and you maintain the speed development work that competition alone won’t provide.
We also run Rugby Academy programs during school terms—dedicated speed, strength, and conditioning sessions specifically designed for rugby league athletes. These term-based programs provide consistent, progressive development whether you’re 12 or 25 years old.
Building Your Speed Development Strategy
Here’s what we recommend for rugby league athletes serious about improving their speed.
- Get tested early: Establish your baseline speed. Know your specific limitations. Are you slow to accelerate or lacking top-end speed? Do you maintain pace late in games? Testing creates accountability and shows you what to prioritise.
- Dedicate 4–6 weeks to focused acceleration development: Don’t try to improve everything simultaneously. Run an acceleration block where that’s your primary focus. Use specific drills and strength work designed to improve first-step quickness. Test again after six weeks to confirm improvement.
- Train speed 2–3 times weekly during focused blocks: One or two sessions per week won’t produce significant improvement. You need consistent stimulus. During pre-season, 3–4 speed-focused sessions per week works. During competition, maintain 1–2 sessions weekly.
- Include speed-endurance work during season: General conditioning develops work capacity but not speed endurance. Specific high-intensity interval work maintains your ability to produce speed across 80 minutes.
- Prioritise movement quality: In-season, one quality sprint session beats five mediocre sessions. As fatigue accumulates, focus on technique and explosive effort rather than high volume.
Start Your Speed Development This Week
Speed in rugby league is the difference between a half-second advantage and being tackled one metre out. It’s the difference between scoring in open space and defending your line. It’s trainable. We’ve proven it across thousands of rugby league athletes at all levels.
Here at Acceleration Australia, we’ve spent 25 years building the framework for rugby league speed development. We know that testing creates accountability. We know that individual program design beats generic training. We know that dedicated speed work produces faster improvement than hoping that general conditioning will build quickness.
Whether you’re training at our Brisbane Central, Brisbane East, Brisbane South, Brisbane North, or Gold Coast locations, or you’re accessing our rugby league programs online through AccelerWare, we’re ready to help you improve your speed. Our coaches hold degrees in Sports Science and Exercise Physiology, they’re accredited with the Australian Strength and Conditioning Association, and they’ve worked with rugby league players from junior representative level through to NRL professional competition.
The question isn’t whether speed for rugby league is important. Every rugby league coach will tell you that. The question is whether you’re going to train speed deliberately, measure your progress, and commit to the work that produces genuine improvement. That’s how you get faster.
Get tested. Get a program. Train consistently. That’s how rugby league speed develops.
