How to increase your explosiveness – training and supplements that actually work

Explosiveness is the difference between a good athlete and a truly great one. Whether you play soccer, do CrossFit, practice martial arts, or want to lift heavier – the ability to generate force quickly is critical to your performance. The good news? Explosiveness is trainable. And with the right supplements, you can significantly accelerate your results.

In this guide, we walk you through the science behind explosiveness, the most effective training methods, and which supplements actually make a difference – based on research, not marketing.

What is explosiveness, really?

Explosiveness is about producing maximum force in the shortest possible time – what we call rate of force development (RFD). It is a combination of muscular strength, neuromuscular coordination, and speed. The better your body is at recruiting muscle fibers quickly, the more explosive you become.

Muscles consist of different fiber types:

• Type I (slow-twitch fibers): Enduring but slow. Dominant in aerobic exercise and low-intensity activity.
• Type IIa (fast-twitch fibers): A mix of strength and endurance. Activated at moderate to high intensity.
• Type IIx (super-fast-twitch fibers): Maximally explosive but fatigue quickly. Activated at maximum effort – sprints, jumps, heavy lifts.

Explosive training aims to recruit and develop type II fibers, as well as improve the neural signaling that controls how quickly and effectively these fibers are activated.

Neuromuscular adaptation – the key often forgotten

Many believe that explosiveness is solely about muscle mass. However, research clearly shows that the neural component – how quickly and synchronously the nervous system can activate muscles – is at least as important.

Training for explosiveness improves:

• Motor unit recruitment: More muscle fibers are activated simultaneously
• Synchronization: Fibers are activated in a more coordinated manner
• Impulse velocity: Nerve signals are sent faster
• Reduced inhibition: The body's built-in brakes (Golgi tendon organs) reduce their inhibitory effect

This is why experienced athletes can generate more force than beginners despite similar muscle mass – their nervous systems are better trained.

Training methods that build explosiveness

1. Plyometric training

Plyometrics utilize the stretch-shortening cycle (SSC) – the body's ability to store elastic energy in muscles and tendons and then release it explosively. It is the same principle that makes a spring effective.

Effective plyometric exercises:

• Box jumps: Jump onto a box, focusing on rapid takeoff from the ground
• Broad jumps: Horizontal jump to train forward force
• Depth jumps (drop jumps): Step off a box and jump immediately upon landing – trains reactive strength
• Bounding: Long, powerful steps that simulate sprinting mechanics
• Medicine ball throws: Rotational and linear force transfer

Programming: 3–4 sets of 4–6 reps with 2–3 minutes of rest between sets. Plyometrics require full recovery to be effective – half-hearted rest yields half-hearted results.

2. Heavy strength training with explosive intention

Paradoxically, one of the best ways to become explosive is to lift heavy. Studies show that strength training at 80–90% of 1RM with the intention of moving the bar as fast as possible produces powerful neural adaptations.

The concept is called compensatory acceleration training (CAT) and means you accelerate through the entire concentric phase of the movement – not just at the start. This recruits maximum type II fibers and trains the nervous system to send strong, fast signals.

Key exercises:

• Squats: Fundamental for leg power and explosive takeoff
• Deadlifts: Trains the entire posterior chain – hips, hamstrings, back
• Bench press: Upper body strength and explosive pressing
• Cleans and jerks: Olympic lifts that train total force transfer

3. Ballistic training

Ballistic training involves accelerating an object (or your body) through the full range of motion without braking at the end. Unlike traditional strength training, where you naturally brake at the end of the movement, ballistic training forces you to produce force all the way through.

Examples:

• Kettlebell swings: Train hip extension explosively – directly transferable to sprinting and jumping
• Medicine ball throws against a wall: Rotational and linear force
• Jump squats with light weight: Combines strength and plyometrics
• Olympic lifts: Cleans and jerks are the ultimate ballistic exercises

4. Sprint training

Sprinting is explosiveness in its purest form. Short, maximal sprints of 10–40 meters with long rest (1:6 ratio, i.e., 10 seconds of sprinting = 60 seconds of rest) are one of the most effective ways to build explosive speed and improve neuromuscular coordination.

Sprint protocol:

• Acceleration sprints: 10–20 meters from a standstill – trains starting explosiveness
• Flying sprints: 20–30 meters with a running start – trains top speed
• Hill sprints: Running uphill reduces injury risk and increases force requirements

Perform 6–10 reps, 2–3 times per week. Prioritize quality – every sprint must be maximal.

5. Contrast training – the best of both worlds

Contrast training combines heavy strength training with plyometrics in the same session. Research shows that a heavy lift (e.g., squats at 85% of 1RM) activates the nervous system in a way that temporarily improves explosive power – a phenomenon called post-activation potentiation (PAP).

Examples of contrast pairs:

• Squats 85% × 3 reps → Box jumps × 5 reps (3 min rest)
• Deadlifts 80% × 3 reps → Broad jumps × 4 reps (3 min rest)
• Bench press 85% × 3 reps → Medicine ball throws × 5 reps (3 min rest)

Periodization for explosiveness

Explosiveness is not built in a week. A well-structured periodization is crucial for long-term success:

• Phase 1 – Base strength (4–6 weeks): Build muscle strength with volume-oriented training (70–80% 1RM, 3–5 sets × 6–10 reps)
• Phase 2 – Max strength (3–4 weeks): Increase intensity (85–95% 1RM, 4–6 sets × 1–4 reps)
• Phase 3 – Explosiveness (3–4 weeks): Plyometrics, ballistic training, and contrast training dominate
• Phase 4 – Peaking (1–2 weeks): Reduced volume, maintained intensity before competition or testing

Supplements that actually make a difference

Training lays the foundation – but the right supplements can give you the extra percentage that separates you from the competition. Here is what research actually supports.

Pre-workout and focus – AmpitUP Stim & Nootropic

To perform maximally during explosive sessions, you need both physical power and mental sharpness. AmpitUP – Stim & Nootropic is formulated for exactly this – with caffeine and nootropic ingredients that support focus, reaction speed, and power.

Caffeine is one of the most well-studied ergogenic aids. It blocks adenosine receptors in the brain, which reduces perceived fatigue and improves neuromuscular activation. Studies consistently show improvements in explosive power, reaction time, and endurance.

Read more about how the ingredient Zynamite® – a patented mango extract – contributes to mental and physical performance without the classic caffeine crash.

Caffeine dosage: 3–6 mg per kg of body weight, 30–60 minutes before exercise.

Intra-workout – keep the pace up throughout the session

During repeated explosive efforts – such as intervals, team sports, or CrossFit – it is crucial to keep energy levels stable throughout the session. Glycogen depletion and dehydration are the most common reasons why performance drops towards the end of a workout.

Intra & Post Stack is designed to support performance and recovery during and after training with fast-acting carbohydrates, electrolytes, and amino acids.

Read our in-depth guide: Intra-workout nutrition – what the body really needs during a session and Intra-workout nutrition – is it really necessary?

Creatine – the scientific gold for explosiveness

Creatine monohydrate is the most well-studied supplement for explosive performance, with over 500 clinical studies behind it. It increases stores of phosphocreatine (PCr) in the muscles, which directly improves the ability to regenerate ATP – the body's primary energy currency – during short, intense efforts.

Effects documented in research:

• Increased max strength (5–15%)
• Improved explosive power during repeated sprints
• Faster recovery between sets
• Increased muscle mass over time

Dosage: 3–5 g daily. No loading phase required – steady state is reached within 3–4 weeks. Take it consistently, regardless of training days.

Post-workout – build and repair for the next session

Explosive training breaks down muscle tissue. Without sufficient protein intake, you cannot repair and build stronger muscles for the next session. Research recommends 1.6–2.2 g of protein per kg of body weight per day for athletes with high training loads.

Post Workout Stack contains what you need for optimal recovery immediately after your session. Supplement with our guide: How much protein do you actually need?

Timing matters: consume protein within 30–60 minutes after exercise for maximal muscle protein synthesis.

Recovery and inflammation – CurcuUP

Hard explosive training creates oxidative stress and inflammation in the muscles. A certain degree of inflammation is necessary for adaptation – but chronic inflammation hinders recovery and increases injury risk.

CurcuUP – Anti Inflammation with the patented ingredient CurcuPrime® delivers curcumin with superior bioavailability compared to regular curcumin. Curcumin is one of the most studied natural anti-inflammatory substances and can help the body manage exercise-induced inflammation and recover faster.

Sleep – the most underestimated performance factor

Explosiveness is not built during training – it is built during sleep. During deep sleep, growth hormone is released, muscles are repaired, and the nervous system consolidates the motor patterns you practiced during the day.

Research shows that sleep deprivation of just one night can reduce reaction time, coordination, and explosive power by up to 10–20%. RestUP – Night Time Formula supports deep, restorative sleep with ingredients like magnesium, ashwagandha, and melatonin – so you wake up ready to perform again.

Stress management and cortisol control

Chronic stress and elevated cortisol levels are one of the most underestimated inhibitors of explosive performance. Cortisol breaks down muscle tissue, impairs recovery, and negatively affects sleep quality.

EaseUP – Stress Management with ashwagandha (Withania somnifera) is clinically studied for its ability to lower cortisol levels and improve stress resistance. Read more about Ashwagandha and how it can support your training and recovery.

Complete weekly plan for explosiveness

Common mistakes that hold back your explosiveness development

• Too little rest between sets: Explosive training requires full neural recovery. 2–3 minutes is the minimum.
• Ignoring technique: Poor technique during plyometrics dramatically increases injury risk. Build up gradually.
• Neglecting the strength base: Without sufficient base strength, plyometrics have limited effect.
• Training explosiveness while tired: Best performed at the beginning of the session when the nervous system is fresh.
• Forgetting recovery: Explosiveness is built during rest, not during training.

Read more in our training and nutrition series

• Carbohydrates and training – when, how much, and which types?
• Meal planning for training – breakfast, pre & post workout
• Calories and energy balance – how to calculate correctly
• Skytrition's patented ingredients – complete guide
• How much protein do you actually need?

Summary

Explosiveness is a trainable attribute that requires a systematic approach: the right training methods (plyometrics, heavy strength, ballistic training, sprints, and contrast training), well-structured periodization, and the right nutritional support.

With Skytrition's products – from AmpitUP for pre-workout focus to RestUP for optimal sleep – you have the tools to maximize every workout and build the explosiveness that takes your performance to the next level.

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