True Plyometric Training: Jump Progressions for Power
In last week’s blog, we introduced a 2-foot jump progression designed to build the foundation for safe, effective plyometric training.
Those foundational jumps focused on:
- Landing mechanics
- Lower-body strength and joint stability
- Knee alignment and hip control
- Body awareness and coordination
If you practiced those movements correctly, you were learning to:
- Land softly on the balls of your feet
- Maintain even weight distribution
- Prevent knees from collapsing inward
- Stabilize through the glutes and outer hips
- Use your arms to drive height and control landing
These skills are non-negotiable prerequisites before beginning true plyometric training.
What Is True Plyometric Training?
True plyometrics are not just jumps.
They are quick rebound movements that train the stretch-shortening cycle — the body’s ability to absorb force and rapidly reapply it.
The goal is minimal ground contact time while maintaining:
- Excellent alignment
- Strong core control
- Stable knee tracking
- Efficient ankle stiffness
At Performance Institute, we only introduce true plyometrics once athletes demonstrate proper landing mechanics and joint control.
Why Progress to True Plyometrics?
Once you’ve mastered foundational jump training, progressing to plyometric exercises provides powerful benefits:
1. Athletic Development
- Faster force production
- Improved speed and agility
- Better reactivity
2. Power Development
- Enhanced use of the stretch-shortening cycle
- Improved explosive performance
3. Bone Density
High-rate loading is one of the most effective stimuli for improving bone health — especially important for female athletes and adults 40+.
4. Resilience & Longevity
True plyometric training teaches the nervous system to absorb and redirect force efficiently — reducing injury risk and improving durability.
Important Considerations Before Starting Plyometric Training
For Female Athletes (Especially Postpartum)
Plyometrics create significant demand on the pelvic floor and deep core system.
Before progressing:
- Learn to brace your core effectively
- Actively engage the pelvic floor during each rep
- Rebuild endurance if returning postpartum
Mild fatigue may be normal while rebuilding capacity. However, stop if pelvic floor fatigue increases or technique deteriorates.
For Athletes 40+
Prime your system before true plyometrics.
Perform 1–2 light sets of:
- Drop squats
- Hinge lifts
- Foundational jumps
This prepares joints, connective tissue, and stabilizers for higher-speed loading.
How to Use This True Plyometric Progression
- Choose the highest level you can perform with excellent control
- Perform 3 sets of prescribed reps
- Rest about 60 seconds between sets
(Include dynamic mobility or active release during rest)
Quality always comes before progression.
Stop a set when explosiveness drops off.
True Plyometric Jump Progressions
Progression 1 – Line Hops (Reactive Ground Contact)
A) Front–Back Hops
B) Side–Side Hops
2 total sets (alternate A and B)
Stand just in front of a line.
Brace the core. Engage the pelvic floor. Load onto the balls of your feet.
Jump quickly over the line with minimal travel distance.
20–40 reps or 20 seconds
Rest 1 minute actively before switching directions.
Key cue: Knees stay aligned — no inward collapse.
Progression 2 – Pogo Hops (Ankle Elasticity Training)
10–15 reps
Hands on hips.
Minimal knee bend.
Small, rhythmic jumps straight up.
- Stay active through the feet
- Strike the ground with the balls of the feet
- Pull toes up after contact
Pogo hops develop:
- Ankle stiffness
- Calf strength
- Achilles tendon elasticity
- Efficient running and jumping mechanics
Progression 3 – Forward Plyometric Cone Hops
Set up 5–6 cones close together.
3A – Elastic Knee + Ankle Version
- Slight knee bend allowed
- Focus on height + minimal ground contact
3B – Strict Pogo Version
- Minimal knee bend
- Driven primarily by the ankle complex
Hop forward over each cone, rebounding quickly.
Walk back.
Perform 2–3 sets.
Stop when speed or reactivity drops.
Progression 4 – Lateral Plyometric Cone Hops
4A – Elastic Knee + Ankle Version
- Slight knee bend
- Fast lateral rebound
4B – Strict Pogo Version
- Minimal knee bend
- Ankle-driven force
Perform 4 total sets.
Rest 1 minute actively.
Face both directions to train each side equally.
Progression 5 – Pogo Hops to Box
This combines reactive hops with controlled landing.
5A – Elastic Version
3 quick hops over small hurdles → explode onto a box → stick the landing.
5 reps
Rest 1 minute
5B – Strict Pogo Version
All three hops use minimal knee bend before exploding onto the box.
Progress by increasing box height — not by rushing contact.
Who Should Use This Plyometric Progression?
This training is ideal if:
- You are an athlete improving speed and power
- You are a female athlete wanting to reduce knee injury risk
- You are postpartum rebuilding athletic capacity
- You are 40+ wanting to maintain bone density and power
- You train at a gym and want structured plyometric coaching
Train Plyometrics the Right Way
True plyometric training is highly effective — but only when layered onto the right foundation.
At Performance Institute, we assess:
- Joint stability
- Landing mechanics
- Core and pelvic floor readiness
- Athletic goals
From there, we design a customized jump and plyometric progression that improves power without sacrificing joint health.
If you’re ready to train explosiveness safely and intelligently, book a movement assessment today at info@pitraining.ca
Build power.
Build resilience.
Build longevity.
Jumping is powerful. Progressions make it safe, effective, and sustainable.
Enjoyed this blog? Be sure to check out last week’s blog: 2-Foot Jumping Progressions: Foundational Jump Training for All Ages
and
Why Jumping Mechanics Matter for All Athletes to learn why landing mechanics are crucial—especially for young female athletes.
📩 Book an assessment with one of our professional coaches: info@pitraining.ca