Speed and Agility Training

Overview

Speed is trained by moving fast. Agility is trained by changing direction under control, and increasingly under some form of reaction.

Neither is trained well by tired repetitions of a ladder drill at the end of a session, which is what most amateur agility work amounts to.

Quick Answer

Sprint speed improves through short maximal sprints with full recovery, supported by heavy lower body strength work and plyometrics. Agility improves through deceleration training and reactive change of direction drills, not through pre-planned footwork ladders.

Key Points

To sprint fast you have to sprint fast, when fresh.
Full recovery between sprint reps is the whole point.
Deceleration is the limiting factor in most change of direction.
Ladder drills train coordination, not agility.
Strength underpins both, because force into the ground is what moves you.

Training maximum speed

Variable	Guideline
Distance	10 to 40 metres
Intensity	95 to 100 percent
Recovery	2 to 4 minutes between reps
Total volume	150 to 400 metres of sprinting
Placement	Start of the session, fully warm

Sprinting at 85 percent with 30 seconds rest is conditioning. Useful, but it does not make you faster. Maximum speed work needs full recovery, or you are practising running while tired.

Acceleration versus top speed

Phase	Distance	What it looks like
Acceleration	0 to 20m	Forward lean, long push, pistoning arms
Transition	20 to 30m	Gradually rising to upright
Top speed	30m plus	Upright, tall, striking down and back

Most field sport athletes rarely exceed 30 metres in a straight line, so acceleration is the higher priority. Sled pushes, hill sprints and resisted starts all serve it well.

Change of direction

The bottleneck is almost always braking. You cannot cut hard from a speed you cannot stop from.

Element	Drill
Deceleration	Sprint and stop over 10m, controlled landing
Lateral braking	Shuffle and stick, single leg landing
Re-acceleration	Cut and drive out, timed
Reactive	Mirror drills, react to a partner or signal

Progress in that order. Pre-planned drills teach mechanics; reactive drills teach the sport skill.

Plyometrics

Plyometrics build the elastic quality that lets you use ground contact efficiently.

Level	Exercise	Volume
Entry	Pogo hops, drop and stick	40 to 60 contacts
Intermediate	Box jumps, bounds, hurdle hops	60 to 100 contacts
Advanced	Depth jumps, single leg bounds	80 to 120 contacts

Count contacts, keep quality high, and stop the moment landings get sloppy. Plyometrics done tired are just impact.

Where ladders fit

Agility ladders develop foot coordination and are a perfectly reasonable warm up. They do not improve sprint speed or genuine change of direction ability, because the forces involved are far too low.

Use them for what they are. Do not build a speed programme on them.

Common Mistakes

Mistake	Why it causes problems	Better approach
Sprints at the end of a session	Too tired to sprint fast	Sprint first, when fresh
Short rests between sprints	Turns speed work into conditioning	2 to 4 minutes between reps
Only pre-planned drills	Sport requires reacting	Add reactive drills
No deceleration training	The actual limiting factor	Train braking deliberately
High plyometric volume too early	Joint and tendon overload	Build contacts gradually

Frequently Asked Questions

How often should I train speed?

Two sessions a week is plenty, on non-consecutive days, placed when you are fresh.

Do agility ladders make you faster?

No. They improve foot coordination and make a decent warm up, but they do not develop the force production that speed requires.

Should I lift and sprint on the same day?

Yes, and sprint first. Speed work needs a fresh nervous system; lifting can be done fatigued far more successfully than sprinting can.

How long before I see improvement?

Technical improvements in acceleration can appear within a few weeks. Meaningful top speed changes usually take a training block of eight to twelve weeks alongside strength work.