Question

What is speed? Explain the methods to develop speed in detail.

Hint:

Speed training should always be done at the beginning of a session when the nervous system is fresh, never at the end when the athlete is fatigued.

Answer 1

Step 1: Understanding the Concept:
Speed is the ability to perform a movement or cover a distance in the shortest possible time. It is a product of reaction time, movement frequency, and acceleration.
Step 2: Methods to Develop Speed:
There are two primary training methods used:

1. Acceleration Runs: Procedure: Used to improve the ability to reach maximum speed from a stationary position. Execution: The athlete starts from a stationary position and sprints for 20-30 meters at 100% intensity. Rest: Sufficient rest (2-5 minutes) is given between repetitions to ensure the nervous system recovers.
2. Pace Races (Speed Endurance): Procedure: Used to maintain maximum speed for a longer duration. Execution: The athlete runs a distance (usually 10-20% more than their competitive distance) at a steady, high-speed pace (around 80-90% intensity). Example: An 800m runner practicing 1000m runs to build the "pace" required for the race.
Step 3: Factors Affecting Speed:
Muscle fiber composition (High percentage of White Fast Twitch fibers). Explosive strength. Technique and flexibility.
Step 4: Final Answer:
Speed is the rate of motion. It is developed using Acceleration Runs (for start-up speed) and Pace Races (for speed endurance).

Answer 2

Speed training methods can be understood by comparing what each method asks the body to do, and why that specific demand builds a particular aspect of speed.

Definition: Speed is the capacity to move the body, or a part of it, and cover a given distance in the least possible time, it combines how quickly a person reacts, how fast the limbs cycle, and how quickly the body accelerates.

Acceleration Runs, built around short, maximal effort:
The athlete starts completely still and explodes into a 20-30 metre sprint at full (100%) intensity.
Because the effort is so intense, a long recovery of 2-5 minutes is built in before the next repetition so the nervous system, which fatigues faster than the muscles during maximal sprints, can fully reset.
This trains the body's ability to generate maximum acceleration quickly from a dead stop, the "start-up" component of speed.

Pace Races, built around sustained, sub-maximal effort:
Instead of an all-out short burst, the athlete covers a distance roughly 10-20% longer than their actual race distance, at a controlled 80-90% intensity.
An 800m runner practising over 1000m, for example, is deliberately extending their comfort zone so that the true 800m pace feels more sustainable on race day.
This trains the ability to hold a high speed for longer, i.e. speed endurance, rather than just the initial burst.

So, while both methods raise running speed, Acceleration Runs sharpen the explosive start and Pace Races extend how long that speed can be held, together they cover both halves of what "speed" means in competition.