Evidence on Speed Reading Training

Reading training covers different goals

A course may combine recognizing words, following a guided pace, learning vocabulary, answering questions and recalling information. These are related activities, but an improvement in one does not automatically establish an improvement in all the others. Start by asking what the exercise is intended to challenge.

A learner might become more accurate at recognizing a brief phrase. Another might remember definitions more reliably. A third might become better at deciding which sections of a document deserve close reading. These are worthwhile goals to investigate, even though none can be summarized adequately by one headline reading rate.

For an evaluation, name both the immediate skill and the intended use. “Better at this recognition task” is a narrower claim than “better at reading unfamiliar professional reports.” The wider claim needs a wider test.

Three questions: task, transfer and retention

1. 1. Task improvementDid performance change on the activity being trained?
2. 2. TransferDid that change help with different, relevant material?
3. 3. RetentionWas the benefit still present after time away?

Imagine someone who gets faster at a familiar word game. Repeating the same game may develop useful task knowledge, including its controls and answer patterns. To investigate broader reading, use new connected text and measure the understanding required. To investigate durability, repeat the relevant test later rather than only immediately after the session.

In a specialist perceptual-learning experiment, improvements were examined in defined letter-recognition and peripheral-reading conditions. That kind of result illustrates why trained tasks and transfer conditions must be described precisely. It is not evidence for every visual-reading claim. [1]

Keeping these three questions separate makes modest progress more informative. You can see what changed without either dismissing a useful task gain or exaggerating it into a universal ability.

What evidence is relevant to improving reading?

Reading research includes evidence about language learning, memory, attention and selective reading as well as commercial speed-reading claims. Choose the evidence that matches the proposed benefit.

Nakanishi’s synthesis of extensive reading in second-language learning included 34 studies and found benefits for reading proficiency in the evidence analyzed. It concerns reading substantial accessible material in those learning contexts, not a guaranteed rate increase from a particular exercise. [2]

Research reviews of learning techniques also distinguish approaches by the outcomes and conditions supporting them. Retrieval and distributed learning have a stronger basis for later learning than a claim that every sentence should simply be read faster. [3]

Our interpretation is to combine an engaging training activity with a relevant real-reading check. If vocabulary is the goal, use new sentences containing the words. If retention is the goal, explain the ideas after a delay. If efficiency is the goal, record the whole task and the quality of its outcome.

How to think about different exercise types

The table describes the intended task in a reading exercise and a useful separate check. It is a framework for evaluation, not a claim that each exercise has independently established transfer to every reading task.

A format can be enjoyable or motivating without that experience proving its broader effect. Explore a sample to understand the activity, then evaluate the outcome that matters to you.

What would a convincing study do?

A useful study should describe the participants, material, intervention and comparison clearly enough to understand what was tested. “A large improvement” is incomplete without knowing how the baseline was measured and whether both groups had the same opportunity to become familiar with the test.

• Use relevant outcomes: connected-text comprehension when that is the intended benefit, rather than only a display setting.
• Use unfamiliar test material: repeated passages can measure memory of the test as well as reading.
• Use a suitable comparison: ordinary reading, another activity or another credible intervention may answer different questions.
• Measure both pace and understanding: a speed increase with a different comprehension demand is difficult to interpret.
• Include a later test: an immediate result does not establish durability.
• Report variation: group averages, unsuccessful outcomes and uncertainty matter alongside standout examples.

Random allocation strengthens a causal comparison by reducing systematic group differences. It does not repair weak questions or an irrelevant outcome. The design has to match the claim at each step.

Why can reported gains look enormous?

A percentage is shaped by its starting point. Doubling a low initial score can look dramatic, while a learner beginning near the top of a short test has less room to improve. A particularly poor baseline may also be followed by a less unusual result even without a special intervention.

Other explanations include easier post-test passages, familiar questions, changed timing rules or counting the display rate rather than what was understood. These are possibilities to examine, not accusations about any result you have not inspected.

The major speed-reading review did not find evidence supporting dramatic rate increases with excellent comprehension maintained. It also separates that claim from useful skimming. [4]

Ask for the original measures: passage length, time, comprehension result and test conditions. If those are available, you can assess the result rather than accepting or rejecting a headline on instinct.

A practical evaluation you can run yourself

1. Choose one goal. For example, explain work reports accurately with fewer avoidable restarts.
2. Establish an ordinary baseline. Use several unfamiliar readings and record time plus relevant questions.
3. Try the routine consistently. Keep a simple record of what you actually did and note major changes in other reading.
4. Use fresh comparisons. Keep material and conditions as similar as practical.
5. Check later. If remembering matters, test that outcome after time away.
6. Review the pattern. Look for useful changes, repeated weaknesses and whether the activity suits you.

This is a personal progress check. It cannot establish the same causal conclusion as a well-designed trial. It can still help you decide what is worth continuing, especially when the outcome is defined in terms of a real task rather than a promised transformation.

Keep room for an activity that helps you engage with reading, while remaining precise about what you have measured. An honest description of a smaller benefit is more useful than an impressive claim that cannot be interpreted.

Sources for this page

These links lead to the original paper, publisher or author archive. For annotations and limitations, visit the research library.

1. Letter-recognition and reading speed in peripheral vision benefit from perceptual learningSusana Chung, Gordon Legge and Sing-hang Cheung (2004). Perceptual-learning experiment
2. A Meta-Analysis of Extensive Reading ResearchTakayuki Nakanishi (2015). Meta-analysis
3. Improving Students’ Learning With Effective Learning TechniquesJohn Dunlosky, Katherine Rawson, Elizabeth Marsh, Mitchell Nathan and Daniel Willingham (2013). Research review
4. So Much to Read, So Little Time: How Do We Read, and Can Speed Reading Help?Keith Rayner, Elizabeth Schotter, Michael Masson, Mary Potter and Rebecca Treiman (2016). Research review