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Diagnostic Assessment

What's Your Visual Age?

Find out if your vision is aging faster than the rest of you.

We use this to calculate your chronological age.

This quiz is designed for adults aged 20–85

Where is vision frustrating you most right now?

Select all that apply — or skip if none.

🍽️ Reading menus in low light
📱 Checking texts on my phone
🔍 Seeing fine print on labels
🖥️ Working on a computer screen

Which of these have you found yourself doing?

Select all that apply — or skip if none.

👓
I bought multiple pairs of reading glasses One for the car, one for the nightstand…
🔠
I increased the font size on all my devices Bigger text feels like a lifeline
🙋
I rely on others to read small print for me "Can you read this label for me?"
📖
I've simply stopped reading as much as I used to It's just not worth the effort anymore

Do any of these sound familiar?

Select all that apply.

😵‍💫
I lose focus after 15 minutes of reading
🔄
I often have to re-read the same paragraph
🤕
I get "tension headaches" by the afternoon
✅
None of these — my focus is great
Your Results

Your Visual Profile

Visual Age

-- years
+0 years above chronological age

Neural Plasticity

--%

Your brain can still improve

What This Means

Start Lowering Your Visual Age

Visionary's 21-day Neural Training Protocol uses the same Gabor patch exercises proven in clinical research.

Download Visionary — Free Trial

Skeptical? See the research:

Polat et al., 2012 → Perceptual Learning → Gabor Patches →

What Is "Visual Age"?

📅 Chronological Age

Your chronological age is simply how many years you've been alive. It's a useful baseline, but it doesn't tell the whole story about how your vision is performing.

👁️ Visual Age

Your Visual Age reflects the functional age of your near vision system — how well your eyes and brain work together for close-up tasks. Lifestyle factors, screen habits, and neural adaptation can push it above your actual age.

🧠 Neural Plasticity Score

Your Neural Plasticity score reflects your brain's capacity for visual improvement. Research in perceptual learning shows that the visual cortex remains plastic throughout adulthood — meaning training can improve near vision even when the lens has stiffened.

Studies by Polat et al. (2012) and researchers at UC Berkeley demonstrated that Gabor patch training improved near visual acuity in 90%+ of presbyopic participants. The brain literally rewires to compensate for optical degradation.

Ready to Start Improving?

Try our free browser-based Gabor patch training to experience the science firsthand:

Orientation Training Contrast Training Spatial Frequency Patch Explorer